DOCSLIB.ORG

Medical Device Packaging April 27-28, 2017 / Alexandria, Va June 26-27, 2017 / San Jose, Ca

Total Page：16

File Type：pdf, Size：1020Kb

Download full-text PDF Read full-text
Medical Device Packaging April 27-28, 2017 / Alexandria, Va June 26-27, 2017 / San Jose, Ca 6TH & 7TH SEMI-ANNUAL MEDICAL DEVICE PACKAGING APRIL 27-28, 2017 / ALEXANDRIA, VA JUNE 26-27, 2017 / SAN JOSE, CA Elevating Package Design of Medical Devices by Incorporating End User Feedback, Robust Testing Methods and Use of Innovative Materials to Reduce Cost, Ensure Safety and Surpass FDA and International Regulatory Expectations Program Overview: As medical devices have become increasingly complex, the intricacies of creating advanced packaging has progressed to ensure the continued safety and effectiveness of medical products. As such, medical device companies must consider a plethora of factors when designing and developing packaging, including human factors, sterility assurance, material characteristics and overall cost. Gathering as an industry provides packaging engineers an opportunity to hear innovative solutions for tackling the ongoing challenge of balancing cost and quality in packaging design and testing. The 6th and 7th Semi-Annual Medical Device Packaging Conferences will offer packaging engineers a comprehensive and interactive program through a series of case studies, panels and group discussions facilitated by industry, regulatory and end-user perspectives. Topics of greatest concern for medical device packaging teams will be addressed, including FDA’s expectations for documentation and audit preparation, hospital personnel insights on medical device storage, interpretations of ISO 11607 and effective distribution testing methods. Additionally, based on previous attendee feedback, the 2017 programs will feature a Materials Round-Up where participants will have the opportunity to learn about the latest technologies and materials available to advance medical device packaging. These sessions along with a workshop of nurses simulating the handling of medical devices in a hospital environment will provide attendees with a unique and invaluable experience. Topics to be Addressed Include: • Human factors in package design: blending the science of engineering with human predispositions • Tackling increasingly complex FDA audits by understanding documentation expectations • Clarifying ISO 11607 updates on “new equipment” and the need for revalidation • Ethylene Oxide sterilization: understanding proper materials for sterilization • Effectively using less packaging while maintaining sterility of device • Distribution testing: lessons on appropriate intensity of distribution testing • Innovative sterilization methods: methods that accelerate speed to market • Overview of new technology related to packaging materials • Last thousand feet: customer perspective of the handling of device packaging in hospital • Summary of updates to ASTM D4169 and what is on the horizon • Examining total cost of packaging process to identify strategies to drive down costs • Navigating methods to encourage sustainability with packaging manufactures and hospitals • Sample size validation: ensuring validation has a statistical rationale • Consumer packaging trends and forecasting for the future of medical device • Dissecting International regulations on the horizon for a variety or regions • Innovations in the packaging process: new ways of assembling and sealing devices • Sustainability and packaging: Understanding how to improve environmental impact 500 N. DEARBORN STREET, SUITE 500 CHICAGO, IL 60654 (P) 312.822.8100 (F) 312.602.3834 www.q1productions.com 6TH & 7TH SEMI-ANNUAL MEDICAL DEVICE PACKAGING APRIL 27-28, 2017 / ALEXANDRIA, VA JUNE 26-27, 2017 / SAN JOSE, CA PREVIOUS ATTENDEES INCLUDE: Packaging Engineer, 3M Assistant Packaging Engineer, ABBOT VASCULAR ATTENDEE PROFILE: Pancaking Engineer, ACELL Executives that will find this program of greatest relevance are those Director, Engineering, ACUMED currently working to maintain the corporate compliance & ethical Sr. Engineer to Project Engineer, ALLERGAN considerations of medical device and diagnostic corporations. Job titles of Senior Packaging Engineer, AMERICAN MEDICAL SYSTEMS those executives that will find this program to be most applicable to their job Senior Quality Engineer, APOLLO ENDOSURGERY functions include: Manager, Packaging Engineer, ARTHREX • Packaging Manager, Packaging Engineering, ARTHROCARE CORP • Global Packaging Chairperson, ASTM COMMITTEE • Packaging Engineer Director EHS and Sustainability, BAXTER • Strategic Packaging Packaging Engineer, BAUSCH & LOMB • Packaging Development Senior Manager, BECKMAN COULTER • Packaging Services Package Engineering Manager, BECTON DICKINSON Manager, Packaging Engineering, BOSTON SCIENTIFIC Asst. Professor, CALIFORNIA POLYTECHNIC UNIVERSITY Director, Packaging Engineering, CARDINAL HEALTH Manager of Packaging Engineering, CONMED-LINVATEC Sr. Packaging Engineer, CONVATEC Senior Packaging Engineer, COOPERVISION SPONSORSHIP OPPORTUNITIES: Packaging Engineering Manager, COVIDIEN Sr. Packaging Engineer, C.R. BARD At this time, there are a variety of sponsorship and exhibition opportunities Sr. Sterile Packaging Engineer, DEPUY SYNTHES available for companies wishing to increase their visibility and participation Senior Packaging Manager, DSM BIOMEDICAL in the program, ranging from keynote speaking opportunities through to Director of Packaging & Standards, DUPONT exhibitor and documentation sponsors. Organizations most suitable for this Packaging Engineer, ECOLAB type of exposure provide services and solutions including: Packaging Engineer, EDWARDS LIFESCIENCES • Regulatory Consultants Manufacturing Engineer Manager, ENDO THERAPEUTICS • Packaging Materials Sr. Manager, Document Control and Labeling, ENDOLOGIX • Package Design Firms Manager, Packaging and Labeling, ETHICON • Packaging Technology Packaging Development Engineer, EXACTECH • Sustainability Experts Director of Filling & Finishing, FUJIREBIO DIAGNOSTICS • Sterilization Services Biomedical Engineer, FDA OR Product Coordinator, GEORGE WASHINGTON HOSPITAL Global Packaging Manger, HALYARD HEALTH Packaging Engineering Manager, HEARTWARE, INC. ABOUT THE ORGANIZERS: Packaging Manager, HOLLISTER Q1 Productions designs and develops webinars, training courses, Associate Professor, HUMAN MEDICINE conference programs and forums aimed at specifically targeted audiences Manager, Packaging, INTEGRA LIFESCIENCES in order to provide strategic and timely information. Through a rigid Sr. Packaging Engineer, INTUITIVE SURGICAL production process focused on end-user research and design, our team is Director, Packaging Engineer, JOHNSON & JOHNSON able to understand the immediate business concerns of today’s leading Project Engineer, K2M executives. Whether focusing on new or pending legislative issues, Packaging Engineer 1, KIMBERLY CLARK HEALTHCARE enhanced business processes or technologies that will drive efficiency and Senior Packaging Engineer, LIFECELL CORP customer service, our programs provide solutions to the urgent needs of our Packaging Engineer Manager, MARQUET attendees. Packaging Engineer Manager, MEDTRONIC VP of Sterilization Operations, NOVOSCI CHICAGO Senior Packaging Engineer, OLYMPUS MEDICAL 500 N. Dearborn, Suite 500 Contract Sterilization Manager, REVOX STERILIZATION Chicago, IL 60654 AND MANY MORE! Phone: 312.822.8100 500 N. DEARBORN STREET, SUITE 500 CHICAGO, IL 60654 (P) 312.822.8100 (F) 312.602.3834 www.q1productions.com .
Load more

Recommended publications
  • Medical Device Packaging: Innovations in Design and Testing
    2nd Annual MEDICAL DEVICE PACKAGING: INNOVATIONS IN DESIGN AND TESTING APRIL 30 - MAY 1, 2015 | BETHESDA, MD Optimizing Medical Device Package Design through Incorporating End User Feedback, Leveraging Legacy Testing Studies & Identifying Innovative Materials, while Maintaining Validation & Verification Standards through Examining Test Methods to Satisfy Global Regulatory Expectations DISTINGUISHED PRESENTERS INCLUDE: Abhishek Gautam Daniel Burgess Dhuanne Dodrill Manager, Packaging Engineering Principal Packaging Engineer Chairman CONMED CORPORATION BOSTON SCIENTIFIC ASTM INTERNATIONAL COMMITTEE F02 Catherine Olson, MSN, RN Charlie Rivera Director, Institute for Quality, Safety and Corporate Packaging Operations Manager A.J. Gruber Injury Prevention CONMED CORPORATION Executive Vice President EMERGENCY NURSES ASSOCIATION ISTA Nora Crivello Philip Desjardins Vice President Dawn Fowler Counsel WESTPAK INC. Senior Manager, Labeling & ARNOLD & PORTER LLC Documentation Shirley Gibson ENDOLOGIX Michael H. Scholla, Ph.D. Associate Vice President of Nursing Global Director, Regulatory and VCU HEALTH SYSTEM Tomas Pla Standard Sr. Development Packaging Engineer DUPONT PACKAGING Paul Marshall EXACTECH Manager, Global Packaging Art Castronovo Technologies Jonathan Bull Dir. of Labeling and Packaging SMITH & NEPHEW Director Gas and Heat Sterilization Engineering JOHNSON & JOHNSON SMITHS MEDICAL Santosh Madival Sr. Packaging Engineer Rod Patch Rients Van Werven EDWARDS LIFESCIENCES Senior Director, Execution Excellence Manager GSG Package Development COE Packaging and Product Labeling Ron Valerio JOHNSON & JOHNSON ETHICON ENDO-SURGERY Sr. Manager Medical UFP TECHNOLOGIES Darian Flewellen Dawn Hamblett Development Engineer, Packaging OR Clinical Product Coordinator Maimunatu Mansaray EXACTECH GEORGE WASHINGTON Operating Room Nurse UNIVERSITY HOSPITAL HOWARD UNIVERSITY HOSPITAL Alison Tyler Director of Technology Katie Tran Ewald Heersema BEACON CONVERTERS, INC. Lab Supervisor Technical Business Manager WESTPAK ZOTEFOAMS INC Chetan Patadiya Sr.
    [Show full text]
  • Packaging Engineering at Rutgers
    Packaging Engineering at Rutgers ackaging engineers formulate and construct innova- tive packaging systems that increase functionality through the development of materials, design, evalu- Pation, manufacturing process, distribution, and sustainability components. They also address factors related to shelf life, tamper resistance, and quality. Packaging engineers collabo- Packaging Engineering Degrees rate with colleagues in research and development, manu- Offered and Curricular Options facturing, marketing, graphic design, and regulatory depart- ments to address technical and marketing challenges. % BS Applied Sciences in Engineering 10 0 Packaging Engineering Concentration The Rutgers Packaging Engineering program is the second EMPLOY- oldest in the nation and has the distinction of being the only MENT BS/MS Five-Year Dual Degree packaging program housed within an engineering school. PAST BS/MBA Five-Year Dual Degree 10 YEARS Student learning includes a multi-disciplinary curriculum MS drawing from the fields of chemical, industrial, materials, and mechanical engineering, as well as hands-on research, control testing, and product design with actual industry mate- rials, products, and lab equipment. The program opens doors to rewarding packaging careers in industries as diverse as consumer goods, cosmetics, food, and pharmaceuticals with Packaging Engineering a unique focus on innovation, efficiency, global marketability, Highlights and environmental sustainability. » Only US packaging program housed within “Packaging an engineering school. engineering has » Faculty members include senior execu- provided me with a tives from major beauty, consumer product, variety of learning pharmaceutical and food manufacturing and internship corporations. opportunities that » State-of-the-art laboratory facilities for 3D will help me reach design, modeling, and tool cutting software my full potential to create original product packaging.
    [Show full text]
  • Packaging Technology
    PACKAGING TECHNOLOGY KAZAKH NATIONAL AGRARIAN UNIVERSITY ALMATY, KAZAKHSTAN 19 - 30 OCT. 2015 by ROSNITA A. TALIB BSc (Food Sc & Tech), MSc. (Packaging Engineering) UPM PhD (Materials Engineering) Sheffield, UK. Department of Process and Food Engineering Faculty of Engineering 43400 UPM Serdang, Selangor Universiti Putra Malaysia Email: [email protected] Course Outcomes Students are able to : 1. To describe the functions, basic packaging design elements and concepts 2. To analyse various types of packaging materials for use on appropriate food 3. To differentiate standard test methods for packaging quality control 4. Describe various types of packaging equipment in food industry References/Textbooks 1. Soroka, W. (2009) Fundamentals of Packaging Technology. Naperville. Instituue of Packaging Professionals. 2. Klimchuk, M.R. and Krasovec, S.A. (2006) Packaging Design Successful Product Branding from Concept to Shelf. Hoboken. John Wileys & Sons 3. Morris, S.A. (2010). Food Packaging Engineering. Iowa: Blackwell Publishing Professional. 4. Robertson, G.L. (2006). Food Packaging - Principles and Practice (2nd Edition). Boca Raton: CRC Press. 5. Kelsey, R.J. (2004). Handbook of Package Engineering (4th Edition). Boca Raton: CRC Press. Package vs Packaging - Simple examples of package: boxes on the grocer's shelf and wrapper on a candy bar. - The crate around a machine or a bulk container for chemicals. - Generically, package is any containment form. - Package (noun) is an object. A physical form that is intended to contain, protect/preserve; aid in safe, efficient transport and distribution; and finally act to inform and motivate a purchase decision on the part of a consumer. Package vs Packaging Packaging is Packaging also - Packaging is a verb, reflecting the ever-changing nature of the The development and production of medium.
    [Show full text]
  • CONFERENCE PROGRAMME @Eubioplastics #Eubpconf2016
    CONFERENCE PROGRAMME @EUBioplastics #eubpconf2016 PLATINUM SPONSOR GOLD SPONSORS 29/30 November 2016 Steigenberger Hotel, Berlin SILVER SPONSOR Your contact: European Bioplastics Joanna Wilde hosted by Marienstraße 19/20 10117 Berlin +49 30 28482 358 [email protected] BRONZE SPONSORS 11th European Bioplastics Conference 29/30 November 2016, Berlin PROGRAMME - DAY 1 Thursday, 29 November 2016 08:00 Registration opens 09:00 Welcome address by the Chairman of the Board of European Bioplastics, François de Bie BIOPLASTICS POLICY – RETHINKING PLASTICS Chairperson: Joanna Dupont-Inglis, Director Industrial Biotechnology | EuropaBio 09:15 KEYNOTE PRESENTATION The potential of bioplastics in the course of the European Commission’s environment agenda Hugo-Maria Schally, Head of Unit ENV.B1 - Sustainable Production, Products & Consumption | European Commission DG Environment Mr Schally will address the need for a coherent policy approach to the bioeconomy. Against the background of the Commission’s Circular Economy Package and its main areas of ‘waste management‘, ‘biomass & bio-based products’ and ‘plastics’, Mr Schally will discuss the upcoming Plastics Strategy and the potential of reuse, recycling, and innovative products, to reduce greenhouse gas emissions and to prevent littering. 09:35 KEYNOTE PRESENTATION The European Commission’s R&D agenda for a Circular Bioeconomy Waldemar Kütt, Head of Unit Bio-based Products and Processing | European Commission DG Research & Innovation The bio-economy is a central part of a circular economy as it uses renewable and recyclable biological materials, including waste, and CO2. Bio-based products can replace fossil based products in a large number of industrial sectors, such as the energy, const- ruction, and chemicals sector.
    [Show full text]
  • PACKAGING (Originalmente Publicado MDDI Octubre 2005 )
    EL COSTO DE LA INTEGRIDAD DEL PACKAGING (Originalmente Publicado MDDI Octubre 2005 ) PACKAGING Medical device manufacturers often struggle to satisfy packaging requirements. However, examining five key issues can help them avoid potential pitfalls. By Michael B. Foster Many medical device manufacturers struggle to satisfy and maintain package integrity requirements while remaining cost-efficient. Such companies can save themselves time, money, and unnecessary headaches by examining key issues prior to developing their packaging. Although manufacturers may still come upon engineering and logistical problems along the way, these issues will more than likely be relatively small and manageable. In the long run, those firms that address the potential pitfalls discussed in this article will be well positioned to meet package integrity requirements. In a perfect world, every medical device manufacturer would have an engineer on staff with specialized knowledge about package design and all that it entails (e.g., package types, proper materials for specific situations, and validation testing). But in many cases, the task of designing a medical device's packaging is delegated to an engineer who is not familiar with packaging engineering and design. Considering that many medical device manufacturers are currently experiencing a shortage (or even absence) of qualified personnel, they can take major steps toward avoiding headaches while remaining within their budgets by addressing the following five issues: • Does the initial design of the packaging satisfy the needs of the specific device? • Is the packaging material the best one for the product? • Is the sample size sufficient to ensure adequate testing results? • Can the testing decisions be sufficiently justified to the necessary government organization? • Are the same testing parameters applied every time the same test is performed? In reality, a few of these questions are rhetorical, and as such, the answer is unfortunately often a no.
    [Show full text]
  • Discussion on the Control Technology in the Design of Packaging Machinery
    Advances in Social Science, Education and Humanities Research (ASSEHR), volume 206 2018 International Conference on Advances in Social Sciences and Sustainable Development (ASSSD 2018) Discussion on the Control Technology in the Design of Packaging Machinery Gang Qiao 1School of Mechanical Engineering, Zhengzhou University of Industrial And Technology, 451100, China [email protected] Keywords: Packaging Machinery; Design; Control Technology Abstract: With the rapid development of China's economy, the number of enterprises in all walks of life is increasing.No matter food, daily necessities or large electrical appliances, any items should be packaged before they get out of the factory. Products of different quality and nature have different requirements for packaging. Some goods of special nature may require strict preservation of the environment. It is precisely because of the wide need for packaging, packaging has become a separate industry, and now its position is becoming more and more important in product chains. Good packaging can protect the goods from damage in the transportation and storage process, to avoid unnecessary economic losses. Packaging machinery plays an important role in the packaging process. The core content of packaging machinery, control technology, which is directly related to the quality of packaging, is fully discussed and studied in this paper. Preface Packaging machinery is an indispensable part of the packaging industry. The quality of packaging machinery is a very important factor which affects the quality of packaging and the efficiency of the factory production. The development of China's packaging industry is more backward than that in the West. The existing packaging technology and packaging machinery can not fully meet the requirements of the market for the types, quality, performance and number of packaging.
    [Show full text]
  • Career and Technical Education Teaching Certificate Agribusiness
    Career and Technical Education Teaching Certificate Food Processing Technology Certificate #2513 Self-Evaluation Guide Career and Technical Education Teaching Certificate Self-Evaluation Guide Food Processing Technology Certificate #2513 Prepared by the New Jersey Department of Education Contents Section I: Introduction and Overview of the Application Process .................................................. 1 Section II: Authorization to Teach .................................................................................................... 2 Section III: General Requirements for all Applicants...................................................................... 2 Section IV: Specific Requirements for this Certificate..................................................................... 3 Part A: Required State-Issued Occupational License or Credential ............................................. 3 Part B: Requirements for Using a College Degree ....................................................................... 3 Option 1: Requirements for using a bachelor’s degree or higher ........................................... 4 Option 2: Requirements for using an associate’s degree ........................................................ 4 Part C: Requirements for Using Employment Experience ........................................................... 5 Part D: Requirements for Using Self-Employment Experience ................................................... 6 Part E: Other Credentials .............................................................................................................
    [Show full text]
  • Education Brochure
    AIP EDUCATION & TRAINING ARE YOU INTERESTED IN FORMAL PACKAGING TRAINING FOR YOU AND YOUR STAFF? IS PROFESSIONAL AND PERSONAL DEVELOPMENT IMPORTANT TO YOU? BUILD YOUR PACKAGING CAREER ON FIRM FOUNDATIONS WITH THE AIP BECOME A CERTIFIED PACKAGING PROFESSIONAL© AIP: PEAK PROFESSIONAL BODY FOR PACKAGING EDUCATION & TRAINING IN AUSTRALASIA AIP MISSION STATEMENT • To serve as an independent professional body of packaging specialists. • To promote professional standards of competency through education and training. • To advance and promote the standing of packaging specialists as a profession. • To serve and establish the confidence of the community in the packaging profession. • To aim towards professional qualifications for all Members. • To uphold professional integrity and ethics within the profession of packaging. • To influence regional and global packaging communities. AIP EDUCATION & TRAINING WHAT IS THE AUSTRALIAN INSTITUTE OF PACKAGING? The Australian Institute of Packaging (AIP) is the peak professional body for packaging education and training in Australasia; helping to shape the careers of generations of packaging professionals - from packaging technologists to international packaging business leaders along with a host of people in associated disciplines - sales and marketing, purchasing, production and environment. The AIP was founded in 1963 in response to a need for packaging technologists to interact and provide a professional identity for individuals within the packaging industry. Having served the industry for over 56 years the AIP is the only professional body designed to provide professional and personal development to all levels of the packaging industry; educational offerings include the Diploma in Packaging Technology, the Certificate in Packaging, the Master in Food & Packaging Innovation, Certified Packaging Professional (CPP) Designation, Fundamentals of Packaging Technology course, training courses, conferences, technical forums, site visits, Influential Women’s Mentoring program, internship program and more.
    [Show full text]
  • Medical Device Packaging May 14-15, 2019 | Chicago, Il
    SPONSORSHIP OVERVIEW 9TH ANNUAL MEDICAL DEVICE PACKAGING MAY 14-15, 2019 | CHICAGO, IL Ensuring the Creation of Compliant Product Packaging Design through the Utilization of Robust Testing Methods, Comprehension of the Impact of ISO 11607 450 and EU MDR Regulations, and the Incorporation of User Feedback in Package Development PROGRAM OVERVIEW: Over 450 executives have participated in As medical devices have become increasingly complex, the intricacies of the annual Q1 Medical Device Packaging creating secure and compliant packaging has concurrently progressed conference, providing educational in order to ensure that the device is not only protected from external development, skills training and contaminants, but secures the devices overall quality while in the supply knowledge share for medical device chain. This can be a hurdle for packaging engineers since inclusive packaging engineers and executives. and effective packaging does not always equate an easy to open package, additionally, recent updates to ISO 11607 and the EU MDR present complex testing and operational challenges for medical device packaging engineers. Packaging engineers seek innovative packing materials and out-of-the-box solutions to reduce cost and the amount of packaging, while also ensuring the safety of a medical device. Building on conference knowledge share and success of this annual conference, the 2019 program will showcase industry experts within packaging operations, who as presenters will share experiences and knowledge that UNPARALLELED NETWORKING will be of great benefit to all attending delegates. Industry leaders will The program provides a matchless venue address a range of topics from highlighting sample size considerations, for industry peers to gather, exchange case studies showcasing best practices in a variety of different testing ideas and connect.
    [Show full text]
  • October 2015 Newsletter
    Volume 60 Volume ▲ Number 2 To be held at the Troy Marriott, Troy MI Visit our TPO Website to Register and find more details (http://www.auto-tpo.com) Use our TPO2015 Guide on your computer, smartphone, and tablet to review the complete agenda cross-linked with the speakers listing (htpps://goo.gl/6FP1ma) SPE Detroit Sec4on CHAPTER” DETROIT SECTION - SOCIETY OF PLASTICS ENGINEERS “THE CHARTER Technical Dinner SPE Detroit Mee4ng Section “Plas4cs Engineering Technology at Ferris State University” Monday, October Technical 26, 2015 Dinner Meeting “Plastics5:00 – Engineering 8:00 pm Technology at Ferris State University” Monday, October 26, 2015 5:00 – 8:00 pm Visit the Detroit Section website for details (http://www.spedetroit.org) In this issue: A Review of the Detroit Section Technical Dinner Meeting at Kettering University September 14, 2015 Proudly sponsored by October 2015 President’s Message Dr. Adrian Merrington Midland Compounding and Consulting President And Then Something really is too long to include here but a smattering of what we do is included on Magical Happens….. our website: spedetroit.org. If you’re reading this message then you’re And as we’re talking about the website, probably somehow involved with the let’s start with our Communications Detroit Section of the Society of Plastics Committee. Irv Poston leads a committed Engineers. And being involved with SPE team of webmasters (Marc Bahm), Detroit, you might wonder how events newsletter editors (Eve Vitale) and or even this newsletter come together. those who post on social media sites SPE Detroit runs on the strength of its (I get involved here) which helps get volunteer base.
    [Show full text]
  • Does a Wine Packaging Influence the Consumer? Empirical Analysis on Habits and Preferences of Millennials
    Master’s Degree in Innovation and Marketing Final Thesis Does a wine packaging influence the Consumer? Empirical analysis on habits and preferences of Millennials Supervisor Ch. Prof. Christine Mauracher Graduand Giorgia Cescon Matricolation number 853419 Academic Year 2018 / 2019 INDEX Introduction I CHAPTER Consumer And Packaging 1.1 Consumer Behaviour, Food Consumer and Millennials p. 1 1.1.1 The segmentation p. 15 1.1.2 The Millennials p. 17 1.2 Packaging and Wine Packaging p. 21 II CHAPTER Empirical Analysis 2.1 Aim of the study p. 44 2.2 Objectives of the study p. 45 2.3 Research questions p. 45 2.4 Study design p. 46 2.5 Methods used p. 47 2.6 Results p. 48 Conclusions p. 83 Bibliography p. 89 Sitography p. 97 INTRODUCTION The market is constantly evolving and, in the same way, consumer preferences are. Being able to keep up with trends, social changes and new innovations in the market is a continuous challenge for every type of organization. In addition to this difficulty, companies must look out every day with the possibility that a competitor or more may have convinced a potential buyer with their product, rather than that of their own business. In this way, the company's product can be forgotten, outclassed or replaced by those of other companies, making it difficult for the business to survive. It is therefore the task of the marketing to make sure that the corporate strategies are in line with the objectives and the economic context in which the companies want to look: by paying the main attention to the needs and values of the customer, the company is able to offer products that are valued, appreciated and bought by people, who can grow loyalty to a particular brand rather than another.
    [Show full text]
  • Packaging Failure: Discovery, Investigation & Resolution
    CASE STUDY Packaging Failure: Discovery, Investigation & Resolution Ryan Erickson Vice President – Packaging Engineering Packaging Compliance Labs CUSTOMER CHALLENGE The product that came to the lab for testing was a surgical kit, wrapped in CSR wrap, with a header bag serving as the sterile barrier with fi ve sterile barrier systems placed directly into a box. There were no cartons, dividers or other protection provided. This is a relatively large and bulky product packaging system with a nominal box weight of approximately 15 lbs. Initial integrity testing showed a high failure rate of approximately 50%, presenting as pinholes in the corners of the header bag. Time was of the essence to gain necessary approvals and meet project parameters. View of sterile barriers inside the box Closeup view, example of pinholes in corner of bags INVESTIGATION Our team conducted an initial visual observation of the pinholes for characterization and to determine potential causes. Our immediate takeaways: The pinholes were consistent with one another—it was clear that we were dealing with one failure mode, not multiple failure modes. There were no obvious sources of puncture, whether from the outside in or the inside out. The bag material became “bunched up” in the corners of the bags when loaded into the box. In other words, there was excess or loose bag material with nowhere to go, making it crinkled and creased when the bags were loaded. Next, we performed a series of microscope imaging captures to yield new information. Starting from high magnifi cation and incrementally backing out, microscope analysis corroborated our initial visual assessment that puncture was not to blame.
    [Show full text]