Printing Guidelines
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COMMERCIAL PRINTING GUIDE a Guide to Color Reproduction and Print Quality for The
COMMERCIAL PRINTING GUIDE A guide to color reproduction and print quality for the GENERAL INFORMATION The Jackson Hole News&Guide strongly suggests that a high-end page layout program be used for file creation. These include, but are not limited to, Quark XPress and Adobe InDesign. These programs allow vector & raster elements to be used, and each to be recognized, by the systems used, including RIPS and preflight software. Creating files completely in raster applications such as Photoshop, may result in vector elements being downsampled by one of the processes used. The Jackson Hole News&Guide, as is customarily the case with newspapers, does not have true bleed pages (Double Truck pages do use ‘gutter’ space, so an exception to this rule). The dimensions given will always be for the ‘live’ area. PDFs are the preferred file format. The preferred job option setting Press Quality. DOT GAIN/LOSS DOT GAIN The Jackson Hole News&Guide is in line with the industry standards regarding dot gain for offset printing. This is not a linear increase and may vary from 20% to 30% depending on tonal range. The important items to remember are: 1) Images will generally print darker than what you see on the monitor. 2) B/W gain will be limited to Black, while process color images gain on all 4 colors. 3) Shadow detail will generally be lost. 4) Dot gain from ‘unwanted’ colors will change the hue of a color. Unwanted colors are those colors not used to create the primary color wanted; for example, cyan is the unwanted color in red, magenta is the unwanted color in yellow, etc. -
History and Treatment of Works in Iron Gall Ink September 10-14, 2001, 9:30-5:30 Daily Museum Support Center Smithsonian Center for Materials Research and Education
2001 RELACT Series The History and Treatment of Works in Iron Gall Ink September 10-14, 2001, 9:30-5:30 daily Museum Support Center Smithsonian Center for Materials Research and Education Instructors: Birgit Reibland, Han Neevel, Julie Biggs, Margaret Cowan Additional Lecturers: Jacque Olin, Elissa O'Loughlin, Rachel-Ray Cleveland, Linda Stiber Morenus, Heather Wanser, Abigail Quandt, Christine Smith, Maria Beydenski, Season Tse, Elmer Eusman, Scott Homolka This 3-day course (offered twice in one week for 2 separate groups of participants) focuses on one of the most corrosive media problems found on documents and works of art on paper. The 2-day workshop and 1 interim day of lectures cover the production of inks from historic recipes; historic drawing and writing techniques; identification, examination and classification of deterioration; and the execution of treatment options, including the use of calcium phytate solution. The interim day of lectures will feature local and international conservators' research into the history and treatment of works with iron gall ink. The course represents the first time iron gall ink has been the primary focus of an international gathering in the United States. Registration deadline for the full course is July 1 or until the course is filled with qualified applicants; for the interim day of lectures only, participants have until August 29 to register. Limit for Interim Day of Lectures: 30 Lunch and handouts provided Cost: $ 75.00 Registration deadline August 29 The 3-day course is fully enrolled. Places still remain for the Interim Day of Lectures. Please contact Mary Studt, [email protected] or 301-238-3700 x149 for further information and application materials. -
Preserving Your Memories Enjoy Your Favourite Photos Every Day with These Three Crafty Framing Projects
Handmade Preserving your memories Enjoy your favourite photos every day with these three crafty framing projects. Words and styling Sarah Heeringa. Photography Amanda Reelick Photographs top left, centre and bottom middle by Sarah Heeringa Opposite page: Project #1: Hanging photo wall A simple and cost-effective photo display, ideal for when you cannot make multiple holes in the walls. This page, bottom left: Attach your hanging photo wall strings using a large, flat surface. Clockwise from middle right: Project #3: Photo gallery Use accent colours on selected frames; use paper templates when hanging photos; seal frames using picture framing tape. Top left, middle and main image: Project #2: Upcycle an old frame Dissasemble old frames to paint and re-assemble. 74 75 Handmade PROJECT #1 PROJECT #2 PROJECT #3 Hanging Upcycling Composing a photo wall an old frame photo gallery You need: You need: You need: · up to 20 square photographs (all 10cm x · a photograph · a second-hand picture frame · coordinated photo frames · dark thread 10cm) · white card, medium thickness, cut that includes an outer frame, firm backing · Blu-Tack · spirit level · roll of newsprint, into squares (8cm x 8cm) · white string · board and a mat or mounting board · glazier brown paper or newspaper · hammer and spray adhesive or glue stick · scissors and points or tiny nails · masking tape · wide nails · picture hanging hooks or adhesive ruler · A branch or length of bamboo brown picture framing tape · small pliers hanging strips · step-ladder or stool (paint white if you wish) · 1 metre of nylon line · hammer · nylon line · D-ring or small screws · small stones (optional) · Blu-Tack · small paintbrush · dropcloth · Resene Step 1: Pick photos Summer is great for Enamacryl enamel for the frame (I used taking photos, but how many of our images Step 1: Prepare and print images Resene Breathless) and Resene SpaceCote from this season or years past lie dormant on Adjust the photographs before printing to Flat for the mat (I used Resene Black White). -
Matting and Framing
Matting and Framing Ford Conservation Center 2017 Basics of Matting and Framing Matting and framing is used to display, store, and safeguard works of art of pa- per, archives, and family documents. Proper matting and framing can help to protect these items from deterioration due to changing relative humidity, light exposure, handling, and other sources of damage. The following information is intended to explain the basics of mat- ting, framing, and hanging art or other paper-based items. Consult a conserva- tor for specific questions. See a framer you trust for help with your matting and framing needs. Inside this issue: M a t t i n g Matting 1 Matting, matboard, or mat (all used window mat held together with a Hinging 2 interchangeably) is flat, paper- strip of linen tape. The object is at- based material used to separate art tached to the back mat with hinges Adhesives 2 from a frame. Matboard is used to made of special Japanese tissue securely house works on paper. paper. Hinging is preferred over Framing 3 Matboard comes in various sizes, commercial tapes because it allows colors, weights and types of materi- for easy removal of the object with Hanging 4 al. minimal use of adhesive. The win- dow mat construction allows the A mat for an object is a series of Consulting a Conser- 5 object to be seen while protecting vator pieces constructed to protect the it from handling while the back Additional Resources 5 object. It includes a back mat and mat provides structural support for Matting and Framing the object. -
Sizes and Specifications
Sizes and Specifications Newsprint display sizes & specs ................................2 Newsprint reproduction tips ......................................3 Book of Lists sizes & specs ........................................5 How to submit print ads .............................................6 Online and email advertising ......................................7 Questions? Contact [email protected] Newsprint display advertising sizes Pacific Business News is an untrimmed, cold-set, tabloid newspaper on newsprint that measures approximately 10.5 inches wide x 14 inches tall. 1/2 Vertical 4.5 x 12.5 2 Page Spread Full Island 3/8 Horizontal 3/8 Vertical 19.75 x 12.5 9.25 x 12.5 6.875 x 12.5 6.875 x 6.125 4.5 x 9.325 1/2 Horizontal 9.25 x 6.125 L or Reverse L Triangle Triangle Centerpiece Towers: 2.125 x 11.85 Middle Right 1/4 Vertical 1/4 Strip U-Shape Bottom Strip: 9.25 x 0.85 9.25 x 6.125 6.875 x 8.5 2.125 x 12.5 9.25 x 2.9375 Towers: 2.125 x 11.85 Bottom Strip: 19.75 x 0.85 1/8 Horizontal 1/8 Vertical Centerpiece Towers 4.5 x 2.9375 2.125 x 6.125 2.125 x 11.85 Centerstrip 1/4 Square 1/8 Strip 19.75 x 2.9375 4.5 x 6.125 9.25 x 1.35 PAGE 2 OF 7 PACIFIC BUSINESS NEWS » 2017 SIZES AND SPECIFICATIONS Requirements for newsprint display ads Specifications for submitting your documents for print Camera-ready files • Ads must be submitted as PDF/X-1a files • Files must be prepared in a layout program such as InDesign. -
The Color Episode
Ask Gamblin - The Color Episode Antrese: Robert and Scott, thank you so much for being on the show. Robert Gamblin: It's great to be here. Thanks for having us back, Antrese. Scott Gellatly: Great to be here. Absolutely. Antrese: I'm super excited to have you guys on to answer these questions about color. And our first one is from James, and James has heard that modern oil paints actually have too much pigment as compared to traditional historic pigments. What are your thoughts on this? Robert Gamblin: Antrese, I love this question. I'm really glad that James brought it up. It gives us a chance at the beginning of this conversation to sort of put everything into kind of a historical perspective. It's true. The formula of today's colors have more pigment in them than at any time in the history of oil painting. That's true. Now the formula for the colors of today and the colors from historical periods. Both of those reflect what is expected of them. Now 200 years ago, or more, color was made and used in very close proximity. Perhaps it was made and used in the same room. The color was made to the texture that it was going to be used at. Robert Gamblin: So there was no need to make that paint any stiffer than the, very smooth painting that was done at that time paints were paintings were generally thinner than they are today. Multiple layers, those layers with very thin. And so the paint was made exactly to how the painter was going was going to use them. -
Blick Art Materials
® BACK TO SCHOOL FREE SHIPPING up to on orders of $49 or more. % See page 55 for details. 65off new ™ ENTER OUR 2ND ANNUAL Mixed Media Contest plus — ENTER TO WIN Mixing Colors $500 IN ART SUPPLIES! as low as See inside back $ 83 cover for details. 10 half gallon See page 3. DickBlick.com 800.447.8192 w w ™ Look what's for the classroom! Try the new Mixing Colors! paints Great for Teaching Color Theory See page 18 for more Blick canvas. NEW! See page 41 for Blickrylic AS LOW AS more Gelli Arts Plates. Customer-Rated $10.83 HALF GALLON NEW! save up to save Primary Red 30% Primary Yellow 50% NEW! Primary Blue Blick® Super Value Canvas Packs Gelli Arts™ Gel Printing Plate Class Pack No one does super value like Blick! Our new canvas packs are easy on Ideal for classrooms, these revolutionary printing plates look and feel classroom budgets and come in popular sizes. They feature pure cotton like a gelatin monoprinting plate — yet they're durable, reusable, and ™ ™ duck canvas stretched on a 5/8" profile kiln-dried wood frame. Pre- store at room temperature. Flexible and easy to use, they're always ready Blickrylic Mediums Blickrylic Student Acrylics primed with three coats of acid-free acrylic gesso, they're ready to paint! for printing and clean up with soap-and-water, gel hand sanitizer, or Blickrylic Mediums are non-toxic and can be mixed Blickrylic is true acrylic paint, priced for the budget-minded. Because it's extremely NUMBER SIZE REG SALE 10/EA baby wipes. -
Augusta Newsprint: Paper Mill Pursues Five Projects Following Plant-Wide Energy Efficiency Assessment
Forest Products BestPractices Plant-Wide Assessment Case Study Industrial Technologies Program—Boosting the productivity and competitiveness of U.S. industry through improvements in energy and environmental performance Augusta Newsprint: Paper Mill Pursues Five Projects Following Plant-Wide Energy Efficiency Assessment BENEFITS Summary • Saves an estimated 11,000 MWh of Augusta Newsprint undertook a plant-wide energy efficiency assessment of its Augusta, electricity annually Georgia, plant in the spring and summer of 2001. The objectives of the assessment were to • Saves an estimated $1.6 million identify systems and operations that were good candidates for energy-efficiency improvements, annually from energy reduction and then ascertain specific energy saving projects. The assessment team identified the thermo- other improvements mechanical pulp (TMP) mill, the recycled newsprint plant (RNP), and the No. 1 and No. 2 • Improves system efficiency and paper machines area as the systems and operations on which to focus. The project evaluation reliability process was unique for two reasons, (1) much of the steam is a by-product of the TMP process and, because it is essentially “free,” it precludes opportunities for steam conservation • Produces a more consistent product initiatives; and (2) the company is reportedly Georgia’s largest electricity customer and • Project paybacks range from consequently has very favorable rates. 4.3 to 21.4 months Despite these perceived disincentives, the company found strong economic justification for five projects that would reduce electricity consumption. Four of the five projects, when complete, will save the company 11,000 MWh of electrical energy each year ($369,000 per year). The APPLICATION remaining project will produce more than $300,000 each year in the sale of a process The Augusta Newsprint plant-wide byproduct (turpentine). -
Preparing and Creating an Artwork Packaging File Oona Casalegno 25.9.2019
Preparing and creating an artwork packaging file Oona Casalegno 25.9.2019 @LAMKfi Artwork creation • Understanding the basics of printing methods is the basis of the packaging artwork design Source: https://pxhere.com/en/photo/127132 Structural design • Understanding the basics of materials, structures, production methods and logistics is the basis of the structural development of packaging Source: https://pxhere.com/en/photo/1449019 Printing methods • Choosing the right printing method is in relation to targeted quality, material and volume • Printing method (and prinitng house) affects on what kind of design is suitable for the packaging artwork Source: http://www.aivan.fi/portfolio/premium-packaging-range-for-fiskars/ Process colours • CMYK is a common colour system used for printing • C = Cyan • M = Magenta • Y = Yellow • K = Black (Key colour) CMYK Source: https://i.pinimg.com/originals/ed/29/45/ed294592d68d016dd9aa202cde3b4509.jpg Spot colours • Spot colours are solid colours • They are mixed according to a unique ink mixing formula • Most common spot colour system is Panthone matching system (PMS) Source: Wikipedia Same colours in different systems Black • The most important colour for printing • 200% TAC (Total Ink Coverage) is app. limit of the colour amount • If too much ink is used on poor quality paper this may cause the paper to fall apart. • Excessive amounts of ink may not have a chance to fully dry before the printed result • Use 0,0,0,100 black for texts Source: Wikipedia Photoshop black • C86 M85 Y79 K100 (default of -
Deinking of Newsprint by Flotation Method
DEINKING OF NEWSPRINT BY FLOTATION METHOD Bimo Ariadi, B.Sc. (Hons.) , A thesis submitted in fulfilment of the requirements for the degree of Master of Science at the University of Tasmania Department of Chemistry University of Tasmania July, 1995 1 - 3 Rotation removes particles that are too small to be removed by screens and cleaners and yet are too big to be removed by washing. Washing is most efficient at removing the smallest particles of ink. The optimum size range for the different techniques is illustrated in Figure 1.1. Figure 1.1. Optimum particle-size range for the various techniques in ink separation (after Shrinath et. al. [9]) 1.2.2.1. Washing and flotation In contrast to screening and cleaning, which are merely physical separation processes, washing and flotation operations require chemicals to help them perform efficiently. Although washing and flotation are both carried out to remove ink particles, their operating principles are entirely different. Washing systems are most efficient at removing ink particles smaller than 104m, while flotation works best at removing particles in the 10-1004m range. Furthermore, the washing process requires ink particles to remain in the aqueous phase so that they can be removed along with the Deinking of Newsprint: An Overview DEINKING OF NEWSPRINT BY FLOTATION METHOD Bimo Ariadi, B.Sc. (Hons.) A thesis submitted in fulfilment of the requirements for the degree of Master of Science at the University of Tasmania Department of Chemistry University of Tasmania July, 1995 This thesis contains no material which has been accepted for the award of any other higher degree in any tertiary institution. -
Book Preservation Technologies (Part 3 Of
Introduction PURPOSE OF THIS STUDY Millions of books at the Library of Congress and other libraries around the world are deteriorating. What Is The Library of Congress? Many books published since the mid- 1800s are cur- ● The largest center for information storage in the rently, or will soon become, too fragile to handle. world. The paper these books are written on becomes brittle ● Collections include 19 million volumes and 58 over time and crumbles. The primary cause of this million pieces of stored data on phonograph deterioration is acid. Chemicals used in the manu- records, motion picture reels, computer tapes, facture of paper from wood pulp, which stay in the manuscripts, maps, prints, and photographs. paper, convert to a variety of acids and slowly de- ● Three Canons of Selection established in the stroy the strength of the paper’s fibers over time. 1940s to define the collections: —materials necessary to the Congress and to Other factors such as oxidation, varying or extreme the U.S. Government officers in performance temperature and humidity, exposure to light, air of their duties; pollutants in storage areas, and the amount of use —materials that express and record the life and also contribute to the destruction of the books. achievements of the people of the United States; and The Library of Congress has been working to —records of other societies and peoples, espe- solve the problem of acid paper in books since the cially those of most immediate concern to the early 1970s, developing a mass deacidification proc- people of the United States. ess that would inhibit the deterioration of book pa- ● Less than 25 percent of the collection is in per. -
Changes in Print Paper During the 19Th Century
Purdue University Purdue e-Pubs Charleston Library Conference Changes in Print Paper During the 19th Century AJ Valente Paper Antiquities, [email protected] Follow this and additional works at: https://docs.lib.purdue.edu/charleston An indexed, print copy of the Proceedings is also available for purchase at: http://www.thepress.purdue.edu/series/charleston. You may also be interested in the new series, Charleston Insights in Library, Archival, and Information Sciences. Find out more at: http://www.thepress.purdue.edu/series/charleston-insights-library-archival- and-information-sciences. AJ Valente, "Changes in Print Paper During the 19th Century" (2010). Proceedings of the Charleston Library Conference. http://dx.doi.org/10.5703/1288284314836 This document has been made available through Purdue e-Pubs, a service of the Purdue University Libraries. Please contact [email protected] for additional information. CHANGES IN PRINT PAPER DURING THE 19TH CENTURY AJ Valente, ([email protected]), President, Paper Antiquities When the first paper mill in America, the Rittenhouse Mill, was built, Western European nations and city-states had been making paper from linen rags for nearly five hundred years. In a poem written about the Rittenhouse Mill in 1696 by John Holme it is said, “Kind friend, when they old shift is rent, Let it to the paper mill be sent.” Today we look back and can’t remember a time when paper wasn’t made from wood-pulp. Seems that somewhere along the way everything changed, and in that respect the 19th Century holds a unique place in history. The basic kinds of paper made during the 1800s were rag, straw, manila, and wood pulp.