 
| |
Nip
Mechanics - Roller Transport
 |
How Fast Do
Rollers Transport Sheets? |
|
Roller
Materials |
|
Effects of
Tension and/or Friction |
|
Pressure and
Friction Forces in Nip |
|
Edge Effects
and Axial Variation |
|
Conical
Rollers for Edge Registration |
Nip
Mechanics - Pressure
|
Pressure In
The Nip |
|
Difference
Between Head Load And Head Pressure |
|
What Design
Parameters Govern Peek Pressure And Pressure Uniformity |
|
Platen
Stiffness, Receiver Stocks, Head Load, Axial Effects |
|
Bead Alignment
- Why Does It Change |
Mechanical
Wrinkling
|
The Common
Causes Of Mechanical Wrinkling |
|
Characteristic
Wrinkling Patterns |
|
Wrinkling
Control Through Tension Optimization |
Thermal
Wrinkling
|
Basic ribbon
Mechanical Properties |
|
The
Deformation of ribbon Under Temperature And Tension |
|
Choosing
Tension To Reduce Thermal Wrinkling |
|
RHTF - Rapid
Heat Test Fixture |
|
Comparison Of
Various PET's Under Thermo-Mechanical Testing |
|
Comparison of
Experimental Properties to Actual Wrinkle Performance in a Printer |
Peeling
|
Effects Of
Peel Angle, Peel Rate, Peel Temperature |
|
What Is Your
Peel Angle |
Winding
(Optional)
|
Common Winding
Defects |
|
Computing
Pressures And Tensions In A Wound Roll |
|
Effects Of
Tension Profile And Tension Levels |
|
Predicting
Core Pressures And Deflections |
Temperature
and Dye Flow
|
What Is The
Print Bead Temperature – temperature flow |
|
Thermal
Transfer (Wax or Resin Transfer), Direct Thermal, Dye Sublimation – How do
they differ? |
|
Effects Of
Pulse Modulation Schemes |
|
History
Control |
Media
Motion in Channels (Optional)
|
