Marking of cardboard boxes and blister packs

We perform marking on cardboard boxes and blister packs reliably because packaging in industry must be clearly identifiable. With folding boxes and blister packs in particular, it is important that data, batches and mandatory information remain clearly legible. That is why Röltgen develops solutions that work permanently and fit securely into existing processes.
We pay attention to the material, surface and cycle rate so that the marking remains stable and production processes are not disrupted.

Marking solutions for cardboard boxes and blister packs

The marking of cardboard boxes and blister packs poses particular challenges, as cardboard, plastic and film react differently. That is why we always choose the process that is best suited to the packaging, to ensure that the print image and legibility are correct.
We also take the speed of the packaging machine into account, because consistent markings are crucial even at high speeds.

Suitable marking procedures for cardboard packaging and blister packs

We use different processes depending on the application, because not all packaging is the same:

• Embossing with steel types when a robust and simple solution is required
• Hot stamping so that films and coated surfaces can be marked securely
• Colour printing so that variable data can be changed flexibly

This results in economical solutions that prove their worth in everyday use.

Tools for cardboard and blister machines

In addition to complete systems, we supply suitable coding and numbering tools, because many packaging machines are to continue to be used. This allows new requirements to be implemented without replacing entire systems.
We manufacture each tool individually so that it fits the respective cardboard box or blister machine exactly.

Advantages of our solutions for cardboard packaging and blister packs

• Clean marking of cardboard boxes and blister packs
• Consistent results even at high speeds
• Easy integration into existing lines
• Durable tools for continuous operation
• High process reliability because all components are coordinated with each other