Printing of blister foils and medical products with the printing system based on electrophotografy.

The CSAT DTS 12oo and 6x35 printer series are the most suitable to print on high end pharmaceutical applications such as blister and medical device substrates. A 1200 x 1200 dpi resolution and a dual stage image fusing process assures that the print can withstand sealing temperature of up to 572 degrees Fahrenheit (300°C).
Printing of blister foils and medical products with the printing system based on electrophotography.
Mode of operation:
Synchronized in-line printing vs Off-line printing
Guaranties a perfect synchronized Permits pre-printing of foils
print in relation to the lidding foil for use on packaging lines
(with no mechanical stretching). without an inline printer.
Offers the best benefit to the user.
The most important technological distinctions to CSAT’s competition:
- A single print technology instead of a combination of technologies.
- Full area coverage or coding only or both simultaneously - always ready to be activated.
- Print width from 10 – 320 mm at full speed.
- The use of high temperature resistant toner to withstand temperatures of up to 572
degrees Fahrenheit (300°C).
- Synchronized print on blank foil or random print regardless if the substrate can be
mechanically stretched or not – due to a worldwide patented solution.
- Excellent adhesion of the toner to printing substrates with a two-step fixing method.
- Can print on a wide diversity of materials such as paper, plastic, labels, inserts or
aluminum blister foils.
- Use as an in-line solution on either intermittent or continuous packaging lines.
- Use as an off-line solution, reel-to-reel, in which the printed rolls can be used in line as
pre-printed foil omitting the use of an in-line printer.
Printing on blank foil is the solution to achieve a cost-effective and flexible production environment:
- No inventory and logistic problems
- 1 to 3 shift production quaranted
- very attractive running costs
CSAT DTS 12oo
CSAT 6135-SM
CSAT 6335-SM








