Efficiency, Reliability, and Compactness – Welljets T8100 Series Thermal Transfer Coders

Welljets T8100 series is your key to uninterrupted, efficient, yet compact marking of packaging film. By operating in a start-stop mode, these coders provide high-quality marking for various types of packaging machines and flexible packaging systems while spending a minimum amount of money.

The feature of this series is its ease of integration into horizontal and vertical packaging machines, filling machines. They are perfect for use with a wide range of packaging materials, including plastic, polyethylene, and cellophane. The thermal transfer printing method on which they operate guarantees the clarity and quality of the images.

Welljets T8100 Series Thermal Transfer Coders are characterized by the following key parameters:

• Print area: although small (24 x 12 mm), it is sufficient for printing the date of production, batch number.
• Resolution: 300 dpi, ensuring image clarity and quality.
• Performance: up to 200 prints per minute, which is enough for most production lines.

These characteristics make these coders an attractive choice for anyone looking for a reliable and economical solution for their marking needs.

Welljets T8100 is an excellent replacement for marking machines that use outdated hot stamping technology. The advantage of thermal transfer printing is the lack of manual changing of set symbols and the impossibility of damaging the film due to impact.

Printing graphics becomes much easier with Welljets T8100, avoiding complex and expensive cliché manufacturing processes.

These coders use advanced technologies to ensure fast, accurate, and economical marking application. Changing the print occurs directly in the system without physical intervention by the operator, making them indispensable on production lines of any size.

Conclusion

By choosing Welljets T8100 thermal transfer coders, you get a modern, efficient, compact, and economical tool for quality marking application, easily replacing machines with hot stamping technology.