RADIOLOGY & ULTRASOUND PHANTOMS

ファントム ڊٻFantôme / Phantom / Fantasma / Phantom / / 体摸 /䖂䎖 Radiology/Ultrasound Phantoms ―Tradition and Innovation―

Kyoto Kagaku Co., Ltd has developed an extensive history and tradition in providing high quality phantoms to the field of radiology. Kyoto Kagaku Co., Ltd continues with its challenge in offering innovative, state-of-the-art solutions for this rapidly developing industry.

Founded during post-war Japan in 1948, Kyoto Kagaku Co., Ltd originates from the Shimadzu Corporation. Early days of the company began with the production of scientific specimens, anatomical models and skeletons. Its first radiology phantom was developed in the early 1960’s with the collaboration of Shimadzu. Original human tissue substitute materials for diagnostic energy range and therapeutic energy range were also invented. Tissue substitute materials with ultrasound compatibility were a recent development that opened doors to a variety of QA and training phantoms in the field of sonography.

Through anatomical research and model crafting breakthroughs such as our long sought human tissue substitutes, Kyoto Kagaku strives to perfect the production of anthropomorphic phantoms for medical imaging. Kyoto Kagaku will continue to uphold high standards in developing products that effectively contribute to patient safety and training of healthcare professionals.

1895 The educational scientific division of Shimadzu Corp is established. Shimadzu anatomical human model with muscles wins the Gold prize at the 1909 International exhibition in Alaska-Yukon Pacific Ocean 1925 The educational scientific specimens division begins to manufacture of anatomical models

1948 Kyoto Kagaku is established.

1954 First resinous skeleton models

1955 First resinous anatomical models

1967 Development of Stomach Phantom in partnership with Shimadzu Corp. 1982 Development of XUR* with the Japan Atomic Energy Research Institute (JAERI) *XUR: human tissue substitute material see page 37 1986 First participation in RSNA (Radiological Society of North America) 1988 Development of TOUGH serious, human tissue substitute for radiotherapy range in cooperating with the National Institute of Radiological Sciences see page 20 1994 Development of Synthetic Bones

2001 Multi-Slice CT Phantom First Whole Body Phantom 2004 First ultrasound Examination Phantom 2005 Chest Phantom N1 "LUNGMAN"

2007 Whole Body Phantom PBU-50

2008 Ultrasound Examination Phantom ABDFAN 2009 Awarded "Grand Prize" of Good Company Award

2010 FAST/ER FAN

2012 Dental Head Phantom

2013 Pediatric Whole Body Phantom PBU-70 2014 See Page 04-11!

01 Concept behind Kyoto Kagaku phantoms ―for community and the world― Case example: DEVELOPING THE FRACTURE INFANT PHANTOM Child maltreatment

Children around the world are victims to domestic violence and abuse, yet the problem is often overlooked. Noticing the signs of an abusive fracture of a child is the first step to putting an end to these maltreat- ments. This phantom has been designed and developed to cultivate such observation skills in future X-ray radiologists and technicians.

Signs of callus Supracondylar humerus fracture

Calluses on their own are not definite A supracondylar humerus fracture Bone fractures proofs of abuse cases. However, a occurs on the distal humerus above number of callus examples can be a the epicondyles and is a fracture - is there sign of abuse? result of abusive treatment. For this commonly observed in children. particular model, calluses have been Pediatric cases account for approxi- simulated in the wound healing phase mately 20% of all lateral condyle 5 of remodeling to the original bone fractures. contour.

Lateral The Phantom Typical fractures of an abusive attack have been replicated on the left side of the infant model's body and limbs, including the ulnae and radii. Smaller fractures can be seen around the Spiral fracture Back, scapula and rib fractures Skull fractures phantom's wrist. Certain causes of non-accidental pediatric Signs of fractures on the scapulae and A linear skull fracture may be another injuries, such as spiral fractures, include ribs are to be inspected not only by indication of child maltreatment. A maltreatment stimulated by anger or their form, but also their location. Rib common cause of injury is blunt force distress. fractures close to the vertebrae may trauma, in which the energy from a blow is be potential indicators of the child transferred over a wide surface area of the being thrown. skull. At times, fractures display better on x-ray scans than CT imaging and it is crucial to prevent such fractures from being overlooked.

Legend

: product video is available : publication reference on the product is on page 37

Information on this brochure is of at the time of printing and specifications may change without prior notice. For the latest information and further details, check our website www.kyotokagaku.com, follow us on Facebook www.facebook.com/kyotokagaku or contact us at [email protected].

02 TABLE OF CONTENTS New Products MRI / Nuclear Medicine PH-50 Newborn Whole Body Phantom 04 PH-31 MRI Quality Assurance Phantom MHR 21

PH-1C Pediatric Chest Phantom 05 PH-32 MRI Quality Assurance Phantom JMR 21

GGO Tumor Phantom 06 PH-33 MRI Head Phantom NH 21

PH-49 CT Colonography Phantom NCCS 07 PH-34 MRI/NM Head Phantom BHC 21

PH-51 Lumbar Spine Fluoroscopy Training Phantom 08 Brain Phantom IB-20 advanced 21

M43E Ultrasound Compatible Lumbar Puncture/Epidural Simulator 08 PH-24 Myocardial Phantom 22

US-10 Female Pelvic Ultrasound Phantom 09 PH-25 Myocardial Phantom HL-D 22

US-11 Scrotal Ultrasound Phantom 10 PH-29 ECT Hot Cold Phantom SP-6 22

US-13 Infant Hip Sonography Training Phantom 11 PH-28 SPECT QA Phantom JSP 22

PH-30 SPECT QA Phantom JS-10 22 Diagnostic Radiology PH-2 Whole Body Phantom "PBU-50" 12 CT Image Quality Control / AEC

PH-2B CT Whole Body Phantom "PBU-60" 12 PH-9 Multi Slice CT Phantom MHT 23 41350 Fractured Hand/Forearm Phantom -000-11 13 PH-45 3D Digital Image Phantom ODA 23 CT Whole Body Phantom with Pathologies 13 PH-7 CT-AEC Phantoms 23

Body plates for PH-2/2B 13 PH-13 Digital Mammographic Phantom NCCE 24

PH-2C Pediatric Whole Body Phantom "PBU-70" 14 PH-12 Mammographic Step Phantom AGH-D210F 24

Bone Fracture Pediatric Phantom "PBU-70B" 14 PH-22 CT QA Phantom CT-200B 24

PH-1 Multipurpose Chest Phantom N1 "LUNGMAN" 15 PH-21 CT QA Phantom JCT 24

Optional and replacement parts 16 CT Lung Phantom 24

-Chest Plates PH-9-2 Ladder Phantom 24 -Storage Case PH-10 BMD Chart Phantom UHA 25 -Simulated Tumors -Custom Order Simulated Tumors PH-16 Contrast Detail Phantom 25 -Components for Radioisotope PH-17 Water Body Phantom WAC 25

PH-8 Lung Cancer Screening CT Phantom LSCT001 16 PH-15 Tissue Substitute Phantoms XUR 25

PH-4 CT Torso Phantom CTU-41 17 PH-14 Acrylic Phantom XAC 25

PH-3 Angiographic CT Head Phantom ACS 17

PH-47 Dental Radiography Head Phantom 17

PH-5 CT Abdomen Phantom 18 Ultrasound Phantoms

PH-19 Rotation Stomach Phantom TMP-R 18 US-5 FAST/Acute Abdomen Phantom "FAST/ER FAN" 26

PH-46 CT Prostate Phantom 18 US-8 Pediatric FAST/Acute Abdomen Phantom 26

PH-18 Stomach Phantom BMU-1 18 US-7α Fetus Ultrasound Examination Phantom "SPACE FAN-ST" 27 US-6 Breast Ultrasound Examination Phantom "BREAST FAN" 27

US-3 Abdominal Intraoperative & Laparoscopic 28 Dynamic Phantoms Ultrasound Phantom "IOUS FAN" US-1B Ultrasound Examination Training Phantom "ABDFAN" 28 PH-48 Dynamic Heart and Lung Phantom 19 US-1 Ultrasound Examination Training Phantom "ECHOZY" 28 PH-39 Dynamic Thorax Phantom 19 US-9 Ultrasound Guided Breast Biopsy Phantom 29 PH-6B Dynamic Cardiac CT Phantom MD-CT 19 US-2 Ultrasound Quality Assurance Phantoms 29 11347 -210 Introductory Ultrasound Training Block "REAL VESSEL" 29 Dosimetry and Radiotherapy US-4 Breast Ultrasound QA Phantom 29 PH-40 Tough Water Phantom WD 20

PH-41 Tough Bone Phantom BE-T, BE-H, BE-N 20 Multilingual Index 30-34 PH-42 Tough Lung Phantom LP 20 Français / Deutsch / Español / Português / / 中文 / 한국 / 日本語

PH-37 Therapy Body Phantom THRA-1 20 Publication References 35 PH-50 Newborn Whole Body Phantom The world's first full body phantom for neonatal radiography. Newborn Whole Body Phantom is the world's first full body phantom for neonatal radiography with correct anatomical structure and movable limbs. Neonatal radiography is an important tool in NICU (Neonatal Intensive Care Unit). Patient positioning and immobilization are essential features. This phantom provides opportunities for hands-on training and experiments to minimize radiation exposure to newborn babies.

Features Anatomies 1. Limbs rotate 360 degrees at shoulders and hip joints. - Skull, spine, ribs, pelvis, scapulae, clavicles, humeri, radius, ulnae, 2. Left hand is clenched and right hand is open. bones of hands, femora, fibulae, tibiae and bones of feet 3. Life size whole body newborn baby. - Lungs and mediastinum 4. Original human tissue substitute. 5. No metal parts or liquid structures. 6. Meconium aspiration syndrome can be made per custom order.

Training Skills -Immobilization -Radiography - Manual immobilization - Upright AP (anteroposterior) - Immobilization with fixtures - Supine AP - Upright lateral -Autopsy imaging - Supine lateral

Specifications

Set Includes: Size: 1 newborn whole body phantom phantom size: 1 storage case 42 cm (represent a baby of 50 cm tall)/16.5 in 1 set of sample X-ray images phantom weight: 1 instruction manual 2.8 kg /6.2 lb

New Products 04 PH-1C Pediatric Chest Phantom Imaging and dosimetry for radiosensitive 5-year-old. Chest X-ray is one of the most common examinations in pediatric radiography. This Pediatric Chest Phantom is designed to find out optimal parameters and protocols to minimize radiation exposure to children. The phantom has two kinds of interchangeable lung inserts. The lung vascular insert can be used to study image quality in relation to CT/X-ray protocols. The lung density insert allows users to evaluate dosage distribution in the lung field.

Features Anatomies 1. Two types of interchangeable lung inserts are available. Rib, clavicle, spine, mediastinum, scapula, sternum and *pulmonary vessel ‒lung vascular insert and lung density insert. *lung vascular insert only 2. Pencil-shaped ion chamber for CTDI can be set in the mediastinum. 3. TLD or RPL dosimeters can be set in the thyroid block and the Twowo types of lunglung inserts lung density insert. 4. Lung vascular inserts with pulmonary vessels provide life-like radiographs. 5. Detachable internal structure allows insertion of variety of pathologies and targets. 6. Simulates a life-size chest of 5- year-old.

Applications Pediatric Chest X-ray Pediatric Chest CT Dosimetry

TLDTLD or RPL dosimetersdosimeters can bebe set in thethe thyroidthyroid block.blo

Specifications

Set Includes: 1 five-year-old chest torso main body: synthetic bones are embedded thyroid block diaphragm block 1 lung vasculature insert: mediastinum with pulmonary vessels 1 lung density insert: mediastinum, lung fields (L・R) 1 set of sample images 1 instruction manual

Size: phantom size: 32 x 17 x 38 cm/12.6 x 6.7 x 15 in weight: 6 kg/3.2 lb

05 New Products Subsolid Nodules Phantom for PH-1 LUNGMAN (p.15) and CT Lung Phantom (p.24) Both mixed and pure GGO are provided in variety of sizes and HU numbers. GGO Tumor Phantom is a set of simulated lesions designed for study and training in Grand-Glass Opacity (GGO) detection and interpretation. Both mixed and pure GGO are provided in variety of sizes and HU numbers. The set also includes 3-D GGO modeled on clinical CT data. The simulated lesions can be attached to the pulmonary vessels of the Chest Phantom N1 “LUNGMAN” or in the CT Lung Phantom.

Mixed GGO with single concentric solid field (No.1-7) Mixed GGO with single eccentric solid field (No.8-10)

GGO field Solid field GGO field Solid field Item No. Type Item No. Type Diameter HU Diameter HU Diameter HU Diameter HU 1 -50 8 -50 Eccentric 2 1.5 cm/0.59 in 0.5 cm/0.20 in 0 Concentric 3 50 9 1.5 cm/0.59 in-650 0.5 cm/0.20 in 0 4 -650 0.3 cm/0.12 in 10 50 5 0.5 cm/0.20 in 2.0 cm/0.79 in 0 6 0.7 cm/0.28 in 7 0.9 cm/0.35 in

Mixed GGO with double eccentric solid fields (No.11, 12) Pure GGO (No. a-h) 3D GGO

GGO field Solid field GGO field GGO field Item No. Type Item No. Item No. Diameter HU Diameter HU Diameter HU Diameter HU a -750 1.5 x 1.5 cm 0.3 cm/0.12 in Eccentric 3D-GGO -590 b -650 /0.59 x 0.59 in 11 0.5 cm/0.20 in c -550 2.0 cm/0.79 in -650 0 0.5 cm/0.20 in d 1.5 cm/0.59 in -450 12 0.7 cm/0.28 in e -350 f -250 g -150 h -50

GGO Tumor Phantom can be used with PH-1 Chest Phantom see page 15

New Products 06 PH-49 CT Colonography Phantom NCCS

Innovative study tool for safe and effective CT Colon screening Virtual Colonoscopy with CT colonography is an invasive and demanding examination for patients and people who undergo screening for polyps. CT Colonography Phantom NCCS provides ideal tools to evaluate preparation, including tagging and cleansing, protocol for CT scanning, and software for interpretation.

Product Supervision: National Cancer Center (Japan)

Features AnatomiesAi 1. Cylindrical colon units with targets that represent polyps can be Spine, pelvis, femurs set at the position of ascending colon, descending colon and rectum in the life-size lower torso phantom. 2. Four types of colon units are included for evaluation. Each unit Depressed type Projection type has six targets lining in sequence on the inner wall of the unit. -2 variations- -2 variations- Depressed types are to evaluate tumor detection sensitivity, and projection types can be used to evaluate volume measurement b accuracy.

Depressed I: circle targets with fixed diameter ༙ᴃ෇య༙༙ᴃᴃᴃ෇య෇య෇య b Depressed II: circle targets with fixed height ｃ Projection I: half-ellipsoid sphere targets with fixed diameter

Projection II: half-ellipsoid sphere targets with fixed ratio a a 3. Contrast agent can be poured into the colon units for tagging. 4. Pencil shaped ion chambers can be inserted in the center of the Virtual Endoscope View Virtual Endoscope View phantom for CTDI measurement. Depressed I: fixed diameter Projection I: fixed diameter 䚷 a: Outer b: Inner a: Diameter diameter diameter c: Height 0.2 cm/0.07 in 0.7cm/0.27 in Applications 0.5 cm/0.20 in 0.15 cm/0.06 in 0.1 cm/0.03 in 0.3 cm/0.11in -Virtual colonography 0.7 cm/0.27 in 0.35 cm/0.13 in 1.0 cm/0.4 inch 0.05 cm/0.02 in 0.2 cm/0.07 in -Visualization and detection of targets 0.025 cm/0.01 in 0.1 cm/0.03 in 0.05 cm/0.02 in -Study on optimal dose for low dose CT colonography 0.015 cm/0.005 in -Evaluation of accuracy of measurement (size, volume) Depressed II: fixed height Projection II: fixed ratio -Study on optimal density of contrast media 䚷䚷 a: Outer b: Inner a: Diameter b: Height diameter diameter c: Height

1.0 cm/0.39 in 0.5 cm/0.2 in 1 cm/0.4 inch 1.0 cm/0.39 in 0.7 cm/0.27 in 0.35 cm/0.13 in 0.7 cm/0.27 in 0.7 cm/0.27 in

Air Image View Virtual Gross Pathology View 0.5 cm/0.20 in 0.25 cm/0.1 in 0.5 cm/0.2 in 0.5 cm/0.20 in 0.1 cm/0.03 in 0.3 cm/0.11in 0.15 cm/0.06 in 0.3 cm/0.11in 0.3 cm/0.11in 0.2 cm/0.07 in 0.1 cm/0.03 in 0.2 cm/0.07 in 0.2 cm/0.07 in 0.1 cm/0.03 in 0.05 cm/0.02 in 0.1 cm/0.03 in 0.1 cm/0.03 in

Specifications Set Includes: 1 lower torso phantom (with three holes for colon units and one hole for ion chamber) 3 plugs for colon unit hole 1 plug for ion chamber hole 4 types of colon units (depressed I, depressed II, projection I and projection II) 1 acrylic container

07 New Products PH-51 M43E Lumbar Spine Fluoroscopy Training Phantom Ultrasound Compatible Lumbar Puncture /Epidural Simulator Ideal training tool for hands-on workshop Ultrasonic anatomy and needle access training Lumbar Spine Fluoroscopy Training Phantom allows various training Ultrasound compatible puncture block is anatomically correct methods of fluoroscopy guided procedures in pain relief of the and offers realistic image of ultrasound. Both epidural space and lumbar area. The phantom has two types of interchangeable and subarachnoid space are accessible for training. replaceable inserts with radio-opaque lumbar spine.

Product Supervision: Dr. David Wilson MBBS, BSc, MFSEM, FRCP, FRCR Consultant Radiologist St Luke's Hospital Oxford Senior Clinical Lecturer University of Oxford

Vertebroplasty Block

Anesthesia Block

Features Features 1. Two types of replaceable training block 1. Ultrasonic landmarks of lumbar spine can be visualized. : vertebroplasty block and anesthesia block 2. Skin cover allows marking with a pen. 2. Lumbar spine L2-L5 can be visualized under X-ray. 3. Both upright and lateral positions are possible for training. 3. True-to-life resistance to the needle 4. Translucent blocks allow users to see the needle pathway under direct vision. Training Skills -Recognition of fluoroscopic anatomy and landmarks Training Skills -Vertebroplasty Ultrasound-guided lumbar puncture -Fluoroscopy guided epidural anesthesia: Ultrasound-guided epidural anesthesia needle placement in facet joint injection, root block and discogram. CSF collection and CSF pressure measurement

Anatomies Anatomies Lumbar spine (L2-L5), spinal canal, Lumbar spine (L2-L5) including spinous process and transverse epidural space (anesthesia block only) process Spinal canal, epidural space

“I have tested the final product with various different manufacturing kits and would have no hesitation in recommending these phantoms to clinicians who wish to teach any of the technical vertebroplasty procedures."

DR DAVID J WILSON MBBS BSc MFSEM FRCP FRCR CONSULTANT MUSCULOSKELETAL INTERVENTIONAL RADIOLOGIST

Specifications Specifications

Set Includes: Replacement Parts: Set Includes: Size: 1 lumbar torso 41913-000-01 anesthesia block 1 lumbar region model 33 x 21 x 30 cm 1 vertebroplasty block 41913-000-02 vertebroplasty block 1 ultrasound lumbar puncture 13 x 8.3 x 11.8 in 1 anesthesia block 11348-150 skin cover /epidural block 1 skin cover 1 lumbar region skin cover 1 syringe 2 lumbar region support bases Replacement Parts: 1 irrigation bag (upright position / lateral position) 11348-190 1 instruction manual 1 irrigator bag ultrasound lumbar puncture 1 storage case 1 tube /epidural block 1 support base 11348-230 1 syringe ultrasound lumbar region skin cover 1 storage case

New Products 08 US-10 Female Pelvic Ultrasound Phantom Two interchangeable inserts to cover basic gyn ultrasound. The pelvic phantom is unique in that it allows for transabdominal and transvaginal scanning. Though transvaginal scanning is the gold standard for gyn and 1st trimester pregnancy, it is still important to recognize the anatomy from the transabdominal aspect, as patients may present with anatomy and/or pathology that is outside the transvaginal field of view. The transabdominal technique is still a valuable part of assessing the female pelvis. This phantom also provides imaging of normal and abnormal anatomy so that normal protocol can be practiced while still learning to recognize life threatening pathology, such as an ectopic pregnancy. Other pathology such as endometrial cancer and ovarian cysts can also be identified. In a learning environment, this phantom provides a balance of normal and abnormal that will assist in developing the critical thinking skills necessary to successfully evaluate the female pelvis.

Charlotte Henningsen, MS, RT(R), RDMS, RVT, FSDMS, FAIUM Chair & Professor - Sonography Department Adventist University of Health Sciences

Transvaginal Scanningning Transabdominal ScScanninga

Features Anatomies and Pathologies 1. Both transvaginal and transabdominal scanning are possible. ・ Pathological phantom 2. Two types of interchangeable phantom inserts with different - endometrial cancer, uterine fibroid, dermoid cyst of ovary, pathologies. bleeding at Douglas pouch 3. Realistic view of female external genital. Douglas Cavum 4. Excellent ultrasound image quality. Fallopian Tube Uterine Fibroid Rectum Dermoid Training Skills cyst Bleeding - Handling and manipulation of transvaginal and transabdominal Ovary Uterus transducers - Interpretation of sonogram Endometrial Cancer Urinary Bladder - Visualization and localization of anatomies and pathologies Pelvis Anatomies Vagina Pathologies

・Ectopic pregnancy phantom - ectopic pregnancy in a fallopian tube, bleeding at Douglas pouch Douglas Cavum Fallopian Tube

Rectum Ovary Bleeding

Pathological Phantom Ectopic pregnancy Phantom Uterus

Ectopic Pregnancy Urinary Bladder Pelvis Anatomies Vagina Pathologies

Specifications Set Includes: 1 lower torso manikin 1 ultrasound pathology unit Size: 1 ultrasound ectopic unit 34 x 33 x 24 cm 1 storage case 13.4 x 13 x 9.5 in

09 New Products US-11 Scrotal Ultrasound Phantom Repeated training to acquire skills in safe and painless examination Ultrasound evaluation of the scrotum is an effective, safe, and painless imaging method to assess male reproductive organs for tumors, inflammation, and trauma, as well as potential causes of infertility. The ultrasound phantom provides sonographers, residents in training, and physicians, with the opportunity for hands-on training with a scrotal phantom using an ultrasound scanner. Interchangeable normal and cancerous phantom inserts provide examples of anatomy and pathology of the male genitalia to simulate a real-time experience.

Normal Phantom

Pathological Phantom

Features Anatomies and Pathologies 1. Two types of interchangeable scrotums: normal and pathology ・ Normal phantom 2. Excellent ultrasound image quality - scrotum, testicle, epididymis and penis 3. Compatible with any ultrasound system

Training Skills - Patient positioning and preparation for examination Epididymis - Scrotal ultrasound screening Penis - Visualization of testicular cancer Scrotal

Testicle

・ Pathological phantom -scrotum, testicle, epididymis and penis -testicular cancer (each one in left and right testis, 10mm dia.)

Normal Epididymis

Penis

Scrotal Right Testicle Left Testicular cancer

Specifications

Set Includes: Size: Testicular Cancer 1 pelvic body 34 x 33 x 24 cm 1 normal scrotum 13.4 x 13 x 9.5 in 1 pathological scrotum 1 storage case

New Products 10 US-13 Infant Hip Sonography Training Phantom Best tool to teach Graf's method This is the world's first training phantom with ultrasound anatomy of a 6-week-old infant and it expands training opportunities for pediatricians, radiologists and orthopedists. Before working on real infants, trainees can repetitively practice on this phantom to become familiar with the examination procedures and key points. Using real ultrasound devices, trainees can learn key ultrasound landmarks to identify standard plane for Graf's classification. This is a foundation to acquire skills in handling and positioning of the baby as well as correct positioning of the transducer. The life-size full body manikin has movable arms that allows for realistic training in supporting and changing the position of the infant while interacting with his/her guardian. Product Supervision: Univ. Prof., Prof. hc. Reinhard Graf, M.D.

The Photo is of a prototype. Pecora: examination cushion for hip sonography *not included in the set

Features Anatomies 1. World exclusive training model for hip sonography on a full body manikin of 6-week-old infant ilium (plane) 2. Bilateral hips for examination cartilage acetabular roof 3. Key landmarks that can be recognized under ultrasound include: bony rim chondro-osseous junction (bony part of femoral neck), labrum lower limb femoral head, synovial fold, joint capsule, labrum, hyaline cartilage preformed acetabular roof, femoral bony part of acetabular roof, bony rim (check list I), great trochanter head lower limb of os ilium, correct plane, labrum (check list II). 4. Facilitate anatomical understanding 5. The full body manikin with movable arms allows training in supporting and changing the position of the infant.

Training Skills -Setting and preparation for hip sonography -Changing the position of the infant -Communication and interaction with the infant's guardian -Correct positioning and use of the transducer Specifications -Recognition of ultrasonic landmarks for hip sonography Set Includes: -Visualization of standard, anterior and posterior planes 1 ultrasound infant phantom -Interpretation and morphological classification of the sonogram 1 instruction manual

11 New Products PH-2 PH-2B Whole Body Phantom "PBU-50" CT Whole Body Phantom "PBU-60" P.35 An essential asset for every radiography program Whole Body Phantom PBU-50 and CT Whole Body Phantom PBU-60 are full size anthropomorphic phantoms with movable and detachable joints for positioning. Each phantom can be separated into 10 individual parts, allowing a wider application in training and research. Neither phantom has metal parts or liquid structure.

PBU-50 PBU-60

PBU-50 is ideal patient for radiographer student with PBU-60 has full internal organs with proper HU numbers. close-to-human absorption rate and articulation.

PBU-50 PBU-60

Main joints have close-to human articulation

Shoulders: Elbows: Hip Joints: Knees: An adjustable head supporter comes rotate full 360 degrees in the bend up to approx. 90 degrees. rotate forward up to approx. 90 bend up to approx. 90 degrees. with the set, facilitating various head sagittal plane, approx. 180 degrees degrees, then abduct up to 45 position setting. to side-ways. degrees each.

Anatomies

Bony structure PBU-50 PBU-60 Internal organs PBU-50 PBU-60 HU number at 80KeV Internal organs PBU-50 PBU-60 HU number at 80KeV Synthetic skull ○ ○ Brain ○ Portal and hepatic veins ○40 Cervical vertebrae ○ ○ Cerebrum ○ 40 Pancreas ○ 30 Vertebrae ○ ○ Mesencephalon ○ 40 Kidneys ○ ○ 30 Clavicles ○ ○ Cerebellum ○ 40 Gallbladder ○ 20 Ribs ○ ○ Cerebral ventricles ○ 10 Spleen ○ 50 Sternum ○ ○ Eye balls ○ 20 Seminal vesicle ○ 25 Scapula ○ ○ Arteries with contrast Aorta ○ 40 ○ 250 Coxal bones ○ ○ medium (left half only) Cava ○ 70 Femurs ○ ○ Lungs ○ ○ -1000 Ureter ○ ureteral wall: 30 / inside: 10 Pulmonary vessels ○ ○ 8 Urinary bladder ○ 10 Trachea ○ trachea wall: 8 / inside: -1000 Prostate ○ 50 Heart ○ ○ PBU-50: 8 / PBU-60: 40 Rectum ○ rectum wall: 70 / inside: -800 Liver ○ ○ 70 Sigmoid Colon ○ colon wall: 70 / inside: -800 Specifications

Set Includes: phantom height: packing size: Optional Parts: 1 whole body phantom (separable into 10 parts) 165 cm/65 in 85 x 60 x 44 cm x 2 boxes 41363-010 *bones and internal organs listed above 33.5 x 24 x 17.3 in x 2 boxes 2 storage cases are embedded. phantom weight: 1 head supporter 50 kg/110 lb packing weight: 1 flat head screwdriver 80 kg/176 lb 1 set of sample X-ray images

Diagnostic Radiology 12 41350-000-11 Customized PH-2B Fractured Hand/Forearm Phantom CT Whole Body Phantom with Pathologies Optional Parts for PH-2/2B X-ray phantom for trauma evaluation Left hand/forearm phantom with bone fractures for radiography. Pathological findings in the phantom expand possibilities in training The phantom is interchangeable with either PBU-60 or PBU-50's application. left hand/forearm.

a

b

c

Brain tumor a Subarachnoid bleeding b Bone fractures: ulna, radius, first metacarpal, middle phalanx of the index finger, distal phalanx of the first finger (compressed fracture), fifth metacarpal Pulmonary tumor c Specifications Hepatic tumor d d Pancreatitis e Set Includes: 1 fractured hand/forearm phantom Kidney stone g Gall stone f

Appendicitis h Spondylolisthesis i 41363-010 2 carrying cases Optional Parts for PH-2/2B e

f g

Body plates for PH-2/2B Optional Parts for PH-2/2B   +8QXPEHU D %UDLQWXPRU  E 6XEDUDFKQRLGEOHHGLQJ  VXUIDFH h F 3XOPRQDU\WXPRU LQVLGH Body plates to simulate G +HSDWLFWXPRU  a body of BMI30 H 3DQFUHDWLWLV  The body plate provides the I *DOOVWRQH  phantom with a variety of body J .LGQH\VWRQH  shapes. K $SSHQGLFLWLV  L 6SRQG\OROLVWKHVLV 

13 Diagnostic Radiology PH-2C

Pediatric Whole Body Phantom "PBU-70" P.35 This Phantom is easy to handle positioning, and provides complete bone images for every joint.

Pediatric Whole Body Phantom is modeled after a 5-year-old child of 105cm (43") in height. This is a life-size, full body anthropomorphic phantom with a state-of-the-art synthetic skeleton, lungs, liver, mediastinum and kidneys. Its movable and detachable joints allow various positioning.

Features Training Skills 1. Main joints have life-like articulation, allowing various positioning - Plain X-ray photography and basic CT scanning for plain X-ray. - Basic patient positioning for X-ray and CT 2. Training and research applications can be enriched by disassembling the phantom into 10 individual parts (head, limbs and trunk). Specifications 3. The phantom has no metal parts or liquid structures. Set Includes: Size: 4. No defect in bone images of joints. 1 pediatric whole body phantom: phantom height: life-size, 5-year-old consists of 10 parts 110 cm/43.3 in 1 head supporter Anatomies 1 hand fixture belt phantom weight: 20 kg/44 lb - Full synthetic skeleton 1 set of sample X-ray images - Main pulmonary vessels, mediastinum, liver, kidneys Optional Parts: 41303-060 storage case for PH-2C

Bone Fracture Pediatric Phantom "PBU-70B" See also page 2

Improve your skills in detecting bone fractures in children. Training in pediatric radiography can be enriched with clear and subtle bone fractures. Typical fractures resulting from child abuse are also included.

Fifth Costal Bone

Scapula Skull Fracture

Supracondylar Fracture of the Humerus

Spiral Fracture of the Distal Tibia Forearm Shaft Fractures

All fractures are prepared on the left side of the phantom.

Spiral Fracture of the Distal Tibia Forearm Shaft Fractures Fracture Callus of the Femur

* Specify with or without adult teeth at the time of order. Diagnostic Radiology 14 PH-1 Multipurpose Chest Phantom N1 "LUNGMAN" P.35 Broad range of possible applications in research and training. The phantom provides life-like radiographs very close to actual clinical images. The three-dimensional structure allows both PA and LATERAL images to be obtained. The phantom bones and vessels show life-like contrast gradations on the image along with tube voltages. PH-1 is used in a study by the FDA to create a database of CT scans with different scanners and protocols, as a resource for assessment of lung nodule size estimation method.

Production supervision: Kiyoshi Murata, Ph.D. Professor Norihisa Nitta, Ph.D. Shiga University of Medical Science

Features "LUNGMAN" Training Skills 1. Applicable for both plain radiography Attach the simulated tumors and CT scanning. Simulated tumors in five-size and 2. Simulated tumors and other targets three-HU-number variations can be attached to arbitrary position can be attached at any points in the in the lung field. lung field. 3. Wide variety of uses in interpretation – 800 training, anatomical education, – 630

evaluation and assessment of devices +100 and other research. 4. Accurate anatomy and high quality substitute materials Computed tomography Plain radiography 5. Arms-abducted position of the torso CT scan training Radiograph training Interpretation training Interpretation training suits the CT scanning. Assessment of computer-aided Assessment of tube voltages, 6. The pulmonary vessels are spatially detection systems CT PLAIN X-RAY films and other devices traceable. 7. Assessment of computer-aided detection systems is possible.

Specifications Set Includes: １male chest torso main body: synthetic bones are embedded mediastinum: heart, trachea Simulated tumors (HU# 100) pulmonary vessels (right and left) abdomen (diaphragm) block: no internal structure Comparison 15 simulated tumors (15 variations 1 piece each) 3 varieties of Hounsfield number: approx. -800, -630, +100 5 sizes for each type: diameters 0.3, 0.5, 0.8, 1.0, 1.2 cm Review the plain X-ray diameters 0.12, 0.2, 0.32, 0.39, 0.47 in Size: phantom size: 43 x 20 x 48 cm, chest girth 94 cm 17 x 8 x 18 in, chest girth 37 in phantom weight: 18 kg/39.6 lb Improve interpretation skills packing size: Comparison between Plain X-ray and CT, 65 x 55 x 29 cm, 25 kg as well as between these images and the 26 x 22 x 11 in, 55.1 lb direct observation of the phantom, helps trainees to have three dimensional understanding and to improve X-ray interpretation skills.

15 Diagnostic Radiology PH-8 Optional and replacement parts for PH-1 Lung Cancer Screening CT Phantom P.35 LSCT001 41337-010 41363-020 Chest Plates Storage Case Chest phantom for standardization studies in low dose lung cancer CT screening. LSCT001 is a unique phantom dedicated for optimizing lung cancer CT screening conditions for early cancer detection, as well as setting standard conditions across multiple systems or facilities for mass screening. Anthropomorphic structure of the phantom provides life-like images allowing operators visual evaluation. Quantitative evaluation on radiation dose and density curve of the image can be done simultaneously with a single scanning.

41337-070 Simulated Tumors Custom order (standard set) simulated tumors

‒ 800

LSCT 001 with ion chamber ‒ 630 Features +100 1. Original human tissue substitute material creates life-like artifact under CT scanning. 2. Simulated GGO type tumors with different sizes and HU numbers are prepared in the vicinity of three main sections of Components for Radioisotope bilateral lungs. 3. Dosimeter holder on the central axis of the phantom allows 41337-030 41337-040 housing a pencil type ion chamber. 8-step cylindrical linearity 41337-020 phantom to control density curve as a scale can be attached to the chest phantom base.

Dosimeter Hole 41337-050 41337-060

The set of RI container inserts can be set in the chest phantom in place of Apical portion standard inserts allowing wider research applications including PET/CT fusion evaluation. Apical portion The lungs of urethane foam can be worked easily to accommodate simulated nodules or other inserts. Bifurcation

CT fusion Base of Lungs Bifurcation

Base of Lungs Specifications Set Includes: Size: 1 chest phantom: life size torso chest phantom with arm up position chest girth 93 cm/36.6 in internal structures: height 45 cm/17.7 in bones weight 18 kg/40 lb simulated tumors at three lung areas linearity phantom apical portion of the lungs diameter 20 cm/7.9 in bifurcation of the trachea height 10 cm/3.9 in base of lungs dosimeter hole (1.3 cm / 0.5 in dia., on the central axis of the phantom) PET 1 8-step linearity phantom 8 steps of 3 cm / 1.2 in dia. 41337-020 Lungs of urethane density samples are embedded 41337-030 Liver RI container 1 adjustment base 41337-040 Gallbladder RI container 41337-050 Pulmonary nodule RI container 41337-060 Mediastinum with left myocardium RI container Diagnostic Radiology 16 PH-4 PH-3 CT Torso Phantom CTU-41 Angiographic CT Head Phantom ACS A one-piece anthropomorphic torso phantom with Kyoto Kagaku's best-selling CT head phantom. anatomical structures allows various CT approaches including helical scanning. Features 1. Contrast-enhanced left cerebral arteries are three dimensionally embedded in the brain. 2. Diameters of arteries range from 0.5 to 4.0 mm / 0.02 in to 0.16 in.

41309-100 CT Type

Anatomies Left anterior cerebral artery, left middle cerebral artery, cerebrum, mesencephalon, cerebellum, ventricles, eye balls, synthetic skull and cervical vertebrae (C1-C7). 41309-200 Specifications Angio Type Set Includes: 1 head phantom 1 storage case Size: Packing size: 49 x 33 x 35 cm 19.3 x 13 x 13.8 in packing weight: 9.5 kg/21 lb

Anatomies PH-47 Synthetic bones with cartilage: P.35 artificial skull, vertebrae, clavicles, ribs, sternum, scapula, Dental Radiography Head Phantom coxal bones, femurs Removable jaws and tongue allow a variety of application for Brain with cerebral ventricles training and research. Eye balls Lungs with pulmonary vessels Trachea (up to the third bifurcations) Liver with portal and hepatic veins Kidneys, gallbladder, pancreas, spleen, aorta, cava, ureter, urinary bladder, prostate, rectum, sigmoid colon and ascites

Specifications

Set Includes: Size: 1 CT Torso Phantom: life size, male phantom height: 100 cm/39.4 in Production Supervision: phantom weight: 45 kg/99 lb Akitoshi Katsumata, D.D.S., Ph.D.Professor packing size: Asahi University, School of Dentistry Optional Parts: 106 x 58 x 62 cm 41363-030 storage case 42 x 23 x 24 in Features packing weight: 52 kg/114 lb 1. Each tooth is individually modeled and has a three-layer structure of enamel, dentin and pulp cavity. 2. Each hard tissue (enamel, dentin, cortical bone and cancellous bone) has a particular HU number and X-ray absorption rate. 3. Jaws and tongue are detachable to allow access to the oral cavity, pharyngeal cavity and maxillary sinus. Censors, simulated lesions, or residue can be set in these cavities. 4. Carotid arteries are prepared as lumens to accommodate simulated calcifications.

Anatomies - Synthetic skull with nasal cavity, maxillary sinus, mandible alveolar, and maxillary alveolar; cervical vertebrae and hyoid bone, teeth with enamel, dentin and pulp cavity. - Tongue, oral cavity, pharyngeal cavity and carotid arteries Virtual Bronchoscopic View Specifications Set Includes: 1 tongue 1 main head unit 1 fixation base (including screws) 1 upper jaw (alveolar bone) 1 tripod 1 lower jaw (alveolar bone) 1 storage case 17 Diagnostic Radiology PH-5 PH-46 CT Abdomen Phantom CT Prostate Phantom CT and ultrasound fusion experiments are possible with Resourceful model for therapy planning for prostate cancer. combination of the US-1 Echozy.

sagittal coronal

axial Anatomies Anatomies lungs (no internal structure) hepatic vein aorta Organs: heart (no internal structure) hepatic artery IVC prostate, urinal bladder with simulated internal fluid, seminal vesicles and rectum. liver kidneys spinal column Bones: portal vein pancreas ribs L4, L5, pelvis and femurs (partial). gallbladder spleen

Specifications Specifications Set Includes: Size: Optional Parts: Set Includes: Size: 1 abdomen phantom phantom size: 25 x 18 x 28 cm 41363-050 storage case 1 prostate phantom 35 cm H/13.8 in H 9.8 x 7.1 x 11 in

PH-19 PH-18 Rotation Stomach Phantom TMP-R Stomach Phantom BMU-1 Rotational phantom to simulate double contrast gastrography. Stomach phantom for double contrast gastrography.

Features Features 1. Rotation system to simulate the movement of patient. 1. Life-size distended stomach with lesions modeled from real specimens. 2. Life-size distended stomach with lesions modeled from real specimens. 2. Barium can be poured in the stomach for imaging. 3. Barium can be poured in the stomach for imaging. 3. Pathology includes early cancer and gastric ulcer. 4. Pathology includes early cancer and gastric ulcer. 5. Sample model of lesions are included.

Specifications Specifications Set includes: Size: Set includes: Size: 1 stomach phantom 1 phantom holder phantom size: 30 x 20 x 33 cm 1 stomach phantom phantom size: 30 x 20 x 33 cm 1 rotation unit 1 model of lesions 11.8 x 7.9 x 13 in 1 storage case 11.8 x 7.9 x 13 in 1 controller 1 storage case phantom weight: 16 kg phantom weight: 16 kg 35.3 lb 35.3 lb

Diagnostic Radiology 18 PH-48 PH-39 Dynamic Heart and Lung Phantom Dynamic Thorax Phantom The motion of diaphragm and tumor, and the realistic heart Anthropomorphic chest phantom for respiratory gating. motions provide various solutions for clinical research.

Features Features 1. The phantom represents movement of the heart, lungs and 1. TLD can be inserted to simulate the nodule. pulmonary nodule. 2. Six preset respiratory patterns are prepared. 2. The pulmonary nodule and diaphragm moves independently 3.Respiratory patterns can be modified and saved. with the respiratory cycle. 4. Up to three different respiratory patterns can be run in sequence. -Three dimensional movement of the pulmonary nodule (linearly and rotationally) Evaluation Applications -Motion disc represents respiratory movement of abdomen. Respiratory gating CT, dosimetry and radiation therapy. 3.The elastic heart represents systolic and diastolic motion. The coronary arteries including stenotic examples are shown. Specifications -The phantom can be connected to ECG for ECG gating. Set Includes: Controllable Parameters: 4. Simple operation with wireless tablet 1 drive unit respiratory rate: 6-24 cycles/min. 1 chest phantom movement of diaphragm: 0-38 mm/0-1.5 in 1 mediastinum phantom linearly movement of nodule unit: 38-64mm/1.5-2.5 in with right pulmonary vessels rotation of nodule unit: 50-70 degrees 1 nodule rotation unit 1 diaphragm block 1 set of simulated nodules 1 controller ECG-gated 1 storage case

PH-6B Dynamic Cardiac CT Phantom MD-CT P.35

For evaluation and research in ECG gating cardiac and thoracic CT. Non ECG-gated Beam pitch and image quality

Anatomies Pathologies Synthetic bones of the chest Pulmonary nodule, stenosis of coronary arteries Evaluation Applications Heart with coronary artery, diaphragm Measurement of the left ventricle ejection fraction (EF) Image quality evaluation of coronary arteries Applications Features Respiratory gating chest CT Tumor tracking in radiotherapy 1. The heart phantom is made of human tissue substitute. ECG gating cardiac CT 2. Simulated coronary arteries including stenosis can be attached to the wall of the phantom heart. 3. The phantom generates pulses that are synchronized with the cardiac movement for ECG gating. 4. Controllable parameters include pulse rate, ejection volume and ejection fraction. 5. Operation with the touch panel controller is simple and easy. Specifications

Set Includes: Controllable Parameters: Specifications 1 drive unit heart rate: 30-120 times/min 1 nodule rotation unit ejection volume: 60, 70, 80, 90, 100ml 1 diaphragm block Set Includes: Heart phantom: Motion parameters: 1 chest phantom ef rate: 30%, 35%, 40%, 45%, 50%, 55%, 60% 1 drive unit materials: polyurethane based resin pulse rate: 30-120 beats/min 3 types of heart unit respiratory rate: 6-24 cycles/min 3 heart phantoms HU value: approx.40 ejection volume: 60-100 ml 1 set of simulated tumors linear movement of nodule unit: 8-64mm / 0-1.5 in 1 protective cover volume: ESV=approx.47.5ml ejection fraction: 30-60% (15 types) rotation range of nodule unit: 50-70 degrees 1 set of simulated 1 tablet PC coronary arteries 1 controller 1 storage case

19 Dynamic Phantoms PH-40/41/42 PH-37 Tough Phantom Series Therapy Body Phantom THRA-1 A stable, high quality and shatter-free phantom for radiotherapy. THRA-1 is an anthropomorphic, cross sectional dosimetry for therapeutic energy range. PH-40 Tough Water Phantom WD

WD-3002 300 x 300 x 2 mm 12 x 12 x 0.08 in WD-3003 300 x 300 x 3 mm 12 x 12 x 0.12 in WD-3005 300 x 300 x 5 mm WD-4003 400 x 400 x 3 mm 12 x 12 x 0.2 in 16 x 16 x 0.12 in WD-3010 300 x 300 x 10 mm WD-4005 400 x 400 x 5 mm 12 x 12 x 0.4 in 16 x 16 x 0.2 in WD-3015 300 x 300 x 15 mm WD-4010 400 x 400 x 10 mm 12 x 12 x 0.6 in 16 x 16 x 0.4 in WD-3020 300 x 300 x 20 mm WD-4015 400 x 400 x 15 mm 12 x 12 x 0.8 in 16 x 16 x 0.6 in WD-3025 300 x 300 x 25 mm WD-4020 400 x 400 x 20 mm 12 x 12 x 1.0 in 16 x 16 x 0.8 in WD-3030 300 x 300 x 30 mm WD-4025 400 x 400 x 25 mm 12 x 12 x 1.2 in 16 x 16 x 1.0 in WD-3040 300 x 300 x 40 mm WD-4030 400 x 400 x 30 mm 12 x 12 x 1.6 in 16 x 16 x 1.2 in Specifications WD-3050 300 x 300 x 50 mm WD-4040 400 x 400 x 40 mm 12 x 12 x 2.0 in 16 x 16 x 1.6 in Set Includes: Size: WD-4002 400 x 400 x 2 mm WD-4050 400 x 400 x 50 mm 1 torso phantom phantom size: 90 cm/35.5 in 16 x 16 x 0.08 in 16 x 16 x 2.0 in 1 pair of breast phantom slice thickness: 3 cm/1.2 in 1 supporting frame 1 storage case dosimeter holes: in lattice-like pattern of 3x3 cm/1.2 x 1.2 in PH-41 * Slice thickness and dosimeter holes can also be custom ordered. Tough Bone Phantom BE-T, BE-H, BE-N

BE-T-05 Compact Bone 200 x 200 x 5 mm / 8 x 8 x 0.2 in BE-T-10 Compact Bone 200 x 200 x 10 mm / 8 x 8 x 0.4 in BE-T-20 Compact Bone 200 x 200 x 20 mm / 8 x 8 x 0.8 in BE-H-05 Cortical Bone BE-H-05 Cortical Bone 200 x 200 x 5 mm / 8 x 8 x 0.2 in 300 x 300 x 5 mm / 12 x 12 x 0.2 in Stable Quality BE-H-10 Cortical Bone BE-H-10 Cortical Bone 200 x 200 x 10 mm / 8 x 8 x 0.4 in 300 x 300 x 10 mm / 12 x 12 x 0.4 in BE-H-20 Cortical Bone BE-H-20 Cortical Bone Excellent homogeneity is realized by high standard of 200 x 200 x 20 mm / 8 x 8 x 0.8 in 300 x 300 x 20 mm / 12 x 12 x 0.8 in production and quality inspection. BE-N-05 Inner Bone BE-N-05 Inner Bone 200 x 200 x 5 mm / 8 x 8 x 0.2 in 300 x 300 x 5 mm / 12 x 12 x 0.2 in BE-N-10 Inner Bone BE-N-10 Inner Bone 200 x 200 x 10 mm / 8 x 8 x 0.4 in 300 x 300 x 10 mm / 12 x 12 x 0.4 in BE-N-20 Inner Bone BE-N-20 Inner Bone 200 x 200 x 20 mm / 8 x 8 x 0.8 in 300 x 300 x 20 mm / 12 x 12 x 0.8 in

PH-42 Tough Lung Phantom LP

LP-3010 300 x 300 x 10 mm / 12 x 12 x 0.4 in LP-3020 300 x 300 x 20 mm / 12 x 12 x 0.8 in LP-3030 300 x 300 x 30 mm / 12 x 12 x 1.2 in LP-3050 300 x 300 x 50 mm / 12 x 12 x 2.0 in

Easy-to-work Tough series phantoms can be ordered with cavities and plugs.

Dosimetry and Radiotherapy 20 PH-31 PH-33 MRI Quality Assurance Phantom MHR MRI Head Phantom NH This QA phantom for MRI allows to evaluate the slice Life-size head phantom to assess uniformity. thickness, spatial resolution, uniformity and geometric distortion as well as contrast. Complies with NEMA standards. Conforming to JIS Z 4924

Specifications Set Includes: 1 head phantom 1 nickel chloride solution 1 storage case

Specifications Set Includes: Size: 1 phantom unit A 22 dia. x 14cm / 8.7 dia. x 5.5 in 1 phantom unit B 1 set of nickel chloride solution

PH-34 MRI/NM Head Phantom BHC Simulate life-size head images in nuclear medicine and MRI.

PH-32 MRI Quality Assurance Phantom JMR SN ratio, uniformity, slice thickness, spatial resolution, Specifications geometric distortion can be evaluated. Set Includes: Size: 1 head phantom 33 cm height 2 simulated tumor 12.9 in height (1 cm dia., 2 cm dia. each) (0.4 in dia., 0.79 in dia. each) 1 nickel chloride solution 1 storage case

Brain Phantom IB-20 advanced This brain phantom of the striatal region with replicated skull densities of a male and female is useful for uptake ratio calibrations Conforming to JIS Z 4924 and studying the I-123 DaTSCAN scatter correction techniques.technique

Specifications Set Includes: Size: 1 phantom 22 dia. x 13 cm / 8.7 dia. x 5.1 in 1 nickel chloride solution 1 storage case

Specifications

Size: inside dimensions 13.5 x 18.5 cm/5.3 x 7.3 in height 8.8 cm/3.5 in 21 MRI / Nuclear Medicine PH-24 PH-29 Myocardial Phantom ECT Hot Cold Phantom SP-6 For the study of high radio accumulation interference in the liver Volumetric measurement phantom for PET/SPECT with the myocardial SPECT images.

Features Specifications Features Specifications 1. Five sphere containers with different sizes can be Set Includes: filled with RI solution. 1 outer phantom 1. Allows the study of RI liver intake and its effect on the Size: 2. Volume of sphere phantoms are: 5 sphere phantoms myocardial SPECT. 32 x 22 x 31 cm 50 mm/2 in (100%), 80%, 60%, 40% and 20%. 1 storage case 2. Cold defect can be set in the left cardiac muscle. 12.6 x 8.7 x 12.2 in Size: 3. Background can be set individually in lung field, 21 dia. x 16 cm mediastinum and right ventricle. 8.3 dia. x 6.3 in

PH-30 SPECT QA Phantom JS-10

PH-25 Myocardial Phantom HL-D Five variations of myocardial volume. Specifications Set Includes: 1 outer phantom 1 hot/cold spot phantom 1 slice thickness phantom 1 scatter radiation phantom 1 spatial resolution phantom 1 phantom holder 1 bar phantom 1 storage case

PH-28 SPECT QA Phantom JSP For daily quality control in SPECT and PET imaging Features 1. Myocardium, liver and gall bladder can be Specifications separately filled with RI solution. Set Includes: 2. Close-to-human chest anatomy allows effective 1 chest phantom attenuation and scatter correction. 5 mediastinum inserts 3. Five variations of myocardial containers with 5 myocardial containers different shape and volume 1 storage case

Conforming to JIS Z 4922 Specifications Set Includes: Size: 1 outer phantom 1 dose linearity phantom 22dia. x 22 cm 1 line source phantom 1 geometric distortion phantom 8.7dia. x 8.2 in 1 cold spot phantom 1 phantom holder 1 hot spot phantom 1 storage case

MRI / Nuclear Medicine 22 PH-9 PH-45 Multi Slice CT Phantom MHT 3D Digital Image Phantom ODA The phantom can be used for features of CT evaluation such Digital imaging phantom compatible with various 3D imaging as high and low contrast resolutions, feed direction and CTDI. methods Digital image evaluation phantom applicable to 3D imaging such as cone beam CT with Features FPD, tomosynthesis. Angiographic image and low contrast resolution can be evaluated 1. Non-aqueous/ Easy Set-up on axial, coronal, sagittal and oblique sections as well as 3D DSA and CT. enables liquid-free evaluation The phantom can be used either as a sphere phantom or a cylinder phantom. session. 2. The phantom is designed to Production supervision: allow evaluation in volume Professor Nobuhiro Oda, scanning. Kyoto College of Medical Science.

3D Sphere Phantom 3D Angio Phantom

①②Low Contrast Phantom High Contrast Phantom Low contrast resolution evaluation High contrast resolution evaluation in abdominal area in lung area Sphere shape phantom is to house 3D Angio Simulated vessels enclosing resin containing Phantom or 3D Low Contrast Phantom. iodine with 4-step density are three dimensionally placed at 4 sites on the phantom. 3D Low Contrast Phantom 3D Column Phantom

④ Low Contrast and ③ Elliptical Absorber CTDI Phantom

Low contrast spherical targets with 5 sizes Assemble the cube phantom and the sphere and 3 step HU numbers are three phantom and then cover it with 3D column dimensionally placed in the cube. phantom.

3D Sphere Phantom 3D Sphere Phantom 3D Column Phantom ⑤ Micro Disc Phantom Specifications SSPz evaluation in helical scanning Set Includes: 3D Angio Phantom 1 low contrast phantom 1 high contrast phantom 3D Low Contrast Phantom 1 Elliptical absorber 1 low contrast phantom with CTDI 1 micro disc phantom 1 angle adjustment holder 3D Angio Phantom or 3D Low Contrast Phantom. Optional parts: 41334-110 sliding phantom holder Specifications Size: 3D Sphere Phantom 3D Angio Phantom 3D Low Contrast Phantom 20 cm dia. / 7.9 in dia. 10 x 10 x 10 cm / 4.0 x 4.0 x 4.0 in 10 x 10 x 10 cm / 4.0 x 4.0 x 4.0 in

PH-7

CT-AEC Phantoms P.35 Four types of phantoms designed to evaluate CT-AEC performance

Image quality can be evaluated by noise and S.D. on the phantom section images. Four types of CT-AEC Phantoms: Cone Phantom: evaluates performance of AEC for different patient sizes and gradual size changes in size along the axis. Elliptical Cone Phantom: in combination with the Cone phantom, facilitates evaluation of XY AEC. Variable-XY Phantom: evaluates performance of XY AEC as cross section changes from circular to elliptical. Stepped Phantom: evaluates the performance of the AEC to sudden changes in patient's cross section. Cone (Apollo) Elliptical Cone Variable XY Stepped Cylinder Phantom Phantom Phantom Phantom

Specifications 41339-010 Cone (Apollo Phantom) 41339-020 Elliptical Cone Phantom 35 dia. x 32 cm X：Y= 1:1.5 X-Y ratio varies continuously from Diameter difference Sectional area equal to that 1.0 to 2.5. 41339-030 Variable XY Phantom 13.8 dia. x 12.6 in ≒ 5 cm/2 in 41339-040 Stepped Cylinder Phantom of the cone phantom Sectional area is kept to be equal to 20 cm/8 in dia. *each phantom can be ordered individually

23 CT Image Quality Control / AEC PH-13 PH-21 Digital Mammographic Phantom NCCE CT QA Phantom JCT Six features of daily evaluation are possible.

Features Specifications 1. Outer shape of the phantom simulates a Set Includes: conforming to JIS Z 4923 Specifications compressed breast of D shape. 1 breast phantom Possible valuation: Set Includes: 2. Features of evaluation include: contrast resolution, 1 storage case Noise, contrast scale, spatial resolution, slice 1 CT QA phantom frequency enhancement, noise and contrast Size: 12.5 x 18.5 x 5.5 cm thickness, high contrast resolution and low 1 storage case transfer function. 4.9 x 7.3 x 2.2 in contrast resolution. Size: 3. Targets includes simulated microcalcifications, 20 dia. x 20 cm nylon fibrils, acrylic disks, an aluminum ring, Teflon 7.9 dia. x 7.9 in disks, a Teflon ruler(slope) and a resolution test chart.

PH-12 Mammographic Step Phantom CT Lung Phantom AGH-D210F Used by QIBA COPD/Asthma Committee, for longitudinal A QA phantom for mammography with 10 steps of sites comparison study. background densities.

Features Specifications A simulated tumor of 0.5 mm thickness and 200μm Specifications 1. Simulated airways and vessels are embedded Set Includes: simulated calcifications are embedded in each phantom in the lung tissue substitute. 1 CT lung phantom block of 30 x 15mm. Set Includes: 2 phantom units (10 steps) 2. Layers of different materials allow study in axial simulated airways 3-14 mm dia. Recommended by The Central Committee on Quality Size: variation such as slice thickness effect. simulated vessels 2-14 mm dia. Control of Mammographic Screening of Japan. 1 storage case 11.5 x 7 x 1.5 cm each 3. Image distortion can be assessed. 4.5 x 2.8 x 0.6 in each Size: 200 dia. x 300 mm/ 7.9 dia. x 11.9 in

PH-22 PH-9-2 CT QA Phantom CT-200B Ladder Phantom 12 features of evaluation to cover recommendation of Japanese The phantom with simulated vessels to evaluate spatial Committee resolution in CT.

Features 1. On each plate phantom of 5 mm thickness, five slits of 5 mm length 11 features of CT evaluation are are made to represent vessels. possible by using interchangeable 2. Nine variations of vessel width are measurement units. Conforming to prepared: second recommendation of 0.3, 0.4, b0.6, 0.7, 0.8, 1.0, 1.2, 1.5 mm. Japanese Committee for Evaluating (0.012, 0.016, 0.024, 0.028, 0.032, Performance of CT Scanners. 0.039, 0.047, 0.059 in) Possible evaluation includes: uniformity, noise Specifications Specifications and contrast-scale, PSF, LSF, MTF, slice thickness, high contrast resolution, low contrast resolution, Set Includes: Set Includes: radiation dose, artifact, edge effect, absorbed 1 set of QA phantoms 1 outer phantom 1 storage case 9 ladder phantoms dose and linearity. 1 storage case

CT Image Quality Control / AEC 24 PH-10 PH-17 BMD Chart Phantom UHA Water Body Phantom WAC Bone Mineral Density chart for microdensitometry (MD) Water Body Phantom represents human chest and abdomen method. to serve as radiation absorber and scatterer. Confirming to JIS Z 4915

Specifications Set Includes: Size: 1 body phantom 30 x 20 x 45 cm Features 1 storage case 11.8 x 7.9 x 17.7 in 1. 21 steps with different hydroxyapatite content. 2. Steps range from 0 to 400 mg/cm , with 20mg/cm difference each.

Specifications Set Includes: Size: 1 chart phantom 3 x 21 x 1.5 cm (consists of 21 blocks of 3 x 1 x 1.5 cm each.) 1 storage case 1.2 x 8.3 x 0.6 in (consists of 21 blocks of 8.3 x 0.4 x 0.6 in each)

PH-16 PH-15 Contrast Detail Phantom Tissue Substitute Phantoms XUR P.35 Image evaluation in plain X-ray XUR is a series of human tissue substitute phantoms co-developed with Japan Atomic Energy Agency.

41450-010 300 x 300 x 2mm/12 x 12 x 0.08 in 41450-020 300 x 300 x 5mm/12 x 12 x 0.2 in Specifications 41450-030 300 x 300 x 10mm/12 x 12 x 0.4 in 41450-040 300 x 300 x 20mm/12 x 12 x 0.8 in Size: 41450-050 300 x 300 x 30mm/12 x 12 x 1.2 in Rod 15 and Hole 15: 41450-060 300 x 300 x 50mm/12 x 12 x 2.0 in 24.5 x 24.5 cm each (9.6 x 9.6 in each) SZ-207 Soft Tissue Rod 10 and Hole 10: SZ-208 Muscle 17 x 17 cm each SZ-49 Adipose (6.7 x 6.7 in each) SZ-160 Cartilage SZ-220 Muscle and Adipose Features Materials: polyurethane Four types of phantoms with different sizes and target types. *Specify the SZ type numbers and size codes at the Rod 15: 15 x 15 rods of height range from 1.0 to 8.0 mm (0.4 to 3.1 in) time of your order. Hole 15: 15 x 15 holes of depth range from 1.0 to 8.0 mm (0.4 to 3.1 in) Rod 10: 10 x 10 rods of height range from 1.0 to 5.5 mm (0.4 to 2.2 in) The phantoms developed based on Reference Man data of ICRP publication 23 and has Hole 10: 10 x 10 holes of depth range from 1.0 to 5.5 mm (0.4 to 2.2 in) close-to-human specific gravity and attenuation rate in diagnostic energy range.

PH-14 Acrylic Phantom XAC Slab phantoms for radiation absorption and scattering measurement.

XAC-01 41430-000 30 x 30 x 0.1 cm/11.8 x 11.8 x 0.04 in XAC-02 41431-000 30 x 30 x 0.2 cm/11.8 x 11.8 x 0.08 in XAC-03 41432-000 30 x 30 x 0.3 cm/11.8 x 11.8 x 0.12 in XAC-04 41433-000 30 x 30 x 0.4 cm/11.8 x 11.8 x 0.16 in XAC-05 41434-000 30 x 30 x 0.5 cm/11.8 x 11.8 x 0.2 in XAC-08 41435-000 30 x 30 x 0.8 cm/11.8 x 11.8 x 0.3 in XAC-1 41436-000 30 x 30 x 1 cm/11.8 x 11.8 x 0.4 in XAC-2 41437-000 30 x 30 x 2 cm/11.8 x 11.8 x 0.8 in XAC-3 41438-000 30 x 30 x 3 cm/11.8 x 11.8 x 1.2 in XAC-4 41436-000 30 x 30 x 4 cm/11.8 x 11.8 x 1.6 in XAC-5 41436-000 30 x 30 x 5 cm/11.8 x 11.8 x 2.0 in XAC-8 41436-000 30 x 30 x 8 cm/11.8 x 11.8 x 3.1 in XAC-10 41436-000 30 x 30 x 10 cm/11.8 x 11.8 x 3.9 in

25 CT Image Quality Control / AEC US-5 US-8 FAST/Acute Abdomen Phantom Pediatric FAST/Acute Abdomen "FAST/ER FAN" Phantom

Best tool for workshop in emergency ultrasound. The world's first pediatric ultrasound torso phantom FAST/ER FAN provides simulated training in FAST (Focused Pediatric FAST/Acute Abdomen Phantom provides opportunities Assessment with Sonography for Trauma); an ultrasound examination of hands on training in ultrasound that is a crucial modality for directed at identifying the presence of free intraperitoneal or radiosensitive children. pericardial fluid in traumatic patients. Product Supervision Shunsuke Nosaka, MD, PhD Production supervision: Director of Radiology Junji Machi, MD, PhD National Medical Center for Children and Mothers University of Hawaii at Manoa and Kuakini Medical Center

Features Features 1. An innovative phantom for repetitive training of FAST as an adjunct to 1. The phantom includes life-size 2-year-old thoracoabdominal the ATLS primary survey. organs, a bone structure, free fluid to learn FAST procedures 2. Pathologies include cholecystitis, aortic aneurysm and lesion on the and pathologies that are commonly seen in pediatrics. colon. 2. With this phantom, trainees can acquire skills in basics of Pathologies pediatric abdominal ultrasound. -Internal hemorrhage at perihepatic, perisplenic, pelvis and pericardium area. Pathologies -Diverticulitis, inflammation of the gallbladder, aneurysm and appendicitis. - Internal hemorrhage at perihepatic, perisplenic, pelvis, and pericardium area - Bowel intussusception, appendicitis and biliary dilatation

Cardiac Tamponade Right Upper Abdominal Bleeding Left Upper Abdominal Bleeding

Pleural Hemorrhage Hydronephrosis

Pelvic Bleeding Pleural Bleeding Perihepatic Bleeding

Appendicitis Bowel Intussusception

Abdominal Aortic Aneurysm

Specifications Specifications Set Includes: Size: Weight: Set Includes: Size: 1 ultrasound phantom approx. 61 x 30 x 30 cm approx. 31 kg 1 ultrasound phantom 41 x 15 x 5 cm 1 tutorial manual (DVD) approx. 24.4 x 12 x 12 in approx. 68.2 lb 1 storage case 16 x 6 x 6 in 1 tutorial manual (DVD)

Ultrasound Phantoms 26 US-7α US-6 Fetus Ultrasound Examination Phantom Breast Ultrasound Examination Phantom "SPACE FAN-ST" "BREAST FAN"

Fetus ultrasound phantom with a full skeletal structure. Training in ultrasound breast cancer screening with detailed SPACEFAN-ST provides high quality training for second trimester anatomy. screening in pregnancy. A 23-week fetus is included with detailed BREASTFAN is a unique phantom for training in basic breast ultrasound anatomies which are essential for the assessment at the period. examination. Simulated targets with different echogenicities are embedded in the mammary gland.

Product Supervision Tokiko Endo, MD, PhD Director of Department of Advanced Diagnosis, Clinical Research Center, National Hospital Organization Nagoya Medical Center Director of Department of Radiology, National Hospital Organization Nagoya Medical Center

The oval shape phantom abdomen can be set in four different positions.

Features Features 1. SPACEFAN-ST provides high quality training for routine second 1. State-of-the-art breast phantom with ultrasound anatomy trimester screening. 2. Skills required for ultrasound breast screening can be greatly 2. The oval shape phantom abdomen can be set in four different advanced with practice. positions. Training Skills Anatomies -Skills to scan full area of breast systematically Uterus: -Visualization of key anatomical landmarks amniotic fluid, placenta, umbilical cord, and a 23-weeks fetus -Tracking galactophore (26 cm/10.2 in) -Visualization and differentiation of typical pathologies Fetus: -Localization and measurement of cyst and tumors skeletal structure, brain with septum lucidum, lateral ventricles and cerebellum, heart with four chambers, lungs, spleen, kidneys, aorta, UV, UA, and the external genital Anatomies Subcutaneous adipose, mammary gland, galactophore, Cooper's Training Skills ligament, retromammary adipose, costae, clavicle, pectoralis major, lung and lymph nodes at axilla. -Fetal size assessment: BPD, AD, AC and FL -Measurement of amniotic fluid volume -Determination of fetus presentation (cephalic or breech) Pathologies -Assessment of each body part Cyst, mammary ductal ectasia, malignant tumor, benign tumor -Head: skull and brain -Spine and limbs -Cardiac chambers, blood vessels and lung -Assessment of umbilical cord and placenta position -Determination of sex (This phantom represents a male fetus)

Cyst Malignant

Specifications Brain with Septum Lucidum, UV Lateral Ventricles and Cerebellum Set Includes: phantom size: packing size: Specifications 1 breast phantom 19 x 22 x 7 cm, 3.6 kg 35 x 36 x 12 cm, 6 kg 1 storage case 7.6 x 8.8 x 2.8 in, 7.9 lb 14 x 14.4 x 9.6 in, 13.2 lb Set Includes: Size: 1 tutorial manual (DVD) 1 mother body torso 40 x 29 x 22 cm 1 ultrasound pregnant uterus phantom 16 x 11.6 x 8.8 in 1 fetus demonstration model 1 storage case 1 tutorial manual (DVD)

27 Ultrasound Phantoms US-3 US-1B Abdominal Intraoperative & Ultrasound Examination Training Phantom Laparoscopic Ultrasound Phantom "ABDFAN" "IOUS FAN" US-1 Innovative phantom simulating abdominal open intraoperative Ultrasound Examination Training Phantom and laparoscopic ultrasound examination. "ECHOZY" Product Supervision Junji Machi, MD,PhD Unique high-fidelity ultrasound phantoms that facilitate University of Hawaii at Manoa and effective training in abdominal ultrasound scanning with Kuakini Medical Center your own clinical devices. ABDFAN ECHOZY

Features 1. Soft phantom materials allow realistic probe manipulation. 2. Various simulated lesions including biliary stones and cysts, solid tumors (hypoechoic, hyperechoic and target-appearance) in the liver, pancreas, spleen and kidneys. Simulated lesions are embedded. Training Phantom with no pathology 3. Detachable stomach and duodenum allows various scanning Production supervision: Production supervision: methods of the bile duct and pancreas. Junji Machi, MD, PhD Dr. Hitoshi Asai, Director University of Hawaii at Manoa and Kuakini Osaka Kyoiku University, Health Training Skills Medical Center Administration Center Dr. Shigeru Nakamura -Abdominal intraoperative ultrasound examination Nagayoshi General Hospital, Clinical Examination Department -Laparoscopic ultrasound examination Features Anatomies 1. Detailed hepatobiliary, pancreatic and other abdominal anatomy; eight Couinaud's hepatic segments can be localized. - liver (segmental anatomy, portal and hepatic venous systems, 2. ABDFAN has various simulated lesions to provide wider training variety. ligamentum teres and ligamentum venosum) - biliary tract (gallbladder, cystic duct, intrahepatic and extrahepatic bile ducts) Training Skills - pancreas (pancreatic duct) - spleen / kidneys Basics of abdominal sonography: - detailed vascular structures Cross sections and sonographic anatomy (aorta, vena cava, celiac artery and its branches, portal vein and its Sonographic demonstration of each individual organ branches, superior mesenteric vessels, renal vessels, etc.) Localization of hepatic Couinaud's segments

Anatomies - liver (segmental anatomy, portal and hepatic venous systems, ligamentum teres and ligamentum venosum) - biliary tract (gallbladder, cystic duct, intrahepatic and extrahepatic bile ducts) - pancreas (pancreatic duct) Pancreatic Head Gallstone - spleen / kidneys Laparoscopic Ultrasound Specifications - detailed vascular structures Set Includes: (aorta, vena cava, celiac artery and its branches, portal vein and 1 upper abdomen ultrasound phantom its branches, superior mesenteric vessels, renal vessels, etc.) 1 stomach ultrasound phantom 1 phantom container 1 tutorial manual（DVD） Pathologies *ABDFAN only Size: -hepatic lesions (cystic and solid) -splenic lesions phantom size: packing size: 30x38x17.5 cm, 5.8 kg 47x42x25 cm, 9 kg -gallbladder and bile duct stones -both kidney lesions 12x15.2x7 in, 12.8 lb 18.8x16.8x10 in, 19.8 lb -pancreatic tumors -left adrenal tumor (one invading the portal vein) Simulated lesions in liver, pancreas, kidney, spleen, gallbladder

anterior view posterior view

Simulated cysts 1 cm / 0.4 in Hypoechoic 1 cm / 0.4 in Simulated tumors 1 cm / 0.4 in Simulated tumors with double edge 2 cm / 0.8 in

Pancreas Liver, Hepatic Vein

Ultrasound Phantoms 28 US-9 11347-210 Ultrasound Guided Breast Biopsy Phantom Introductory Ultrasound Training Block Provides step by training in ultrasound guided breast biopsy. "REAL VESSEL" Provides training in hands-eye coordination and basic skills in ultrasound-guided venous access.

Features 1. Fine Needle Aspiration Biopsy (FNAB), Core Needle Biopsy (CNB) and Mammotome Biopsy can be performed under ultrasound guidance. 2. Tissue of the breast phantom represents softness and resistance of the mammary gland. 3. Targets are colored to confirm successful sampling. 4. Targets are embedded in three levels to allow training in needle access with different angles and depth. Features 5. Transparent and opaque type phantoms provide various level of training. 1. 2 simulated vessel lines: straight and curve. 6. An inexpensive and disposable training tool that provides many numbers of trials. 2. Lines have slope to represent vessels with different depth. 3. Vessel wall yields under pressure of a needle tip. Training Skills -Hand-eye coordination in ultrasound biopsy Training Skills -Localization of targets under ultrasound guidance -Sampling of target -Visualization and localization of the vessels. -Transducer manipulation. Specifications -Basics for ultrasound-guided vascular access.

Set Includes: Size: Specifications Duo Set: 11387-000 (transparent + opaque type) 16dia. x 8 cm Set Includes: Transparent Set: 11387-100 (1 pair of transparent type) 6.3dia. x 3.15 in REAL VESSEL Introductory ultrasound training block Opaque Set: 11387-200 (1 pair of opaque type) (a set of 2)

US-2 P.35 US-4 P.35 Ultrasound Quality Assurance Phantoms Breast Ultrasound QA Phantom

Durable and stable. String target Cyst target Ensure highly detailed images to enable reliable breast cancer Production supervision: Close range resolution 123451010101010101010 examinations. 10 10 Hiroshi Natori, 20 20

Ph.D. Professor Sapporo Medical University (dead zone) Product supervision: 70 45 15

20 Japan Association of Breast and Thyroid Sonology, Quality Assurance Committee Working Team.

20 10 1 - T1 Recommendation from: 12.5 - T2 Japan Radiology Society, Imaging Committee 30 Gray scale

12.5 Breast Imaging Group - T1 12.5 - T0 12.5 - T1 50 12.5 - T2 12.5 - T3

1 2 34 20 Axial resolution

50

30 50

30 15

15 Features

Lateral resolution 1. Four kinds of targets, gray scale, cyst targets, dot targets and 45 degrees line target at 2 N-365 Multipurpose Phantom different depth, 10mm (0.4 in) and 20mm (0.8 in). 2. Background of each phantom block is of different attenuation rate and speed of sound. Features 3. Detailed spatial resolution as minute as 0.5mm (0.02 in) can be assessed. 1. Useful both for daily assessment and further research. 4. Comes with a thermometer to measure inner temperature of the phantom. 2. The phantom is designed to allow scanning from all four side walls. Varieties: Specifications N-060 QA Phantom/N-255 Cyst Phantom/N-211 String Phantom Set Includes: Size: 1 mass targets block mass targets block phantom size: Common Specifications 1 dot targets block 18 x 7.5 x 11 cm, 1.3 kg 1 thermometer 7.2 x 3 x 4.4 in, 2.9 lb Set Includes: packing size: 1 storage case dot targets block phantom size: 1 phantom each 35 x 36 x 24 cm, 6 kg 13.5 x 7.5 x 11 cm, 1.0kg 1 carrying case each 14 x 14.4 x 9.6 in, 13.2 lb 5.4 x 3 x 4.4 in, 2.2 lb phantom size: Sonic velocity: 1432m/sec at 25 degrees C 19 x 22 x 7 cm, 3.6 kg Attenuation rate: 0.57 dB/cm MHz at 25 degree C 7.6 x 8.8 x 2.8 in, 7.9 lb Acoustic impedance: 1.38 rayl at 25 degree C

29 Ultrasound Phantoms Français Produits nouveaux Echographique PH-50 Fantôme anatomique du nourrisson 04 US-5 Fantôme Abdominal "FAST/Acute" 26 PH-1C Fantôme Thorax Pédiatric 05 US-8 Fantôme Abdominal "FAST/Acute" Pédiatric 26 GGO tumeur Fantôme 06 US-7α Fantôme d'examen du Fœtus par Ultrason 27 PH-49 Fantôme CT Colonographie 07 US-6 Fantôme Ultrason d'Examen Mammaire "BREASTFAN" 27 PH-51 Simulateur d'examen fluoroscopique lombaire 08 US-3 Fantôme Ultrason Abdominal Peropératoire & Coelioscopique 28 M43E Simulateur de ponction lombaire pour Ultrason 08 "IOUSFAN" US-10 Fantôme Ultrason Pelvien Féminin 09 US-1B Fantôme de formation à l'Examen Echographique "ABDFAN" 28 10 US-11 Fantôme Scrotal pour Ultrason US-1 Fantôme de formation à l'Examen Echographique "ECHOZY" 28 US-13 Fantôme de Formation Ultrason Pédiatric de la Hanche 11 US-9 Fantôme de biopsie Mammaire 29 US-2 Fantôme Ultrason d'Assurance Qualité Multi-Usages 29 11347 29 Radiologie -210 Bloc simulateur du système veineux par Ultrason "Real Vessel" PH-2 Fantôme anatomique Entier 12 US-4 Fantôme Mammaire d'Assurance Qualité en Echographie 29 PH-2B Fantôme CT anatomique Entier 12 41350 -000-11 Fantôme avec Fracture de l' Avant-Bras / Main 13 Index multilingue 30-34 Plaques additionnelles pour PH-2/2B 13 Publication Références 35 Modèle PH-2/2B avec Pathologies et Lésions Aditionnelles 13 PH-2C Fantôme Pédiatric anatomique entier 14 Fantôme Pédiaric avec Fracture Osseuse 14 Deutsch PH-1 Fantôme Thorax Polyvalent "LUNGMAN" 15 Pièces de rechange pour PH-1 16 Neue Produkte -Plaques Thorax PH-50 Röntgen Phantom Neugeborenes 04 -étui PH-1C Pädiatrisches Thorax Phantom 05 -Simulation de Tumeurs -Ordre personnalisé Simulation de Tumeurs GGO Tumore Phantom 06 -Composants pour Radioisotopes PH-49 CT Colonographie Phantom 07 PH-51 LWS Fluoroskopie Training Phantom 08 PH-8 Fantôme Pulmonaire CT de Dépistage de Cancer 16 M43E Ultraschall kompatibler LWS Punktion / Epidural Simulator 08 PH-4 Fantôme Thorax CT 17 US-10 09 PH-3 Fantôme Tête d'Angiographie CT 17 Fantôme Ultrason Pelvien Féminin US-11 PH-47 Fantôme Tête de Radiographie Dentaire 17 Scrotum Ultraschall Phantom 10 PH-5 Fantôme Abdomen CT 18 US-13 Kinderhüften Sonographie Training Phantom 11 PH-19 Fantôme dynamique estomac Réf.TMP-R 18 PH-46 Fantôme Prostate CT 18 Diagnostische Radiologie 18 PH-18 Fantôme estomac Réf.BMU-1 PH-2 Ganzkörper Phantom 12 PH-2B CT Ganzkörper Phantom 12 41350 Fantômes Dynamiques -000-11 Fantôme avec Fracture de l' Avant-Bras / Main 13 Ersatzteilliste PH-2/2B 13 PH-48 Fantôme Dynamique Cœur et Poumon 19 PH-2/2B mit zusätzlichen Läsionen und Pathologien 13 PH-39 Fantôme Dynamique Thorax 19 PH-2C Pädiatrisches Ganzkörper Phantom 14 PH-6B Fantôme Dynamique Cardiac de CT PH-6 19 Pädiatrisches Phantom mit Knochenbrüchen 14 PH-1 Mehrzweck Thorax Phantom "LUNGMAN" 15 Dosimétrie et Radiothérapie Ersatzteilliste PH-1 16 -Chest Plates PH-40 PH-41 Plaques TE avec cavités pour Chambre d'Ionisation 20 -Tragetasche PH-42 -Simulierte Tumore PH-37 Fantôme de Radiothérapie 20 -Kundenspezifischer Auftrag Simulierte Tumore -Komponenten für Radioisotope Médecine Nucléaire/IRM PH-8 Lungenkrebs Screening CT Phantom 16 PH-4 CT Torso Phantom 17 PH-31 Fantôme IRM d'Assurance Qualité 21 PH-3 Angiographie CT Schädel Phantom 17 PH-32 Fantôme IRM QA Réf.JMR 21 PH-47 Dental Radiographie Schädel Phantom 17 PH-33 Fantôme IRM tête Réf.HN 21 PH-5 CT Abdomen Phantom 18 PH-34 Fantôme Tête pour IRM 21 PH-19 Dynamisches Magen-Phantom 18 18 Cerveau Fantôme IB-20 avança 21 PH-46 CT Prostata Phantom PH-18 Magen - Phantom BMU-1 18 PH-24 Fantôme Myocarde 22 PH-25 Fantôme cardiaque Réf.HL-D 22 PH-29 Fantôme ECT "HOT/COLD" Réf. SP-6 22 Dynamische Phantome PH-28 Fantôme SOECT QA Réf. JPC 22 PH-48 Dynamisches Herz/Lungen Phantom 19 PH-30 Fantôme SPECT QA Réf. JS.10 22 PH-39 Dynamisches Thorax Phantom 19 PH-6B Dynamisches Cardiac-CT Phantom 19 Contrôle Qualité-CT, Radiologie, Mammographie Dosimetrie und Therapie PH-9 Fantôme CT Multi-Coupes 23 PH-40 PH-45 Fantôme d'Image Numérique 23 PH-41 TOUGH Phantom Serie 20 PH-7 Fantômes CT pour le Contrôle de l'Exposition Automatique 23 PH-42 PH-37 Therapie Körper Phantom 20 "CT-AEC Phantoms" PH-13 Fantôme de Mammo Numérique Réf.NCCE 24 Nuklearmedizin/MR PH-12 Fantôme échelle de contrast Mammo Réf.AGH-D210F 24 PH-31 MRI QA Phantom 21 PH-22 Fantôme CT QA Réf.CT-200B 24 PH-32 MR-QA-Phantom 21 PH-21 Fantôme CT QA Réf. JCT 24 PH-33 MR-Kopf-Phantom 21 Fantôme CT Poumon 24 PH-34 Schädel Phantom for MRI 21 PH-9-2 Fantôme de contrast 24 Gehirn Phantom IB-20 voran 21 PH-10 Fantôme de densitométrie osseuse Réf.UHA 25 PH-24 Myocard Phantom 22 PH-16 Fantôme contrast/détail 25 PH-25 Myocardial Phantom HL-D 22 PH-17 Fantôme corps Réf.WAC 25 PH-29 ECT Hot Cold Phantom SP-6 22 PH-15 Substitut de tissu Phantoms XUR 25 PH-28 SPECT QA Phantom JPC 22 PH-14 Fantôme de plaques acrylique Réf.XAC 25 PH-30 SPECT QA Phantom JS-10 22

Multilingual index 30 Bildqualitätskontrolle- CT, Röntgen, Mammographie Dosimetría y terapia PH-9 Mehrschicht-CT-Phantom 23 PH-40 PH-41 20 23 Series de fantomas robustos PH-45 Digitale Bild Phantom PH-42 PH-7 Automatic Exposure Control für CT 23 PH-37 Fantoma de cuerpo (entero) para tratamiento 20 "CT-AEC Phantom" PH-13 Digitale Mammographie Phantom NCCE 24 Medicina Nuclear / MRI PH-12 Mammographie Stufen Phantom AGH-D210F 24 PH-31 Fantoma de control de calidad de RM 21 PH-22 CT QA Phantom CT-200B 24 PH-32 Fantoma para control de calidad en MRI 21 PH-21 CT QA Phantom JCT 24 PH-33 Fantoma de MRI de cabeza 21 CT - Lungenphantom 24 PH-34 Fantoma de RM de cráneo 21 PH-9-2 CT-Angio "Ladder" - Phantom 24 Fantoma de cerebro IB-20 21 PH-10 BMD Diagramm Phantom UHA 25 PH-24 Fantoma de miocardio 22 PH-16 Kontrast-Detail Phantom 25 PH-25 Fantoma de miocardio 22 22 PH-17 Gewässer PhantomWAC 25 PH-29 Fantoma caliente frío en ECT PH-28 Fantoma para control de calidad en SPECT 22 PH-15 Gewebeersatz Phantoms XUR 25 PH-30 Fantoma para control de calidad en SPECT 22 PH-14 Acryl Phantom XAC 25 Calidad de imagen de control- TC, de rayos X, mamografía Ultraschall PH-9 Fantoma de TAC multicorte 23 US-5 FAST / Akut Abdomen Phantom 27 PH-45 23 US-8 US-8 Pädiatrisches FAST/Akut Abdomen Phantom 27 Fantoma de imagen digital US-7α Fötus Ultraschall Phantom 27 PH-7 Fantomas “CT-SEC” 23 US-6 Brust Ultraschall Phantom 27 para control de exposición automática en TC US-3 Abdomen Intraoperativ & Laparoskopie 28 PH-13 Fantoma en mamografía degital 24 Ultraschall Phantom "IOUSFAN" PH-12 Paso fantoma de mamográfica 24 US-1B Ultraschall Training Phantom "ABDFAN" 28 PH-22 Fantoma para control de calidad en TC 24 US-1 Ultraschall Training Phantom "ECHOZY" 28 PH-21 Fantoma para control de calidad en TC 24 US-9 Ultraschall geführte Brust Biopsie Phantom 29 Fantoma de pulmón de TC 24 US-2 Ultraschall QA Phantom, Multi-purpose Phantom 29 PH-9-2 Fantoma el escalón 24 11347 Ultraschall Einführung Training Block "REAL VESSEL" 29 -210 PH-10 Fantoma para tabla de la densidad mineral ósea 25 US-4 Brust Ultraschall QA Phantom 29 PH-16 Fantoma el contraste detalle 25 PH-17 Fantoma de cuerpo de agua 25 Mehrsprachige Index 30-34 PH-15 25 Fundstelle 35 Fantoma substitudo de tejidos PH-14 Fantoma el acrílico 25

Ecografía Español US-5 Fantoma de ecografía FAST/Abdomen agudo 26 Nuevos Productos US-8 Fantoma de ecografía FAST/Abdomen agudo pediátrico 26 US-7α Fantoma para la realización de ecografía fetal "SPACEFAN-ST" 27 Fantoma de radiografía simple de neonato 04 PH-50 US-6 Fantoma de ecografía de mama 27 PH-1C Fantoma de tórax pediátrico 05 US-3 Fantoma de ecografía abdominal intraoperatoria y 28 Fantoma de GGO Tumeurs 06 Laparoscópica "IOUSFAN" PH-49 Fantoma de colonoscopia virtual/ TC colonoscopia 07 US-1B Fantoma para entrenamiento en ecografía “ABDFAN” 28 PH-51 Fantoma de entrenamiento en fluoroscopia de columna lumbar 08 US-1 Fantoma para entrenamiento en ecografía “ECHOZY” 28 M43E Simulador de punción lumbar/epidural compatible con ecografía 08 US-9 US-10 Fantoma de ecografía pélvica femenina 09 Fantoma de Biopsia de Mama Guiada por ecografía 29 US-11 Fantoma de ecografía escrotal 10 US-2 Fantoma multipropósito para control de calidad en ecografía 29 11347 Bloque para entrenamiento de canalización vascular ecoguiada “REAL VESSEL” 29 US-13 Fantoma de entrenamiento en ecografía de cadera pediátrica 11 -210 US-4 Fantoma para Control de Calidad en Ecografía de Mama 29 Radiodiagnóstico Índice multilingüe 30-34 PH-2 Fantoma de cuerpo entero 12 Referencias publicación 35 PH-2B Fantoma de TC de cuerpo entero 12 41350 -000-11 Fantoma de fractura de mano/antebrazo 13 Lista de componentes/partes de PH-2/2B 13 PH-2/2B: Con lesiones y patologías adicionales 13 PH-2C Fantoma pediátrico de cuerpo entero 14 Português Fantoma de fractura pediátrica 14 PH-1 Fantoma multiproposito de tórax “LUNGMAN” 15 Novos produtos Lista de componentes/partes de PH-1 16 PH-50 Phantom de recém-nascido para Raio-X 04 -Láminas de tórax PH-1C Phantom de tórax pediátrico 05 -Tumores simulados GGO tumores phantom 06 -Simulation de Tumeurs -Orden de encargo simulation de tumeus PH-49 Phantom de colonografia 07 -Componentes para radioisótopos PH-51 Phantom de treinamento para fluoroscopia da coluna lombar 08 M43E Simulador de ultrassom de punção compatível de lombar/epidural 08 PH-8 Fantoma para screening de cáncer de pulmón por TC 16 US-10 Phantom de ultrassom pélvico femino 09 PH-4 Fantoma de torso de TC/ TC de tórax 17 US-11 10 PH-3 Fantoma de angiografía cerebral por TC 17 Phantom de ultrassom escrotal US-13 11 PH-47 Fantoma de ortopantomografía 17 Phantom de treinamento para ultrassonografia de quadril infantil PH-5 Fantoma de TC de abdomen 18 PH-19 Fantoma de estómago rotación 18 Radiodiagnóstico PH-46 Fantoma de TC de próstata 18 PH-2 Phantom de corpo inteiro 12 PH-18 Fantoma de estómago 18 PH-2B Phantom de corpo inteiro 12 41350 -000-11 Phantom de antebraço/Mão fraturada 13 Fantomas dinámicos Peças para PH-2/2B 13 PH-48 Fantoma dinámico de corazón y pulmón. 19 PH-2/2B com lesões e patologias adicionais 13 PH-39 Fantoma dinámico de tórax 19 PH-2C Phantom pediátrico de corpo inteiro 14 14 PH-6B Fantoma dinámico de cardioTC 19 Phantom pediátrico de fratura de osso

31 Multilingual index PH-1 Phantom universal de tórax "Lungman" 15 Peças para PH-1 16 -Placas do tórax -Bolsa de Transporte -Tumores simulados 04 PH-50 -Ordem feita sob encomenda simulados Tumores -Componentes para radioisótopo 05 PH-1C 06 PH-8 Phantom de diagnóstico de câncer de pulmão CT 16 07 PH-49 PH-4 Phantom de torso CT 17 08 PH-51 PH-3 Phantom angiográfico de cabeça CT 17 08 M43E PH-47 Phantom de cabeça para radiografia dental 17 09 US-10 PH-5 Phantom de abdômen CT 18 US-11 PH-19 Phantom de estômago rotação 18 10 US-13 PH-46 Phantom de próstata CT 18 11 PH-18 Phantom de estômago 18

12 PH-2 Phantoms dinâmicos 12 PH-2B 19 41350 PH-48 Phantom dinâmico de pulmão e coração 13 -000-11 PH-39 Phantom de tórax dinâmico 19 13 PH-6B Phantom cardíaco dinâmico CT 19 13 14 PH-2C 14 Terapia e dosimetria 15 PH-1 PH-40 16 PH-41 Série de Phantoms rígidos 20 PH-42 PH-37 Phantomde corpo para terapia 20

16 Medicina Nuclear/MRI PH-8 17 PH-4 PH-31 Phantom de garantia de qualidade MRI 21 17 PH-3 PH-32 Phantom de MRI com garantia de qualidade 21 17 PH-47 PH-33 Phantom de cabeça MRI 21 18 PH-5 18 PH-34 Phantom de cabeça para MRI 21 PH-19 18 Phantom avançado de cérebro IB-20 21 PH-46 18 PH-18 PH-24 Phantom de miocárdio 22 PH-25 Phantom de miocárdio 22 PH-29 Phantom de ECT Hot Fria 22 PH-28 Phantom de SPECT com garantia de qualidade 22 19 PH-48 PH-30 Phantom de SPECT com garantia de qualidade 22 19 PH-39 19 PH-6B

Imagem de controle de qualidade- CT, Raio X, mamografia PH-40 PH-9 Phantom de multi fatia CT 21 20 PH-41 PH-45 Phantom de imagem digital 21 PH-42 PH-7 Controle automático de exposição para CT 21 20 PH-37 "Espectro CT-AEC" PH-13 Phantom de digital mammographic 22 PH-12 Phantom de passo mamográfico 22 21 PH-31 PH-22 Phantom de CT com garantia de qualidade 22 21 PH-32 PH-21 Phantom de CT com garantia de qualidade 22 21 PH-33 PH-34 Phantom de pulmão de CT 22 21 21 PH-9-2 Escada phantom 22 22 PH-24 PH-10 Phantom de osso gráfico densidade mineral 23 22 PH-25 PH-16 Detalhe contraste phantom 23 22 PH-29 PH-17 23 Phantom de corpo água 22 PH-28 23 PH-15 Phantom substituto tecido 22 PH-30 PH-14 Acrílico phantom 23

Echographique 23 PH-9 US-5 Phantom de abdômen fast/acute 26 23 PH-45 US-8 Phantom de abdômen pediátrico fast/acute 26 23 PH-7 US-7α Phantom para exame de ultrassom fetal 27 US-6 Phantom de exame de ultrassom da mama 27 24 PH-13 US-3 Phantom de ultrassom intra-operatório abdominal e 28 24 PH-12 laparoscopia "IOUSFAN" 24 PH-22 US-1B 28 Phantom de treinamento para exame de ultrassom "ABDFAN" 24 PH-21 US-1 Phantom de treinamento para exame de ultrassom "ECHOZY" 28 24 US-9 Phantom de ultrassom guiado de biópsia de mama 29 24 PH-9-2 US-2 Phantom de ultrassom com garantia de qualidade, Espectro multiuso 29 25 PH-10 11347 Bloqueio de treinamento de ultrassom introdutório "Real Vessel" 29 -210 25 PH-16 US-4 Phantom de ultrassom de mama com garantia de qualidade 29 25 PH-17 Índice Multilingual 30-34 25 PH-15 Publicação Referências 35 25 PH-14

Multilingual index 32 ; 亦 &7 ⽘₶崏憶᷵㎎∝

26 US-5 PH-9 ⤁Ⱙ &7 Ἲ㨈 23 26 US-8 PH-45 㕗⬾⽘₶Ἲ㨈 23 27 US-7α PH-7 &7 凑⊏㛄ℰ㎎∝ 23 US-6 27 &7$(& Ἲ㨈 28 US-3 PH-13 㕗⬾⋽Ṛ兡Ἲ㨈 1&&( 24 PH-12 Ṛ兡Ἲ㨈 $*+'犈犇犆) 24 28 US-1B PH-22 &7 崏憶惏Ἲ㨈&7犈犆犆% 24 28 US-1 29 US-9 PH-21 &7 崏憶惏Ἲ㨈-&7 24 29 US-2 &7 傡惏Ἲ㨈 24 29 11347 PH-9-2 昝㢖䊝Ἲ㨈 24 -210 29 US-4 PH-10 檿⮭⺍Ƌ%0'ƌ㴲憶Ἲ㑟8+$ 25 PH-16 ; 亦㐫⽘⯠㮻⺍䟻䩝䔏Ἲ㑟 25 30-34 PH-17 僟  兠惏 ; 亦␟㔝᷵㕊⯫㴲⮁㰛㨈:$& 25 35 PH-15 享亮㛦ỊἺ㑟 ;85 25 PH-14 ; 亦␟㔝᷵㕊⯫䟻䩝䍮䟻䩝䔏Ἲ㑟;$& 25 中文 嵬⣗㢧㟌 US-5 嵬⣗兠惏⣽Ἃ  「宱Ἲ㨈)$67(5)$1 26 㛧㖗Ẏ⒨ US-8 ⯶Ω嵬⣗兠惏⣽Ἃ  「宱Ἲ㨈 26 US-7α 債Ω嵬⣗㢧㟌Ἲ㨈 27 PH-50 㖗䔆Ω ; 亦Ἲ㨈 04 US-6 Ṛ㈦嵬⣗㢧㟌Ἲ㨈 27 PH-1C ⯶Ω僟惏Ἲ㨈 05 **2傦䘋Ἲ㨈 06 US-3 兠惏㜖Ḕ⑳兠儻敃嵬⣗Ἲ㑟 28 ,286)$1 PH-49 &7 人傇Ἲ㨈 07 28 PH-51 6 兗㣵忶妭宔亪Ἲ㨈 08 US-1B 嵬⣗兠惏㢧㟌宔亪㨈❲$%')$1 M43E 嵬⣗䛟⮠兗㣵䩦∡  䡓冃⣽㨈㋆ạ 08 US-1 嵬⣗兠惏㢧㟌宔亪㨈❲(&+2=< 28 US-10 ⥚『檏䚭嵬⣗Ἲ㨈 09 US-9 嵬⣗⻼⯣Ṛ㈦㴢㢧Ἲ㨈 29 US-11 昛⚱嵬⣗Ἲ㨈 10 US-2 ⤁䔏忻嵬⣗䲥⺍䮈䏭Ἲ㨈 29 US-13 ⩛Ω檲⅚剩嵬⣗宔亪Ἲ㨈 11 11347 ⅌族于嵬⣗⻼⯣宔亪㨈✾5($/9(66(/ 29 -210 US-4 Ṛ㈦嵬⣗䲥⺍䮈䏭Ἲ㨈 29 㔥⯫宱㖔⭍ ⤁寔䦴㋮㕗 30-34 PH-2 ; 亦⅏庒⏖⊏Ἲ㑟3%8犋犆 12 PH-2B &7 ⅏庒⏖⊏Ἲ㑟3%8犌犆 12 ⇡䈯⎩俪 35 41350 -000-11 ㈲  ∴冩檏㉿Ἲ㨈 13 3+犈犈% 惏ờ⇾塏 13 3+犈犈% 昫⸍㍆Ἃ⑳䖬⎿ 13 PH-2C ⯶Ω⅏庒Ἲ㨈 14 䞲ῃ ⯶Ω檏㉿Ἲ㨈 14 PH-1 ⤁䔏忻僟惏㨈❲1犇/XQJ0DQ 15 ㇼ⦐㟨G㥐䖼 3+犇 惏ờ⇾塏 16  僟惏㝦 PH-50 㐔㈑㙸G㤸㐔G䑠䉴 04  ㈲㎷䮘 PH-1C ㋀㙸䡽⺴䑠䉴 05  㨈㋆傦䘋 nnv㦹㛅G䑠䉴 06 凑⮁Ḱ桡⹶㨈㋆傦䘋 PH-49 j{Gj–“–•–Ž™ˆ— G䑠䉴Gujjz䝉 07  惏ờ䔏ṵ㔥⯫『⏳ἴ䴇 PH-51 㟈㻈Gm“œ–™–šŠ–— G䑠䉴 08 PH-8 傡䘳䭂㟌 &7 Ἲ㨈 16 M43E 㸼㢀䑀G䚌G㟈㻈㷐㣄Vᷱ⫽㞬G㐐Ⳡ⤼㢨䉤 08 PH-4 &7 庖⹙Ἲ㨈 17 US-10 ⺴㢬ḰG㸼㢀䑀G䑠䉴 09 PH-3 堧䮈怇⽘ &7 ⤛惏Ἲ㨈 17 US-11 㢀⇡G㸼㢀䑀G䑠䉴 10 17 PH-47 潦䦸 ; 亦⤛惏Ἲ㨈 US-13 ㋀㙸GḔḴ㤼G㸼㢀䑀G䑠䉴 11 PH-5 &7 兠惏Ἲ㨈 18 PH-19 傪惏⎳憴怇⽘㢧㟌宔亪Ἲ㑟7035 18 ⵝ㇠㉔Ḱ PH-46 &7 ∴⇾兡Ἲ㨈 18 PH-18 㗐㜆傪䘳  傪㹪䖈㢧㟌宔亪Ἲ㨈%08犇 18 PH-2 㤸㐔䑠䉴Gw|iT\W 12 PH-2B Gj{㹠㜵㟝G㤸㐔䑠䉴Gwi|T]W 12 41350 ⊏⿨Ἲ㨈 -000-11 ㋄V㤸㝸⺴GḜ㤼G䑀䏬 13 v—›–•ˆ“Gwˆ™›šG–™GwoTYVYi 13 PH-48 ⊏⿨⾪僶⑳傡惏Ἲ㨈 19 PH-2C ㋀㙸㤸㐔䑠䉴Gwi|T^W 13 19 PH-39 ⊏⿨僟儻Ἲ㨈 woTYkG㋀㙸㤸㐔䑠䉴GOḜ㤼䑄P 14 PH-6B ⊏⿨⾪堧䮈 &7 Ἲ㨈 19 PH-1 䡽⺴䑠䉴GuTXGI⤵⬜I 15 v—›–•ˆ“Gwˆ™›šG–™GwoTX 16 ∩憶守⑳㲢䕾 TjŒš›Gw“ˆ›Œš PH-40 Tjˆ™™ •ŽGjˆšŒ PH-41 俷䔏Ἲ㨈䳢⇾ 20 Tz”œ“ˆ›Œ‹G{œ”–™š PH-42 Tjœš›–”Gv™‹Œ™Gz”œ“ˆ›Œ‹G{œ”–™š PH-37 㲢䕾Ἲ惏Ἲ㨈 20 Tj–”—–•Œ•›šG–™Gyˆ‹–š–›–—Œ PH-8 Gszj{䑠䉴Gszj{TWWWXG䝉 17 MRI PH-4 j{㢬㷨䋔⪨㋀G䑠䉴 17 PH-3 ▄⺴Gj{G䑠䉴 17 PH-31 05, 䲥⺍䮈䏭Ἲ㨈 21 PH-47 㾌Ḱ㟝G▄⺴G䑠䉴 17 PH-32 05, 崏憶䮈䏭Ἲ㨈-05 21 PH-5 j{G⸩⺴G㣙ὤG䑠䉴 18 PH-33 05, ⤛惏Ἲ㨈1+ 21 PH-19 y–›ˆ›–•Gz›–”ˆŠGwˆ•›–”G{twTy 18 PH-34 05, ⤛惏Ἲ㨈 21 PH-46 j{G㤸⫱㉔G䑠䉴 18 z›–”ˆŠGwˆ•›–”Git|TX 僸Ἲ㨈 ,%犈犆 ℯ忂 21 PH-18 18 PH-24 ⾪偳Ἲ㨈 22 PH-25 ⾪偳Ἲ㨈+/' 22 ┍䈐䑠䉴 PH-29 (&7 ↞  䃔人剩Ἲ㨈63犌 22 PH-48 j{㐠㣙䡽ḱ┍䈐G䑠䉴 19 PH-28 63(&7 崏憶䮈䏭Ἲ㨈-3& 22 PH-39 䡽⺴䝬䢕┍ὤG䑠䉴 19 PH-30 63(&7 崏憶䮈䏭Ἲ㨈-6犇犆 22 PH-6B j{G㐠㣙┍䈐G䑠䉴Gzrr䝉 19

33 Multilingual index ㉔⣽㽕㥉ḰG㾌⨀ PH-2C 単純撮影用小児全身ファントム "PBU-70" 14 14 PH-40 単純撮影用小児全身ファントム "PBU-70B" 骨折症例入り PH-41 {–œŽG䑠䉴G㐐⫠㪼 20 PH-1 胸部ファントム N-1 " ラングマン " 15 PH-42 N-1 オプションパーツ 16 PH-37 㾌⨀㟝G㢬㷨G䑠䉴 20 - チェストプレート - 収納用アルミケース 䚩㢌䚍・typ㟝G䑠䉴 - 模擬腫瘍 - 特注模擬腫瘍 PH-31 typG㉥⏙G䓽ᴴG䑠䉴 21 - 核医学用別売部品 PH-32 typG㉥⏙G䓽ᴴG䑠䉴 21 PH-8 LSCT ファントム LSCT-001 型 16 PH-33 typGoŒˆ‹Gwˆ•›–”Guo 21 PH-4 CT 人体トルソファントム CTU-41 17 PH-34 typ㟝G䜘☐G䑠䉴 21 PH-3 頭部 CT ファントム ACS 17 17 ⌀G䑠䉴GpiTYW䝉 21 PH-47 歯科用頭部ファントム PH-5 CT 腹部臓器ファントム 18 PH-24 㐠㣙ᴸ㣙G䑠䉴 22 PH-19 トレーニングマーゲンファントム TMP-R 18 PH-25 㐠㣙ᴸ㣙G䑠䉴GosTk 22 PH-46 CT 前立腺ファントム 18 lj{Go–›Gj–“‹Gwˆ•›–”GzwT] 22 PH-29 PH-18 マーゲンファントム BMU-1 型 18 PH-28 zwlj{GxhGwˆ•›–”Gqzw 22 PH-30 zwlj{GxhGwˆ•›–”GqzTXW 22 動態ファントム PH-48 CT 心臓胸郭動態ファントム 19 䖼㫼GḴ⫠Gj{SGⵝ㇠㉔ḰGSG㡔ⵝG㹠㜵 PH-39 胸部呼吸同期ファントム 19 PH-6B CT 心臓動態ファントム SKK 型 19 PH-9 ⭴䐤G㏠⢰㢨㏘Gj{G䓽ᴴ㟝G䊀㏘䏬G䑠䉴 23 PH-45 ZkG♈㫴䉬G䞈ㇵG䓽ᴴ㟝G䑠䉴 23 放射線治療 PH-7 j{ThljG䑠䉴 23 PH-40 PH-13 kŽ›ˆ“Gtˆ””–Ž™ˆ—ŠGwˆ•›–”Gujjl 24 PH-41 タフファントムシリーズ 20 PH-42 PH-12 tˆ””–Ž™ˆ—ŠGz›Œ—Gwˆ•›–”GhnoTkYXWm 24 PH-37 治療用人体ファントム THRA1 型 20 PH-22 j{GxhGwˆ•›–”Gj{TYWWi 24 PH-21 j{GxhGwˆ•›–”Gqj{ 24 核医学 /MRI j{Gsœ•ŽGwˆ•›–” 24 PH-31 MRI 性能評価ファントム MHR 型 21 PH-9-2 sˆ‹‹Œ™Gwˆ•›–” 24 PH-32 MRI 性能評価ファントム JMR 型 21 PH-10 itkGjˆ™›Gwˆ•›–”G|oh 25 PH-33 MRI 頭部容器ファントム HN 型 21 j–•›™ˆš›GkŒ›ˆ“Gwˆ•›–” 25 PH-16 PH-34 頭部容器ファントム BHC 型 21 PH-17 ~ˆ›Œ™Gi–‹ Gwˆ•›–”G~hj 25 脳ファントム IB-20 型 advanced 21 PH-15 䑄ㇵ䑠䉴G|y䝉 25 PH-24 心臓肝臓ファントム HL 型 22 PH-14 hŠ™ “ŠGwˆ•›–”Ghj 25 PH-25 心筋ファントム HL-D 型 22 PH-29 容量測定ファントム SP-6 型 22 㸼㢀䑀㫸␜ PH-28 SPECT ファントム JSP 型 22 PH-30 SPECT ファントム JS-10 型 22 US-5 㞬ㇵVẠἽ㟝G㸼㢀䑀G㫸␜G䏬⤼㢨␑G䑠䉴 26 ㋀㙸G㸼㢀䑀G㫸␜G䑠䉴G⸩⺴㞬ㇵ Ἵ㉥⸅ⷴG⯜⒬ US-8 ・ 26 CT/ 画像評価 US-7α 䈐㙸G㸼㢀䑀G㫸␜G䑠䉴 27 US-6 㡔ⵝG㸼㢀䑀G㫸␜G䑠䉴 27 PH-9 マルチスライス CT 評価用テストファントム MHT 型 23 US-3 㸼㢀䑀G㫸␜G䑠䉴Gㇵ⸩⺴㍌㍔⯜⒬ 28 PH-45 3D デジタル画像評価用ファントム ODA 型 23 GIpv|zmhuI PH-7 "CT-AEC ファントム " 23 US-1B 㸼㢀䑀㫸␜䑠䉴IhikmhuI 28 PH-13 デジタルマンモファントム NCCE 型 24 US-1 㸼㢀䑀㫸␜䑠䉴Iljov€I 28 PH-12 マンモステップファントム AGH-D210F 型 24 US-9 㡔㉔Gi–—š G䑠䉴 29 PH-22 CT テストファントム CT-200B 型 24 US-2 㸼㢀䑀G㫸␜G㣙㾌G䓽ᴴ㟝G䑠䉴 29 PH-21 CT テストファントム JCT 型 24 11347 㸼㢀䑀G䚌G㷐㣄G䏬⤼㢨␑G䑜☐ 29 -210 CT ラングファントム 24 US-4 㡔ⵝG㸼㢀䑀G㥉⓸GḴ⫠G䑠䉴 29 PH-9-2 型ファントム 24 PH-10 骨塩定量ファントム UHA 型 25 ␘G㛬㛨Gㇽ㢬 30-34 PH-16 バーガーファントム 25 ᴸ䚽ⱰG㵬㦤 35 PH-17 胸・腹部用 X 線水ファントム WAC 型 25 PH-15 板状ファントム XUR 型 25 PH-14 板状ファントム XAC 型 25

日本語 超音波 US-5 外傷・救急用超音波診断トレーニングファントム "FAST/ER FAN" 26 新製品 US-8 小児超音波診断ファントム 腹部外傷・救急病変モデル 26 PH-50 新生児全身ファントム 04 US-7α 胎児超音波診断トレーニングファントム "SPACE FAN-ST" 27 PH-1C 小児胸部ファントム 5Y 型 05 US-6 乳房超音波診断ファントム "BREASTFAN" 27 GGO 腫瘍腫瘍 06 US-3 超音波診断ファントム上腹部術中モデル "IOUSFAN" 28 PH-49 CTC ファントム NCCS 型 07 US-1B 超音波診断ファントム上腹部病変付モデル "ABDFAN" 28 PH-51 腰椎・硬膜外穿刺 フロロスコピーファントム 08 US-1 超音波診断ファントム上腹部モデル "ECHOZY" 28 M43E 08 超音波腰椎・硬膜外穿刺シミュレータ US-9 乳腺バイオプシーファントム 29 US-10 婦人科超音波診断ファントム 09 US-2 超音波診断評価用 マルチパーパス N-365 29 US-11 超音波睾丸診断ファントム 10 11347 超音波下穿刺トレーニングパッド "REAL VESSEL" 29 US-13 小児股関節超音波診断ファントム 11 -210 US-4 乳房超音波精度管理ファントム 29 撮影・診断 多言語目次 30-34 PH-2 単純撮影用全身ファントム "PBU-50" 12 参考文献 35 PH-2B CT 撮影用全身ファントム "PBU-60" 12 41350 -000-11 左手・前腕部骨折パーツ 13 PBU-50/60 用ボディプレート 13 症例入り CT 撮影用全身ファントム 13

Multilingual index 34 Publication References

PH-2B CT Whole Body Phantom “PBU-60” PH-8 Lung Cancer Screening Phantom LSCT 001 Muramatsu Y, Tsuda Y, Nakamura Y, Kubo M, Takayama T, Hanai K, The develop- Seon Chil Kim, Hong-Moon Jung. A Study on Performance of Low-Dose ment and use of a chest phantom for optimizing scanning techniques on a Medical Radiation Shielding Fiber (RSF) in CT Scans. International Journal variety of low-dose helical computed tomography devices. Japan Computer of Technology. 2013: 2; 178-187. Assisted Tomography. May-Jun 2003; 27(3): 364-74. Read more: http://www.ijtech.eng.ui.ac.id/index.php/journal/article/view/107 Read more: http://www.ncbi.nlm.nih.gov/pubmed/12794601

PH-2C Pediatric Whole Body Phantom “PBU-70” PH-47 Dental Radiography Head Phantom

Marcus Soderberg, Sonny La. Evaluation of adaptation strengths of CARE Kitai N, Mukai Y, Murabayashi M, Kawabata A, Washino K, Matsuoka M, Shimizu I, Dose 4D in pediatric CT. SPIE Medical Imaging. February 2013: 9-14. Katsumata A. Measurement accuracy with a new dental panoramic radiographic Read more: http://dx.doi.org/10.1117/12.2001694 technique based on tomosynthesis. Angle Orthodontist. 2013; 83, No 4. Read more: http://www.ncbi.nlm.nih.gov/pubmed/22612390

PH-1 Multipurpose Chest Phantom N1 “Lungman” PH-48 Dynamic Heart and Lung Phantom

Xueqian Xie, Yingru Zhao, Roland A. Snijder, Peter M. A. van Ooijen, Pim A. de Hsieh CY, Gladish G, Willis CE. Evaluation of commercial cardiac motion Jong, Matthijs Oudkerk, Geertruida H. de Bock, Rozemarijn Vliegenthart, phantom for dual-energy chest radiography. Journal of Applied Clinical Marcel J. W. Greuter. Sensitivity and accuracy of volumetry of pulmonary Medical Physics, 2014; 15, No 2 nodules on low-dose 16- and 64-row multi-detector CT: an anthropomor- Read more: http://www.ncbi.nlm.nih.gov/pubmed/24710435 phic phantom study. European Radiology. 2013：139-147; 23: 139-147 Read more: http://www.ncbi.nlm.nih.gov/pmc/articles/PMC3517707/ PH-6 Dynamic Cardiac CT Phantom

Gomi T, Nakajima M, Fujiwara H, Umeda T. Comparison of Chest Dual-ener- Ushio N, Nagatani Y, Sakurai K, Takazakura R, Miyata K, Takahashi M, Imai M, gy Subtraction Digital Tomosynthesis Imaging and Dual-energy Subtrac- Murata K. The temporal resolution of CT coronary Angiography: Rotation tion Radiography to Detect Simulated Pulmonary Nodules with and time and temporal resolution. RSNA 2007 Poster. without Calcifications. Academic Radiology, February 2011; 18(2): 191–196. Nitta N, Takahashi M, Takazakura R, Nagatani Y, Murata K, Ishimoi K, Kimura M. Read more: http://www.ncbi.nlm.nih.gov/pubmed/21232683 Efficacy of ECG gating for lung CT imaging in evaluating pulmonary nodule: Fundamental experiment with a newly developed pulsating cardiac phantom. ECR 2006, Poster C-207 Ushio N, Nitta N, Maumi M, Miyata K, Ueda J, Sonoda A, Takahashi M, Imai M, Murata K. Which methods do you use to reduce radiation exposure dose of chest CT? ECR2011 Poster No. 2011. PH-7 CT-AEC Phantoms Read more: Muramatsu Y, Ikeda S, Osawa K, Sekine R, Niwa N, Terada M, Keat N, Miyazaki S. http://posterng.netkey.at/esr/viewing/index.php?module=view- Performance Evaluation for CT-AEC CT Automatic Exposure Control Systems. ing_poster&pi=105274 Japanese Journal of Radiological Technology, 2007-05-20; 63(5): 534-545.

Gavrielides MA, Kinnard LM, Myers KJ, Peregoy J, Pritchard WF, Zeng R, Esparza J, Karanian J, Petrick N. A resource for the assessment of lung PH-15 Tissue Substitute Phantom XUR nodule size estimation methods: database of thoracic CT scans of an anthropomorphic phantom. Optics Express. 2010; Jul 5; 18(14): 15244-55 Takashi Shirotani, Development of realistic chest phantom for calibration of Read more: in-vivo plutonium counting facilities. Journal of Nuclear Science and Technolo- http://www.ncbi.nlm.nih.gov/pmc/articles/PMC3408907/ gy, 1988; 25(11): 875-883. Read more: http://jolissrch-inter.tokai-sc.jaea.go.jp/pdfdata/JAERI-M-87-081.pdf Lynne M. Hurwitz, Terry T. Yoshizumi, Philip C. Goodman, Rendon C. Nelson, Greta Toncheva, Giao B. Nguyen, Carolyn Lowry, Colin Anderson-Evans. Radiation Dose Savings for Adult Pulmonary Embolus 64-MDCT Using Bismuth Breast Shields, Lower Peak Kilovoltage, and Automatic Tube Current Modulation. US-2 Ultrasound Quality Assurance Phantoms American Journal of Roentgenology. 2009; 192: 244-253. Natori H, Igarashi T, Arakawa M. Durable fine resolution test phantom for Read More: http://www.ajronline.org/doi/full/10.2214/AJR.08.1066 diagnostic ultrasound system. ECR 2013 Poster C-1765.

Norihisa Nitta et al. Nodule detection by chest X-ray and evaluation of computer-aided detection (CAD) software using an originally developed US-4 Breast Ultrasound QA Phantom phantom for instructional purposes. Japanese Journal of Clinical Radiolo- gy. 2006; 51(1): 61-70. Sakurai M, Fukuda M, Imamura K, Tsujimoto F, Endo T, Morita T, Nakajima K, Quality Assurance of Ultrasonography Scanner Using a Phantom Designed for Quality Control and Teaching, Journal of Japan Association of Breast Cancer Screening, 2008, 17(1), 52-59

35 Custom Orders and Future Phantoms

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All KYOTO KAGAKU phantoms are made in Japan All KYOTO KAGAKU phantoms are latex free

Materials: PH-1, PH-1C, PH-2B, PH-2C, PH-2D, PH-3, PH-4, PH-5, PH-9, PH-15, PH-7, PH-14, PH-17, PH-24, PH-26, PH-28, PH-29, PH-31, PH-33, PH-34 PH-39, PH-45, PH-46, PH-49, PH-50 Acrylic resin Tissue substitute materials: polyurethane based resin Synthetic bones: epoxy based resin Synthetic bones: epoxy based resin PH-13 PH-6, PH-48 Acrylic resin, nylon, aluminum, aluminum oxide, Teflon Tissue substitute materials: polyurethane based resin PH-40 Synthetic bones: epoxy based resin Phenol based resin Heart Phantom: silicon PH-9, PH-45 PH-8, PH-10, PH-15 Urethane based resin, Acrylic resin Polyurethane based resin US-1, US-2, US-4, US-5, US-6, US-7a, US-8, PH-12, Subsolid Nodules Phantom PH-37, PH-40, PH-41 Urethane based resin Epoxy based resin US-9 PH-9-2 Hydrogel Epoxy based resin, acrylic resin

Specifications printed in this catalogue are of the time of printing. Since products are continuously improved and updated, specifications are subject to change without prior notice.

36 KYOTO KAGAKU human tissue substitute breakthroughs enable to create unique phantoms in combination with model crafting expertise.

Phantoms for diagnostic energy range

Tissue Substitute Phantom XUR see also page 25

electron effective specific atomic element composition (wt%) density number gravity x1023 e/g HCNOPClCaAlSi SZ-49 adipose 3.2826.093 0.997 9.20 72.00 2.40 16.40 SZ-160 cartilage 3.2537.351 1.117 8.30 67.90 3.80 15.60 1.00 3.50 SZ-207 soft tissue 3.2547.005 1.067 8.40 69.20 3.90 15.40 0.70 2.40 SZ-208 muscle 3.2537.254 1.075 8.40 68.24 3.76 15.50 0.90 3.20 muscle & SZ-220 adipose 3.2547.134 1.069 8.40 68.74 3.84 15.40 0.82 2.80 SZ-50 3.2586.104 1.061 8.41 72.25 4.61 14.73

Kyoto Kagaku’s SZ series (XUR) is a self-produced material used in its state-of-the-art, radiology phantoms and was developed in the 1980’s through joint research with JAERI (Japan Atomic Energy Research Institute). The joint research aimed to create an anthropomorphic phantom that has a shape and size similar to that of the human torso and also include removable organs to calibrate detector systems of Pu-239 and other actinides deposited in the human lungs. Desired organs included human soft tissues such as the muscle, muscle-adipose tissues, and cartilage and lungs. Having photon attenuation properties similar to those of the human tissue is particularly important for low energy photons such as Pu-239. XUR phantoms are used to construct the Asian body phantom Polyurethane was selected as a basic ingredient of the SZ series because it is easy to adjust its elemental in IAEA-TECDOC-1334 (2003) composition with additives. Polyurethane also easily forms into various shapes, and products composed of polyurethane are highly resistant of deformation or damage. Linear attenuation coefficients derived from the HU values of SZ matched excellently with the calculated values.

JAERI Phantom was completed in 1984. The phantom was used in the IAEA-TECDOC-1334 report as a standard phantom of an Asian patient.

The SZ series was first developed for the atomic energy industry and its application has now expanded to phantoms for medical imaging and dosimetry. The SZ series are an essential material for the production of Kyoto Kagaku’s wide range of radiology phantoms.

Phantoms for therapeutic energy range

Tough Phantom Series see also page 20

Comparison of Physical Properties ICRU publication 23 (Reference man) human soft tissuemuscle fat cartilage lung electron density (x1023 e/g) 3.29 3.31 3.34 3.28 3.31 effective atomic number 7.03 7.45 6.33 7.89 7.49 specific gravity 1.00 1.05 0.95 1.10 0.26

Tough Tough Tough Tough Tough Water Bone Bone Bone Lung water acryl Phantom Phantom Phantom Phantom Phantom WD BE-T BE-H BE-N LP electron density (x1023 e/g) 3.343 3.248 3.2653.108 3.154 3.213 3.211 effective atomic number 7.417 6.467 7.32813.179 11.697 9.141 7.242 specific gravity 1.000 1.180 1.0181.730 1.500 1.240 0.370

Elemental Composition Tough Tough Tough Tough Tough (wt%) Water Bone Bone Bone Lung Phantom Phantom Phantom Phantom Phantom WD BE-T BE-H BE-N LP H 8.633.69 5.11 6.97 7.00 Tough Phantom Series has been jointly developed with C 68.8929.22 42.45 60.03 50.20 National Institute of Radiological Sciences. N 2.18 1.19 1.73 2.45 Japanese patent No.2651585 O 17.8832.66 28.13 21.79 35.10 P 10.24 7.00 2.30 0.10 CI 0.150.06 0.09 0.13 1.00 Ca 2.27 22.92 15.49 6.33 AI 1.50 Si 5.00

37 Phantoms for ultrasonography

Ultrasound Phantoms Japanese patent No.3650096

Durable, stable with homogeneous granular background reflection with excellent and controllable echogenicities

Sonic velocity: 1432m/sec at 25 degrees C Attenuation rate: 0.57dB/cm MHz at 25 degree C Acoustic impedance: 1.38 rayl at 25 degree C

Old Phantom, 1450m/s New Phantom, 1410m/s

Results of directional lateral distance measurements are shown in this figure. Both old and new phantom 7.5 MHz linear probe was applied on the old phantom showed same measured distance. Directional lateral made in 2004 on the front row, and new phantom distance measurement is not mainly dependent to made in 2012 was displayed on the back row. ultrasound velocity.

Natori H, Igarashi T, Arakawa M. Durable fine resolution test phantom for diagnostic ultrasound system. ECR 2013 Poster C-1765.

"Durable fine resolution test phantom for diagnostic ultrasound system", H.Natori 2013

US-4 Breast Ultrasound QA Phantom see also page 29

Higher sonic velocity for detailed QA in high-frequency ultrasound.

Mass targets block (contrast resolution) Dot targets block (spatial resolution)

Gray scale targets Cyst targets

38 Worldwide Inquiries & Ordering Kyoto Kagaku Head Office and Factories: 15 Kitanekoya-cho, Fushimi-ku, Kyoto, 612-8388, JAPAN www.kyotokagaku.com Tel: +81-75-605-2510 Fax: +81-75-605-2519 [email protected] Kyoto Kagaku MEM Training Center:

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05/2015