The document summarizes the results of a printing standardization trial using Staccato-10 micron dot screening. Key findings include:
1) Analysis using Kodak's ColorFlow analyzer showed dot gains were fairly consistent for all colors, within target ranges. Some overprints like MY showed larger differences than targets set by a 175lpi print.
2) Measurements of solid ink densities, dot gains, trap densities and color differences of patches were mostly within acceptable ranges for the high-definition printing method, though a few colors like apparent trap densities were slightly lower than expected.
3) Overall, the vast majority (91.9%) of color differences between printed patches and targets were below a
Iarigai lanat communication on visual perception and colour management montre...Luc LANAT
This document summarizes several studies on visual perception of paper whiteness and colour management for commercial printing papers. It finds that whiteness measurements better match visual perception compared to brightness. Colour gamut calculations should integrate paper data to avoid colour shifts versus targets. Printing trials show colour gamut is similar for papers that differ only in brightness at full tones, but there is a 5 unit shift in b* axis at 40% tone. Overall, the document aims to clarify misunderstandings in communication between paper and printing industries and contribute to standardization.
This document summarizes the results of a printing standardization trial conducted by Dr. Shimizu to analyze high-definition printing using 10-micron Staccato dots. Analysis was performed using Kodak's ColorFlow analyzer and focused on color matching for different standards and proofs, as well as between different presses. The trial found average color differences of 3.3 with some areas needing adjustment to improve trapping values and gamut. Dr. Shimizu concluded continuous quality analysis is important to empower quality experts and ensure assistance from Japanese suppliers supports high printing quality.
The document summarizes the Surface Imaging Initiative at Philadelphia University. It describes the establishment of the Center for Excellence in Surface Imaging and the new MS in Surface Imaging program. The center and program take a transdisciplinary approach to surface imaging, integrating design, printing technology, materials science, and business. The center has various state-of-the-art printing facilities and will conduct applied research. The MS program will prepare students for careers in the growing surface imaging industry through a 30-credit curriculum combining design, engineering, and business courses. The program and center will work closely with industry partners.
From about the middle of last year, the consensus seemed to be that inkjet had finally attained the same quality as offset lithography or flexography. How has that consensus been reached when the areas that inkjet still finds difficult are things like large regions of mid-tone tints? You simply don’t see press vendors, or buyers, making such comparisons. Inkjet problem areas are mostly caused by non-uniformity at both the microscopic and macroscopic levels. Martin Bailey explores how these spatial variations can be remedied and discusses an emerging ISO Technical Specification (ISO TS 18621-21) that is designed to objectively characterise some of these types of variation.
Building an Inkjet Display Panel Printer with High PrecisionMeteor Inkjet Ltd
The document summarizes Meteor Electronics' capabilities for building an inkjet display panel printer with high precision. Key points include:
- Meteor offers modular printer architecture, production-ready printhead drivers, software, and tools to optimize waveforms, fluids, substrates for accurate drop placement.
- Parameters like drop size, velocity, placement accuracy are critical for display quality. Meteor helps optimize the printhead, waveform, fluid, and substrate system.
- Meteor provides drop observation equipment, waveform development services, and reliability testing to help customers develop inkjet processes for displays.
This document provides a quality surface characterization report for an ABS plastic sample. Key results include:
1) Significant improvements in gloss value and surface finish were observed using Roctool technology compared to conventional injection molding.
2) Roctool technology allowed for a darker color with perfect surface finish, while conventional processing impacted color perception.
3) Texture replication and roughness measurements showed Roctool improved replication rates by up to 98% and roughness by over 100%, highlighting its positive effect.
This document discusses standardization in offset printing workflows using Prinect Color Solutions. It describes how Prinect products like the Prinect CP2000 Center, Prinect Image Control, Quality Monitor, Calibration Manager, and PrintOpen support standardization by allowing users to create and work with standards or reference values for printing processes. Standards help ensure consistent and repeatable quality across jobs and locations by establishing common protocols and tolerances for color output.
The document discusses ensuring consistent color output in grand format printing through proper printer calibration. It recommends using a color measurement device and software to calibrate the printer and compensate for any color deviations. Tips are provided for measuring calibration charts for grand format printers, such as using larger patch sizes than typical charts due to the lower resolution of grand format printing. Maintaining consistent calibration is important for matching jobs previously printed.
Iarigai lanat communication on visual perception and colour management montre...Luc LANAT
This document summarizes several studies on visual perception of paper whiteness and colour management for commercial printing papers. It finds that whiteness measurements better match visual perception compared to brightness. Colour gamut calculations should integrate paper data to avoid colour shifts versus targets. Printing trials show colour gamut is similar for papers that differ only in brightness at full tones, but there is a 5 unit shift in b* axis at 40% tone. Overall, the document aims to clarify misunderstandings in communication between paper and printing industries and contribute to standardization.
This document summarizes the results of a printing standardization trial conducted by Dr. Shimizu to analyze high-definition printing using 10-micron Staccato dots. Analysis was performed using Kodak's ColorFlow analyzer and focused on color matching for different standards and proofs, as well as between different presses. The trial found average color differences of 3.3 with some areas needing adjustment to improve trapping values and gamut. Dr. Shimizu concluded continuous quality analysis is important to empower quality experts and ensure assistance from Japanese suppliers supports high printing quality.
The document summarizes the Surface Imaging Initiative at Philadelphia University. It describes the establishment of the Center for Excellence in Surface Imaging and the new MS in Surface Imaging program. The center and program take a transdisciplinary approach to surface imaging, integrating design, printing technology, materials science, and business. The center has various state-of-the-art printing facilities and will conduct applied research. The MS program will prepare students for careers in the growing surface imaging industry through a 30-credit curriculum combining design, engineering, and business courses. The program and center will work closely with industry partners.
From about the middle of last year, the consensus seemed to be that inkjet had finally attained the same quality as offset lithography or flexography. How has that consensus been reached when the areas that inkjet still finds difficult are things like large regions of mid-tone tints? You simply don’t see press vendors, or buyers, making such comparisons. Inkjet problem areas are mostly caused by non-uniformity at both the microscopic and macroscopic levels. Martin Bailey explores how these spatial variations can be remedied and discusses an emerging ISO Technical Specification (ISO TS 18621-21) that is designed to objectively characterise some of these types of variation.
Building an Inkjet Display Panel Printer with High PrecisionMeteor Inkjet Ltd
The document summarizes Meteor Electronics' capabilities for building an inkjet display panel printer with high precision. Key points include:
- Meteor offers modular printer architecture, production-ready printhead drivers, software, and tools to optimize waveforms, fluids, substrates for accurate drop placement.
- Parameters like drop size, velocity, placement accuracy are critical for display quality. Meteor helps optimize the printhead, waveform, fluid, and substrate system.
- Meteor provides drop observation equipment, waveform development services, and reliability testing to help customers develop inkjet processes for displays.
This document provides a quality surface characterization report for an ABS plastic sample. Key results include:
1) Significant improvements in gloss value and surface finish were observed using Roctool technology compared to conventional injection molding.
2) Roctool technology allowed for a darker color with perfect surface finish, while conventional processing impacted color perception.
3) Texture replication and roughness measurements showed Roctool improved replication rates by up to 98% and roughness by over 100%, highlighting its positive effect.
This document discusses standardization in offset printing workflows using Prinect Color Solutions. It describes how Prinect products like the Prinect CP2000 Center, Prinect Image Control, Quality Monitor, Calibration Manager, and PrintOpen support standardization by allowing users to create and work with standards or reference values for printing processes. Standards help ensure consistent and repeatable quality across jobs and locations by establishing common protocols and tolerances for color output.
The document discusses ensuring consistent color output in grand format printing through proper printer calibration. It recommends using a color measurement device and software to calibrate the printer and compensate for any color deviations. Tips are provided for measuring calibration charts for grand format printers, such as using larger patch sizes than typical charts due to the lower resolution of grand format printing. Maintaining consistent calibration is important for matching jobs previously printed.
The 5 steps of color management are: 1) choose consumables, 2) determine production conditions, 3) optimize prepress, 4) optimize the printing press, and 5) print and evaluate a test form. The document provides details on each step, such as choosing inks and printing stocks in step 1, setting color standards and print speeds in step 2, and ensuring correct platesetter settings in step 3. Step 4 involves standard press settings and dampening adjustment. Step 5 describes printing a test form, measuring, and iterating until color values are accurately achieved. The goal is reproducible quality through consistent color management.
United Green Technologies manufactures sustainable technology products. Their new product, UV Green, is an eco-friendly, inkless portable printer that uses laser technology. UGT analyzed competitors and determined UV Green has advantages. Their target market is business professionals such as accountants, based on UV Green meeting needs and trends. UGT's product plan is to achieve sales and recognition goals. Future products will fulfill more utility needs.
Next generation aerosol-based printing for production-level printed electronicsFa-Gung Fan
This document summarizes research on developing an aerosol-based printing system for production-level printed electronics. Key points:
- Researchers created a next-generation aerosol print head and conducted 4-hour test prints with conductive and dielectric inks, achieving consistent line widths and resistivities.
- Single-pass printing was used to print capacitors with widths of 32.5pF and resistors with resistances of 2kOhm.
- Future work involves testing the system for longer print times, larger area printing, multi-nozzle and multi-material printing, and applying the technology with internal and external customers.
“What you see is not always what you get”
Truer words were never spoken when it comes to managing
expectations for printed material. The following presentation gives an overview of print realities, and sets out guidelines to help navigate the complex world of print.
“What you see is not always what you get.” Truer words were never spoken when it comes to managing expectations for printed material. This toolkit identifies the biggest challenges in print production to help you navigate the complex world of print.
Challenge #1 Colour: CYMK vs. RGB vs. Pantone
Challenge #2 Printing methods: Offset vs. Gravure vs. Flexo
Challenge #3 Substrate
Challenge #4 Dot gain
This document discusses a company's strategic plan to enter the color laser printer cartridge remanufacturing market. It analyzes the color laser printer market and the HP 4500 product line. The company, Grand Manan Laser, currently remanufactures monochrome cartridges and wants to select its first color cartridge product. The document summarizes Grand Manan's finances, operations, and product mix. It evaluates factors that influenced the decision to select the HP 4500 color laser printer family as the company's initial color cartridge to remanufacture.
Justin Hayward, Cambridge Investment Research-Dye Sublimation Digital Textile...Justin Hayward
Talk given by strategy boutique leader Justin Hayward at FESPA on 16 March 2016 in Amsterdam on digital dye sublimation markets insight based on a recent survey and Smithers PIRA Report.
G7 Master Qualification Training V2020_BY Ishant kalkal.pptxIshantKalkal1
Master Qualification Basic Training provides lessons on G7 principles for achieving color consistency across different printing processes. It covers Idealliance and the value of G7 standards, G7 target conditions defined in ISO specifications, color managed workflows using G7 calibration, and G7 process control. The training explains that G7 calibration uses curves to control tone and gray balance by defining a shared neutral appearance for prints. It establishes compliance levels for grayscale, targeted colors, and matching to reference print conditions.
The document discusses the transition in the printing industry from craft to standardized digital processes. It describes how the ISO 12647 standard was developed to standardize color output across different printing methods and materials. Adopting these process standards improves color consistency and predictability. It allows errors to be detected earlier in the workflow. The document outlines the key aspects of ISO 12647-2 for offset and digital printing, including the FOGRA characteristic data and ICC profiles used to ensure colors are reproduced accurately according to the standard. Printing companies must now use spectrophotometers for color proofing and certification to meet ISO requirements.
Brilliant colors true to the original on a premium surface – that ̓s
what distinguishes a high-quality print product. Many elements in
prepress and printing impact on a product ̓s color fidelity. The
various input and output units in a print shop ̓s production process,
consumables and other factors can cause deviations in color. A
consistently employed color management system eliminates this
problem. In this issue of Profi Tip we ̓ll show you the most common
sources of error and give you tips on color management. We ̓re
pleased to have caught your interest.
This document discusses conductive inks for functional printing. It describes Agfa, a company that produces two core technologies for thin printable conductors: PEDOT:PSS conductive polymer and nano-silver ink. PEDOT:PSS is transparent, flexible and formable, while nano-silver ink offers high conductivity and allows printing thinner layers and smaller features. The document provides examples of applications for each technology and discusses parameters like curing time and temperature to optimize conductivity. It emphasizes that nano-silver ink can achieve high conductivity through multiple printing steps and higher curing temperatures.
The document discusses managed print services and document workflow solutions from Océ. It provides examples of how Océ's solutions helped three customers reduce costs by consolidating printers, integrating scanning with document management systems, and replacing legacy printers with more efficient multi-function devices. The solutions improved efficiency, lowered costs, and allowed the customers to focus on their core businesses.
Oce' solutions for all size organizations. Our solutions are scalable and customized to meet any Document Management Need. From Facility Audits and a Nationwide Direct Bandwidth, Oce' has positioned itself to assist your company by increasing productivity and decreasing expences relating to the creation and archival of documents.
This document discusses managing spot colors across branding and packaging workflows. It begins by outlining brand owners' requirements for consistency and the importance of packaging design. It then covers several ISO standards related to color data exchange (ISO 15930, 17972-4) and characterization (ISO 20654). The presenter discusses how CxF/X-4 data can be used with PDF/X, Adobe Illustrator, and ICC profiles to define, proof, and print spot colors accurately from design through production. Tools are presented for ink formulation and process control using spectral measurement data in CxF/X formats. The goal is consistent color reproduction of brands across different printing processes.
This talk by Clive Ayling, Managing Director, Meteor Inkjet Ltd, at the IMI InPrint USA conference, April 2017, highlights the key considerations in making the most important design decision for ink jet printing systems - printhead selection. Printheads are the highest cost system component and printer performance and output quality are dependent on printhead characteristics and specifications.
Learn the key parameters and methodology to make an informed printhead selection decision for your industrial ink jet system.
Inkjet Printing On Plastics By Scott SabreenSabreenGroup
Plastics Decorating Magazine Technical Author – Q&A – Scott Sabreen
Question: What is the difference between Continuous Inkjet and Drop-on-Demand Inkjet?
Question: What is the difference between Binary and Grayscale Inkjet Printing?
Question: What types of inks can be used for Inkjet Printing?
Inkjet Printing On Plastics By Scott SabreenSabreenGroup
Plastics Decorating Magazine Technical Author – Q&A – Scott Sabreen
Question: What is the difference between Continuous Inkjet and Drop-on-Demand Inkjet?
Question: What is the difference between Binary and Grayscale Inkjet Printing?
Question: What types of inks can be used for Inkjet Printing?
La nueva impresora gran formato ColorPainter M-64s, una impresora de inyección de tinta ecosolvente sin olor. Ofrece 64 " ( 1626 mm ) de ancho de impresión en 6 ( CMYK , Lc, Lm) o 7 colores ( CMYK , Lc, Lm , Gy ), con velocidades de hasta 716 pies cuadrados / h ( 66.5 sm / h ).
La capacidad de impresión de alta velocidad de la ColorPainter M-64s ha sido desarrollada específicamente para atender la creciente demanda de alta productividad del mercado de la impresión gráfica y la señalización.
Communicating Color for Grand Format PrintersRPimaging, INC
This document discusses communicating color for grand format printers. It introduces X-Rite and Pantone as leaders in color science and technology. It discusses how spectrophotometers have become the standard for measuring color instead of densitometers. Device link ICC profiles are presented as the best way to handle color conversions between color spaces. ISO 12647 standards are discussed as a way to validate color matching, though ISO 12647-8 and the new ISO 12647-7 2013 are more relevant to digital and grand format printing.
Ehs1302 annex vi lanat d65 vs d50 20131025Luc LANAT
The document discusses the standards D50 and D65 illuminants used for measuring and specifying properties of graphic papers and printers. It provides background on the definitions and purposes of D50 and D65, explaining that D50 is used for color management in printing while D65 or C may be used for evaluating unprinted paper visually. The document emphasizes that both illuminant standards are needed and calibration of printers and measurement equipment to these standards is a priority for accurate color communication between paper manufacturers and printers.
The 5 steps of color management are: 1) choose consumables, 2) determine production conditions, 3) optimize prepress, 4) optimize the printing press, and 5) print and evaluate a test form. The document provides details on each step, such as choosing inks and printing stocks in step 1, setting color standards and print speeds in step 2, and ensuring correct platesetter settings in step 3. Step 4 involves standard press settings and dampening adjustment. Step 5 describes printing a test form, measuring, and iterating until color values are accurately achieved. The goal is reproducible quality through consistent color management.
United Green Technologies manufactures sustainable technology products. Their new product, UV Green, is an eco-friendly, inkless portable printer that uses laser technology. UGT analyzed competitors and determined UV Green has advantages. Their target market is business professionals such as accountants, based on UV Green meeting needs and trends. UGT's product plan is to achieve sales and recognition goals. Future products will fulfill more utility needs.
Next generation aerosol-based printing for production-level printed electronicsFa-Gung Fan
This document summarizes research on developing an aerosol-based printing system for production-level printed electronics. Key points:
- Researchers created a next-generation aerosol print head and conducted 4-hour test prints with conductive and dielectric inks, achieving consistent line widths and resistivities.
- Single-pass printing was used to print capacitors with widths of 32.5pF and resistors with resistances of 2kOhm.
- Future work involves testing the system for longer print times, larger area printing, multi-nozzle and multi-material printing, and applying the technology with internal and external customers.
“What you see is not always what you get”
Truer words were never spoken when it comes to managing
expectations for printed material. The following presentation gives an overview of print realities, and sets out guidelines to help navigate the complex world of print.
“What you see is not always what you get.” Truer words were never spoken when it comes to managing expectations for printed material. This toolkit identifies the biggest challenges in print production to help you navigate the complex world of print.
Challenge #1 Colour: CYMK vs. RGB vs. Pantone
Challenge #2 Printing methods: Offset vs. Gravure vs. Flexo
Challenge #3 Substrate
Challenge #4 Dot gain
This document discusses a company's strategic plan to enter the color laser printer cartridge remanufacturing market. It analyzes the color laser printer market and the HP 4500 product line. The company, Grand Manan Laser, currently remanufactures monochrome cartridges and wants to select its first color cartridge product. The document summarizes Grand Manan's finances, operations, and product mix. It evaluates factors that influenced the decision to select the HP 4500 color laser printer family as the company's initial color cartridge to remanufacture.
Justin Hayward, Cambridge Investment Research-Dye Sublimation Digital Textile...Justin Hayward
Talk given by strategy boutique leader Justin Hayward at FESPA on 16 March 2016 in Amsterdam on digital dye sublimation markets insight based on a recent survey and Smithers PIRA Report.
G7 Master Qualification Training V2020_BY Ishant kalkal.pptxIshantKalkal1
Master Qualification Basic Training provides lessons on G7 principles for achieving color consistency across different printing processes. It covers Idealliance and the value of G7 standards, G7 target conditions defined in ISO specifications, color managed workflows using G7 calibration, and G7 process control. The training explains that G7 calibration uses curves to control tone and gray balance by defining a shared neutral appearance for prints. It establishes compliance levels for grayscale, targeted colors, and matching to reference print conditions.
The document discusses the transition in the printing industry from craft to standardized digital processes. It describes how the ISO 12647 standard was developed to standardize color output across different printing methods and materials. Adopting these process standards improves color consistency and predictability. It allows errors to be detected earlier in the workflow. The document outlines the key aspects of ISO 12647-2 for offset and digital printing, including the FOGRA characteristic data and ICC profiles used to ensure colors are reproduced accurately according to the standard. Printing companies must now use spectrophotometers for color proofing and certification to meet ISO requirements.
Brilliant colors true to the original on a premium surface – that ̓s
what distinguishes a high-quality print product. Many elements in
prepress and printing impact on a product ̓s color fidelity. The
various input and output units in a print shop ̓s production process,
consumables and other factors can cause deviations in color. A
consistently employed color management system eliminates this
problem. In this issue of Profi Tip we ̓ll show you the most common
sources of error and give you tips on color management. We ̓re
pleased to have caught your interest.
This document discusses conductive inks for functional printing. It describes Agfa, a company that produces two core technologies for thin printable conductors: PEDOT:PSS conductive polymer and nano-silver ink. PEDOT:PSS is transparent, flexible and formable, while nano-silver ink offers high conductivity and allows printing thinner layers and smaller features. The document provides examples of applications for each technology and discusses parameters like curing time and temperature to optimize conductivity. It emphasizes that nano-silver ink can achieve high conductivity through multiple printing steps and higher curing temperatures.
The document discusses managed print services and document workflow solutions from Océ. It provides examples of how Océ's solutions helped three customers reduce costs by consolidating printers, integrating scanning with document management systems, and replacing legacy printers with more efficient multi-function devices. The solutions improved efficiency, lowered costs, and allowed the customers to focus on their core businesses.
Oce' solutions for all size organizations. Our solutions are scalable and customized to meet any Document Management Need. From Facility Audits and a Nationwide Direct Bandwidth, Oce' has positioned itself to assist your company by increasing productivity and decreasing expences relating to the creation and archival of documents.
This document discusses managing spot colors across branding and packaging workflows. It begins by outlining brand owners' requirements for consistency and the importance of packaging design. It then covers several ISO standards related to color data exchange (ISO 15930, 17972-4) and characterization (ISO 20654). The presenter discusses how CxF/X-4 data can be used with PDF/X, Adobe Illustrator, and ICC profiles to define, proof, and print spot colors accurately from design through production. Tools are presented for ink formulation and process control using spectral measurement data in CxF/X formats. The goal is consistent color reproduction of brands across different printing processes.
This talk by Clive Ayling, Managing Director, Meteor Inkjet Ltd, at the IMI InPrint USA conference, April 2017, highlights the key considerations in making the most important design decision for ink jet printing systems - printhead selection. Printheads are the highest cost system component and printer performance and output quality are dependent on printhead characteristics and specifications.
Learn the key parameters and methodology to make an informed printhead selection decision for your industrial ink jet system.
Inkjet Printing On Plastics By Scott SabreenSabreenGroup
Plastics Decorating Magazine Technical Author – Q&A – Scott Sabreen
Question: What is the difference between Continuous Inkjet and Drop-on-Demand Inkjet?
Question: What is the difference between Binary and Grayscale Inkjet Printing?
Question: What types of inks can be used for Inkjet Printing?
Inkjet Printing On Plastics By Scott SabreenSabreenGroup
Plastics Decorating Magazine Technical Author – Q&A – Scott Sabreen
Question: What is the difference between Continuous Inkjet and Drop-on-Demand Inkjet?
Question: What is the difference between Binary and Grayscale Inkjet Printing?
Question: What types of inks can be used for Inkjet Printing?
La nueva impresora gran formato ColorPainter M-64s, una impresora de inyección de tinta ecosolvente sin olor. Ofrece 64 " ( 1626 mm ) de ancho de impresión en 6 ( CMYK , Lc, Lm) o 7 colores ( CMYK , Lc, Lm , Gy ), con velocidades de hasta 716 pies cuadrados / h ( 66.5 sm / h ).
La capacidad de impresión de alta velocidad de la ColorPainter M-64s ha sido desarrollada específicamente para atender la creciente demanda de alta productividad del mercado de la impresión gráfica y la señalización.
Communicating Color for Grand Format PrintersRPimaging, INC
This document discusses communicating color for grand format printers. It introduces X-Rite and Pantone as leaders in color science and technology. It discusses how spectrophotometers have become the standard for measuring color instead of densitometers. Device link ICC profiles are presented as the best way to handle color conversions between color spaces. ISO 12647 standards are discussed as a way to validate color matching, though ISO 12647-8 and the new ISO 12647-7 2013 are more relevant to digital and grand format printing.
Ehs1302 annex vi lanat d65 vs d50 20131025Luc LANAT
The document discusses the standards D50 and D65 illuminants used for measuring and specifying properties of graphic papers and printers. It provides background on the definitions and purposes of D50 and D65, explaining that D50 is used for color management in printing while D65 or C may be used for evaluating unprinted paper visually. The document emphasizes that both illuminant standards are needed and calibration of printers and measurement equipment to these standards is a priority for accurate color communication between paper manufacturers and printers.
Similar to 20130902 printing standardization by color flow (20)
We proudly introduce “KIMAYU moist & smoothing all-in-one gel” by explaining 3-key edge as skin care product.
1st edge: silk protein (sericin=outer coat of silk fiber), which is extracted from precious “golden cocoon” in Thailand, is used as one of main ingredients (popular and common ingredients for gel, such as hydrolyzed elastin, hydrolyzed collagen, sodium hyaluronic are certainly supplemented) and can penetrate deep into the skin to moisturize for sustained period of time because amino acids in silk protein have the same character as Natural Moisturizing Factor (NMF) in the skin. The reason why we selected “golden cocoon” is that it has one of carotenoids named “lutein” protecting the skin from oxidization and UV light damage that lead to aging issue. Unfortunately, normal white cocoon does not contain lutein.
2nd edge: natural ingredient percentage is raised up to 98.7% by replacing petroleum-based ingredients to natural-based ones. Additionally, paraben/alcohol/ synthetic surfactant/dye addition/mineral oil/aroma chemical are strictly banned by our product policy. Some of our customers who have sensitive skin problem (used to be troubled with allergies or atopic dermatitis) also tried KIMAYU, but had no skin trouble like itch or inflammation.
3rd edge: product design thought of all-in-one gel is supported by the idea indicating toner/milky lotion/serum are not required for daily skin care. Thanks to all-in-one concept, you can reduce skin care expense and time drastically. Speaking of cost saving, if you use high-end skin care set (toner/milky lotion/serum), then change to KIMAYU to keep more money in your pocket, you can save around \240,000/yr. (if mid-ranged product, \66,000/yr.) It will be amazingly big cost cut; you can use saved money for different purposes for yourself or your lovely family.
Please start our KIMAYU for your daily skin care from now on.
Be beautiful and smart as well for considering your spending.
This document discusses establishing international standards for assessing the quality levels of de-inked pulp. It proposes that ISO outlines the general testing procedures and parameters while regional certifying bodies set specific de-inking quality levels tailored to their capabilities. The standardization aims to 1) classify de-inked pulp quality levels, 2) encourage suppliers to develop more de-inkable products, and 3) guide printers and buyers to use more de-inkable materials.
Recyclability for paper and board from the viewpoint of de inkingShimizu Printing Inc.
The document discusses recyclability testing for paper printed with UV ink. It summarizes the standard de-inking test procedure used in Japan and identifies some controversial points about the testing methodology. The document then presents results from a de-inking test of four different inks, including UV ink printed at different densities. Some key issues raised include whether the testing accurately represents real-world printing and recycling processes and conditions.
ISO130 WG11_New approaches for quantification scheme of carbon footprint of p...Shimizu Printing Inc.
This document summarizes a presentation given by Dr. SHIMIZU on new approaches for quantifying the carbon footprint of paper books and e-books. It outlines the system boundaries considered for paper books and e-books, additional factors included for paper books like recycling impacts and bookstore/shopping emissions, and new ideas for quantifying e-book impacts based on usage assumptions. It then compares the estimated carbon footprint per copy between paper books and e-books using different reading devices like the iPad and iPhone.
New approaches for quantification scheme of carbon footprint of paper book an...Shimizu Printing Inc.
New approaches for quantifying the carbon footprint of paper books and e-books are presented. For paper books, additional factors considered include the carbon savings from paper and plate recycling, as well as the footprint of bookstore operations and shopping transportation. For e-books, assumptions are made about daily usage times for devices like the iPad and iPhone to estimate reading footprint. Various usage scenarios are modeled to compare the footprint of paper books and e-books.
Essentials of Automations: The Art of Triggers and Actions in FMESafe Software
In this second installment of our Essentials of Automations webinar series, we’ll explore the landscape of triggers and actions, guiding you through the nuances of authoring and adapting workspaces for seamless automations. Gain an understanding of the full spectrum of triggers and actions available in FME, empowering you to enhance your workspaces for efficient automation.
We’ll kick things off by showcasing the most commonly used event-based triggers, introducing you to various automation workflows like manual triggers, schedules, directory watchers, and more. Plus, see how these elements play out in real scenarios.
Whether you’re tweaking your current setup or building from the ground up, this session will arm you with the tools and insights needed to transform your FME usage into a powerhouse of productivity. Join us to discover effective strategies that simplify complex processes, enhancing your productivity and transforming your data management practices with FME. Let’s turn complexity into clarity and make your workspaces work wonders!
Removing Uninteresting Bytes in Software FuzzingAftab Hussain
Imagine a world where software fuzzing, the process of mutating bytes in test seeds to uncover hidden and erroneous program behaviors, becomes faster and more effective. A lot depends on the initial seeds, which can significantly dictate the trajectory of a fuzzing campaign, particularly in terms of how long it takes to uncover interesting behaviour in your code. We introduce DIAR, a technique designed to speedup fuzzing campaigns by pinpointing and eliminating those uninteresting bytes in the seeds. Picture this: instead of wasting valuable resources on meaningless mutations in large, bloated seeds, DIAR removes the unnecessary bytes, streamlining the entire process.
In this work, we equipped AFL, a popular fuzzer, with DIAR and examined two critical Linux libraries -- Libxml's xmllint, a tool for parsing xml documents, and Binutil's readelf, an essential debugging and security analysis command-line tool used to display detailed information about ELF (Executable and Linkable Format). Our preliminary results show that AFL+DIAR does not only discover new paths more quickly but also achieves higher coverage overall. This work thus showcases how starting with lean and optimized seeds can lead to faster, more comprehensive fuzzing campaigns -- and DIAR helps you find such seeds.
- These are slides of the talk given at IEEE International Conference on Software Testing Verification and Validation Workshop, ICSTW 2022.
Securing your Kubernetes cluster_ a step-by-step guide to success !KatiaHIMEUR1
Today, after several years of existence, an extremely active community and an ultra-dynamic ecosystem, Kubernetes has established itself as the de facto standard in container orchestration. Thanks to a wide range of managed services, it has never been so easy to set up a ready-to-use Kubernetes cluster.
However, this ease of use means that the subject of security in Kubernetes is often left for later, or even neglected. This exposes companies to significant risks.
In this talk, I'll show you step-by-step how to secure your Kubernetes cluster for greater peace of mind and reliability.
In his public lecture, Christian Timmerer provides insights into the fascinating history of video streaming, starting from its humble beginnings before YouTube to the groundbreaking technologies that now dominate platforms like Netflix and ORF ON. Timmerer also presents provocative contributions of his own that have significantly influenced the industry. He concludes by looking at future challenges and invites the audience to join in a discussion.
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Communications Mining Series - Zero to Hero - Session 1
20130902 printing standardization by color flow
1. Printing standardization trial
for high-‐‑‒definition printing method
utilizing Staccato-‐‑‒10 micron dots
1
Dr. SHIMIZU, Hirokazu
Vice-‐‑‒President, WILL-‐‑‒POWER CONSULTING INC.
President, SHIMIZU PRINTING INC.
Visiting Senior Researcher, Waseda University Environmental Research Institute
Expert, ISO TC130 (Graphic technology) WG11(Environmental impact of graphic technology)
2. Agenda
1.Purpose of printing analysis
2.High-‐‑‒definition printing method
3.Kodakʼ’s printing analyzer “ColorFlow”
4.Analysis of printing condition in practice
5.Summary
2
3. 1. Purpose of printing analysis
3
✦Installation of “ColorFlow” (Kodak) for analysis
1. Color-‐‑‒matching for Japan Color Standard
•Ultimate goal is adaption for Japan Color which is
compatible with ISO12647
2.Color-‐‑‒matching for Direct Digital Color Proof
•Create color profile for DDCP to be checked as first
proof to avoid printing proof by press
3.Color-‐‑‒matching for different presses
•Secondary goal is perfect alignment of presses in our
factory and other partner factories
4. 2.High-‐‑‒definition printing method
4
✦Advanced screening tech. for high-‐‑‒end printing
Staccato screening (high-‐‑‒definition)
Kodak Staccato is advanced, second-‐‑‒order FM screening technology.
Staccato screening produces high-‐‑‒fidelity, continuous tone images that
exhibit fine detail and an extended color gamut, creating a
photographic experience free of visible printing artifacts, such as
subject moire and rosettes.
(Reference: http://graphics.kodak.co.jp/KodakGCG/uploadedFiles/
Products/Color_̲and_̲Screening/Staccato_̲Screening/Staccato
%20Brochure%20ENG.pdf)
The angle and frequency of half tone dots in conventional AM screens
can cause subject moire, screening moire and unstable rosette
structures. Additionally, fewer and larger minimum dot sizes in
highlights and shadows in AM screens can result in loss of detail and
increase in graininess.
(Reference: http://graphics.kodak.co.jp/KodakGCG/uploadedFiles/
Products/Color_̲and_̲Screening/Staccato_̲Screening/Staccato
%20Brochure%20ENG.pdf)
Normal AM screen
6. 2.High-‐‑‒definition printing method
6
✦Advanced screening tech. for high-‐‑‒end printing
175lpi (normal screening)
printed by other printer
Staccato 10-‐‑‒micron screen
printed by Shimizu Printing
Cyan 20%
Cyan 50%
Cyan 20%
Cyan 50%
7. 2.High-‐‑‒definition printing method
7
✦Printing dots by electronic microscope
XX-‐‑‒XX by XXXXXXXX Sword XD by Kodak
175lpi
FM 10-‐‑‒micron FM 10-‐‑‒micron
175lpi
SQUARESPOT IMAGING technology can surge head
of competitors in terms of printing dot quality
10. 10
✦Configurations of presses at Shimizu Printing
R710-‐‑‒F_̲SP
R710-‐‑‒R_̲SP R707_̲SP R705_̲SP DDCP_̲SP
Primary Color
Output
Secondary Color
Output
3.Kodakʼ’s printing analyzer “ColorFlow”
Color-‐‑‒match among presses
Color-‐‑‒match between presses
and DDCP
11. 11
✦Basic knowledge about “color”
Magenta
Cyan
Yellow
Green
Red
Blue
a+(0〜~100)
a-‐‑‒(0〜~-‐‑‒100)
b+(0〜~100)
b-‐‑‒(0〜~-‐‑‒100)
4.Analysis of printing condition (contʼ’d)
12. 12
✦Basic knowledge about “color”
4.Analysis of printing condition (contʼ’d)
a+(0〜~100)
a-‐‑‒(0〜~-‐‑‒100) b+(0〜~100)
b-‐‑‒(0〜~-‐‑‒100)
13. 13
✦Printing condition and target to be achieved
Company Shimizu Printing (SP)
Press
manroland R710 TLVP (40-‐‑‒inch, 10-‐‑‒color, +coating unit,
+perfector)
Screening FM screening (10-‐‑‒micron)
Substrate OK Topcoat (coated paper, 127.9gsm)
Plate Kodak Sword XD+ (Made in Japan)
Ink Toyo ink (UV)
Dampening Nikken Astro Mark-‐‑‒3 (No IPA)
Target Lab value JapanColor<dE5 and ISO12647-‐‑‒2<dE5
Target dot gain 50%=14%+-‐‑‒1%, 20%/80%=9%+-‐‑‒1%
4.Analysis of printing condition (contʼ’d)
14. 4.Analysis of printing condition (contʼ’d)
14
✦Absolute density of solid inks
SP
Avg. Min. Max. Dif. Dif./Avg.
K 1.74 1.71 1.76 0.05 2.9%
C 1.51 1.48 1.55 0.07 4.6%
M 1.41 1.37 1.45 0.08 5.7%
Y 1.02 1.00 1.05 0.05 4.9%
15. ✦Absolute density of solid inks
4.Analysis of printing condition (contʼ’d)
15
0.90
1.05
1.20
1.35
1.50
1.65
1.80
SP-‐‑‒K
Min. Max.
0.90
1.05
1.20
1.35
1.50
1.65
1.80
SP-‐‑‒C
Min. Max.
0.90
1.05
1.20
1.35
1.50
1.65
1.80
SP-‐‑‒M
Min. Max.
0.90
1.05
1.20
1.35
1.50
1.65
1.80
SP-‐‑‒Y
Min. Max.
Range of difference should be as minimum as possible
16. ✦Variations of solid density
4.Analysis of printing condition (contʼ’d)
16
Variations of solid patches across the press sheet_̲SP
Color density of all colorsare within allowable range
17. ✦Apparent Trap Density (%)
4.Analysis of printing condition (contʼ’d)
17
SP
Target color
C
M
Y
Apparent Trap density 67.5% 74.2% 62.1%
A bit lower than expected values
19. ✦Tonal value increase for all inks
4.Analysis of printing condition (contʼ’d)
19
Tonal value increase (TVI)_̲SP
Dot gains of all colors are fairly consistent
Tonal value increase %
Tint %
20. ✦Spider plot of primary and overprint patches
4.Analysis of printing condition (contʼ’d)
20
Spider plots for key colors_̲SP
Difference of MY and C cannot be
adjusted since target is printed by 175lpi
21. ✦Measured solid and overprints colors
4.Analysis of printing condition (contʼ’d)
21
Measured items SP
Average color difference (dE) of all patches in the chart 2.9
Max. Single color difference among all patches 7.0
Color difference between substrates 1.1
Average color difference between the primary solids 3.9
22. ✦Color dif. distribution & cumulative frequency
4.Analysis of printing condition (contʼ’d)
22Color difference distributions/cumulative frequencies_̲SP
dE<5=91.9%
23. ✦CIELAB measured values
4.Analysis of printing condition (contʼ’d)
23
Target SPSP
L a b C h L a b C h dE
Paper 94.1 0.5 -‐‑‒1.3 1.4 289.9 93.2 0.7 -‐‑‒0.7 1.0 311.5 1.1
3-‐‑‒C 25% Gray 75.6 0.2 -‐‑‒1.6 1.6 275.9 75.8 -‐‑‒0.5 -‐‑‒3.5 3.5 261.4 2.0
3-‐‑‒C 50% Gray 57.7 -‐‑‒1.0 -‐‑‒2.4 2.7 247.0 58.1 0.0 -‐‑‒3.1 3.1 269.1 1.2
3-‐‑‒C 75% Gray 39.5 -‐‑‒1.4 -‐‑‒1.1 1.8 218.7 41.3 -‐‑‒2.5 -‐‑‒5.0 5.6 243.8 4.4
3-‐‑‒C 100% Bk 20.9 -‐‑‒3.0 -‐‑‒3.5 4.6 229.5 21.7 -‐‑‒3.0 -‐‑‒6.3 6.9 244.3 2.9
100% Bk 16.6 1.6 2.7 3.1 58.2 14.4 1.6 0.5 1.7 16.6 3.1
All dEs are lower than 5.0
24. ✦Gray balance, complete tonal range
4.Analysis of printing condition (contʼ’d)
24
Gray balance_̲SP
Trap density % of Y
influence in negative way
25. ✦Gamut chart plots
4.Analysis of printing condition (contʼ’d)
25
Gamut chart plots_̲SP
In fact, much wider gamut is expected than actual value
26. 26
5.Summary
✦Importance of printing quality analysis
1. Continuous printing quality analysis
•Periodical check for DDCP and printed sheet will be
continued for all devices and presses
2.Continuous educational program
•Empower experts in quality assurance team by
continuous evaluation of printing condition
3.Continuous assistance by suppliers
•Supported by Japanese printing materials (UV ink/
varnish, Plates, Dampening solution, blankets)
27. 27
Personal profile
Dr. Hirokazu Shimizu holds Doctorate in environmental impact assessment from Waseda University Graduate School of Environment and Energy
Engineering (Japan), MBA in marketing research from University of Dallas (USA) and Bachelor of education from Waseda University (Japan). In 2012,
Dr. Shimizu was assigned to be visiting senior researcher at his old school and play active role not only in business scene, but also in academic world.
Qualification:
• Specialization in UV curing technology for graphics
• Specialization in Life-‐‑‒cycle approach (LCA, LCC) for printing
• Pioneering achievement:
• Development of “UV Waterless High-‐‑‒definition Printing method” for paper and plastic
• Schematization of “Printing service LCA” in the viewpoint of LCCO2 and Integrated LCA
Award:
• “UV Waterless High-‐‑‒definition Printing method”, Encouraging prize from Japanese Society of Printing Science and Technology in 2011
• “Establishment of quantitative assessment for Printing Service”, Best paper from Japanese Society of Printing Science and Technology in 2010
• “Establishment of Printing Service LCA to propose environmental-‐‑‒conscious solution”, Chairmanʼ’s award (2nd best) from 6th LCA Japan Forum in
2010
Extra activities:
• Visiting Senior Researcher, Waseda University Environmental Research Institute
• Expert, ISO 130 (Graphic technology) WG11 (Environmental impact of graphics technology)
• Committee, Energy Supply and Demand Verification Committee at Ministry of Economy, Trade and Industry
• Policy adviser for SMEs, Japan Chamber of Commerce
• Committee, Energy and Nuclear Committee at Japan Chamber of Commerce
• Committee, Environment Committee at Tokyo Chamber of Commerce
Academic paper:
• Hirokazu Shimizu, Katsuya Nagata, and Aran Hansuebsai. 2012. Comparisons of Paper-‐‑‒book and E-‐‑‒book by the scale of carbon footprint.
Proceedings of The Asian Symposium on Printing Technology: 39-‐‑‒44
• Hirokazu Shimizu, Katsuya Nagata, and Aran Hansuebsai. 2011. Integrated Life cycle Assessment (LCA) for Printing Service in an emerging
country. Proceedings of EcoDesign 2011 International Symposium: 283-‐‑‒288
• Hirokazu Shimizu, and Katsuya Nagata. 2010. Integrated Life cycle Assessment (LCA) Approach for Printing Service by Using Environmental Load
Point (ELP) Method. Journal of Printing Science and Technology 47 (3): 39-‐‑‒47
• Hirokazu Shimizu, and Katsuya Nagata. 2010. Comparison of Life-‐‑‒cycle CO2 emissions for Paper-‐‑‒Based Books and Electronic Books. Journal of
Printing Science and Technology 47 (2): 19-‐‑‒29
• Hirokazu Shimizu. 2009. Establishment of quantitative assessment for Printing Service. Journal of Printing Science and Technology 46 (6): 26-‐‑‒35
28. 28
Thank you very much for your attention
You can have a look at part of presentation file:
http://www.slideshare.net/ShimizuHiro/edit_̲my_̲uploads
Corporate web site:
http://www.shzpp.co.jp
http://www.will-‐‑‒power.jp/en/