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Technology Watch Back-Issue Index

ITEM 1 — Volume 3, Number 7, May 1983 and Volume 3, Number 8/ June 1983

Optical Digital Storage at the Library of Congress
General Electric High Speed Printer
Harris Corporation Announces Local Area Network for Office Applications
R.R. Donnelley & Sons Company Satellite Services for Publishing and Financial Business Applications
Electronic Forms and Fonts Facility for Honeywell Page Processing System
American National Standard Proposed Matrix Character Sets
Eastman Kodak Optical Disk and Image Transmission

ITEM 2 — Volume 6, Fall 2001

Printing Flexible Substrate Electronic Displays
Print to Stay but Paper May Go
Technology WatchvWho We Are
TAGA Announces October 2001 Stockholm Conference
The Future of Information Systems in Printing & Publishing
Communicating Across the Smart Factory World
Open Systems? PrintTalk CIP4 JDF vs. printCafe
The Eyes of the Smart Factory in Printing and Publishing
Electronic Camera Product Obsolescence is Now Less Than One Year
Heidelberg vs. Xerox
Some Perspective
The Optimum Flying Camera Platform

ITEM 3 — Volume 7, Winter 2003

The First Large Sheet Color Electronic Printing Press
Presstek Plate Experience at Our Printer
27,500 Plates only 250 Remakes
Economic DNA
A New Way to Look at “Microeconomic Genes
Printcafe’s PrintFlow
Succeeding in Solving Scheduling Needs
Books Worth Looking At
Barcoding Molecules
Electrochemical Imaging with “Nanobarcodes”
New Wildfire
Detection Research will Pinpoint Small Fires from 10,000 feet

ITEM 4 — Volume 9, Fall 2004

Production Color Xerography Matches Offset Printing Quality
Xerox’s Groundbreaking High Density Multibeam Digital Color Printing Systems
How this Issue of Technology Watch was Printed
A Closer Technical Look at Imaging Dataflow on the Xerox Docucolor 8000
25 Times Greater than Digital TV
Multiple Screening Methods within a Single Image
Perforated Dots Improve Image Reproduction on Older Equipment

ITEM 5 — Volume 11, Fall 2006

Kodak NexPress Matching Offset and more
Special Insert – Experimental Continuous Tone Demonstration An In-Hand Look at the
Future of Color Digital Printing
NexPress Integrated Coating Solutions
Stability and Reliability Street Performance
New Screening Delivers Benefits for Digital Color
An Update on Inline Automated Booklet Production

ITEM 6 — Special Issue, May 2006

EFI Fiery Q5500 Server Matching Offset With the Xerox iGen3 Digital Press
Enhancing Production Color Printing and Much More
Looking Deeper into EFI Fiery Q5500 Designed for the iGen3
EFI Fiery Q5500 Server Matching Offset
Trapping & EFI’s Production Management

ITEM 7 — Special Issue, August 2007

Advances in Xerox’s DocuColor 8000AP Digital Press
Enhanced Engineering Increases Productivity Up To 100% on Printed Cover Stock
Cover Stock Electronically Printed Image Comparison Test
DC8000AP Focus on Enhanced Engineering
Key to the DC8000AP is Fusing the Toner Image on Heavy Stock at Highest Speed

Xerox Engineers in Their Own Words on the DC8000AP’s Heat Fusing Technology

Xerox Applies LED Based Spectrophotometer to Online Color Control

 

ITEM 8 — Special Issue, September 2007

Kodak NexPress M700
Kodak NexPress M700 Delivers Impressive Color Printed Images
The M700 Has Twice the Reliability Thanks to Operator Replaceable Components
ORC’s
NexStation RIP Control and Workflow Further Distinguishes the M700

ITEM 9 — Special Issue, August 2008

Advances in Xerox’s DocuColor 8000AP Digital Press
Enhanced Engineering Increases Productivity up to 100% on Printed Cover Stock
Cover Stock Electronically Printed Image Comparison Test
DC8000AP Focus on Enhanced Engineering
Key to the DC8000AP is Fusing the Toner Image on Heavy Stock at Highest Speed
Advances in Xerox’s DocuColor 8000AP Digital Press
Xerox Engineers in Their Own Words on the DC8000AP’s Heat Fusing Technology
Select Xerox DC8000 AP Integrated Engineering Enhancements
Xerox Applies LED Based Spectrophotometer to Online Color Control

ITEM 10 — Special Issue, April 2010

Production Innovations Found in the Xerox Color 800/1000 Digital Presses
Quick Look Under the Hood of the Xerox 800/1000
EA Toner Evolution
Xerox 800/1000 High Speed Image Writing System
Compact Design
Fusing Images at Higher Speed
Keeping Cool
Resolution Gamut
Exciting New Ways to Measure Printing – A Demonstration
Resolution Gamut Comparison

ITEM 11 — Special Issue, Spring 2013

Accomplishments of Kodak Prosper Inkjet Printing
Kodak’s Sustained Impact on Inkjet Book Printing
Under the Hood of the Prosper 1000
Two Engineering Approaches to Implementing Inkjet on Press
Getting Real: The New Definition of “High Speed”
Truth in Actual Performance – Not Advertising
How Does Kodak Do It?Inkjet Mechanism Analogy
Kodak Stream Ink Jet Engine
Kodak Prosper Inkjet Inks
Nanoparticle Ink-Kodak’s Micromedia Milling Secret
Kodak Reduces Humectants, Reduces Cost, Reduces Sensitivity to Area Coverage and Achieves Better Printing
Concluding Points on Ink
Kodak Prosper vs. HP T Line of Inkjet Presses
Opposites with Attractive Printing
Examples of Opposites
Common Elements – Both Print on Paper in Same Market
Kodak 5000XL and HP T400: Dot Structure Assessment Image Comparison
Attributes of Higher Quality Printed Images
Inject Dot Morphology Comparison|
Included – Printed Kodak Prosper Image Quality Demonstration
Kodak’s Three Level Inkjet Paper Program
Solution 1: Print on Selected
Solution 2: Work with paper Manufacturers to Engineer Papers for Kodak Inks and Presses
Solution3: Integrate a Pre-coating Subsystem within the Inkjet Press to Adapt to Plain Papers
On-Press Pre-coating with the Kodak Image Optimized Station – IOS
IOS Coating Mechanism
Evaluating an IOS Sample
Kodak’s Paper Rating Approach
NewPage TrueJet Paper

ITEM 12 — Volume 6, Fall 2001

Printing Flexible Substrate Electronic Displays
Print to Stay but Paper May Go
Technology Watch
Who We Are
TAGA Announces October 2001 Stockholm Conference
The Future of Information Systems in Printing & Publishing
Communicating Across the Smart Factory World
Open Systems? PrintTalk CIP4 JDF vs. printCafe
The Eyes of the Smart Factory in Printing and Publishing
Electronic Camera Product Obsolescence is Now Less Than One Year
Heidelberg vs. Xerox
Some Perspective
The Optimum Flying Camera Platform

ITEM 13 — Volume 7, Winter 2003

The First Large Sheet Color Electronic Printing Press
Presstek Plate Experience at Our Printer
27,500 Plates only 250 Remakes
Economic DNA
A New Way to Look at “Microeconomic Genes”
Printcafe’s PrintFlow
Succeeding in Solving Scheduling Needs
Books Worth Looking At
Barcoding Molecules
Electrochemical Imaging with “Nanobarcodes”
New Wildfire
Detection Research will Pinpoint Small Fires from 10,000 feet

ITEM 14 — Volume 9, Fall 2004

Production Color Xerography Matches Offset Printing Quality
Xerox’s Groundbreaking High Density Multibeam Digital Color Printing Systems
ow this Issue of Technology Watch was Printed
A Closer Technical Look at Imaging Dataflow on the Xerox Docucolor 8000
25 Times Greater than Digital TV
Multiple Screening Methods within a Single Image
Perforated Dots Improve Image Reproduction on Older Equipment

ITEM 15 — Volume 11, Fall 2006

Kodak NexPress Matching Offset and more
Special Insert – Experimental Continuous Tone Demonstration An In-Hand Look at the
Future of Color Digital Printing
NexPress Integrated Coating Solutions
Stability and Reliability Street Performance
New Screening Delivers Benefits for Digital Color
An Update on Inline Automated Booklet Production

ITEM 16 — Special Issue, May 2006

EFI Fiery Q5500 Server Matching Offset With the Xerox iGen3 Digital Press
Enhancing Production Color Printing and Much More
Looking Deeper into EFI Fiery Q5500 Designed for the iGen3
EFI Fiery Q5500 Server Matching Offset
Trapping & EFI’s Production Management

ITEM 17 — Special Issue, August 2007

Advances in Xerox’s DocuColor 8000AP Digital Press
Enhanced Engineering Increases Productivity Up To 100% on Printed Cover Stock
Cover Stock Electronically Printed Image Comparison Test
DC8000AP Focus on Enhanced Engineering
Key to the DC8000AP is Fusing the Toner Image on Heavy Stock at Highest Speed
Xerox Engineers in Their Own Words on the DC8000AP’s Heat Fusing Technology
Xerox Applies LED Based Spectrophotometer to Online Color Control

ITEM 18 — Special Issue, September 2007

Kodak NexPress M700
Kodak NexPress M700 Delivers Impressive Color Printed Images
The M700 Has Twice the Reliability Thanks to Operator Replaceable Components
ORC’s
NexStation RIP Control and Workflow Further Distinguishes the M700

ITEM 19 — Special Issue, August 2008

Advances in Xerox’s DocuColor 8000AP Digital Press
Enhanced Engineering Increases Productivity up to 100% on Printed Cover Stock
Cover Stock Electronically Printed Image Comparison Test
DC8000AP Focus on Enhanced Engineering
Key to the DC8000AP is Fusing the Toner Image on Heavy Stock at Highest Speed
Advances in Xerox’s DocuColor 8000AP Digital Press
Xerox Engineers in Their Own Words on the DC8000AP’s Heat Fusing Technology
Select Xerox DC8000 AP Integrated Engineering Enhancements
Xerox Applies LED Based Spectrophotometer to Online Color Control

ITEM 20 — Special Issue, April 2010

Production Innovations Found in the Xerox Color 800/1000 Digital Presses
Quick Look Under the Hood of the Xerox 800/1000
EA Toner Evolution
Xerox 800/1000 High Speed Image Writing System
Compact Design
Fusing Images at Higher Speed
Keeping Cool
Resolution Gamut
Exciting New Ways to Measure Printing – A Demonstration
Resolution Gamut Comparison

ITEM 21 — Special Issue, Spring 2013

Accomplishments of Kodak Prosper Inkjet Printing
Kodak’s Sustained Impact on Inkjet Book Printing
Under the Hood of the Prosper 1000
Two Engineering Approaches to Implementing Inkjet on Press
Getting Real: The New Definition of “High Speed”
Truth in Actual Performance – Not Advertising
How Does Kodak Do It?
Inkjet Mechanism Analogy
Kodak Stream Ink Jet Engine
Kodak Prosper Inkjet Inks
Nanoparticle Ink-Kodak’s Micromedia Milling Secret
Kodak Reduces Humectants, Reduces Cost, Reduces Sensitivity to Area Coverage and Achieves Better Printing
Concluding Points on Ink
Kodak Prosper vs. HP T Line of Inkjet Presses
Opposites with Attractive Printing
Examples of Opposites
Common Elements – Both Print on Paper in Same Market
Kodak 5000XL and HP T400: Dot Structure Assessment Image Comparison
Attributes of Higher Quality Printed Images
Inject Dot Morphology Comparison
Included – Printed Kodak Prosper Image Quality Demonstration
Kodak’s Three Level Inkjet Paper Program
Solution 1: Print on Selected
Solution 2: Work with paper Manufacturers to Engineer Papers for Kodak Inks and Presses
Solution3: Integrate a Pre-coating Subsystem within the Inkjet Press to Adapt to Plain Papers
On-Press Pre-coating with the Kodak Image Optimized Station – IOS
IOS Coating Mechanism
Evaluating an IOS Sample
Kodak’s Paper Rating Approach
NewPage TrueJet Paper

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