rubber text plate

Engraving rubber with a laser

Rubber engraving for stamp making

Rubber engraving for stamp making

Laser engraving small text, intricate logos, or even pictures into rubber is easy to do. With a Trotec laser system, rubber stamp making is made even more efficient, inexpensive, and environmentally-friendly. Our systems allow for high-precision processing and clean, detailed, quality imprints, so no chemical treatment is necessary.

Rubber types suitable for laser engraving

  • Laser rubber
  • Natural rubber
  • Synthetic rubber
  • Microporous laser foam
  • Oil resistant laser rubber
  • Silicone rubber
  • Foam rubber
  • Odorless rubber


Application examples for rubber engraving


Laser systems allow for efficient and quick rubber processing at little cost. Whether you are producing an entire rubber plate or a single piece, you can significantly reduce production times with automated processes. For this reason, laser engraving has become the most popular method of choice for processing rubber stamps.  Furthermore, the laser is fitting for producing laser-engraved printing forms made of rubber for flexographic printing.

  • Stamp manufacturing
  • Sign making
  • Office and school supplies
  • Arts & crafts
  • Digital printing
  • Flexographic printing
  • Rubber-based printing plate production
text plate engraving for stamp

Why should I buy a laser for rubber engraving?

Trotec laser systems provide users with a cost-effective, flexible, and efficient means of production. System capabilities allow for precise detailing of logos, photos, images, or texts, and provide consistent, quality results. With this laser system, you can take the layout straight from your graphics software to the material.  Additional support materials, such as matrices and films, are no longer needed.  Features integrated into the JobControl® laser software, such as the automatic stamp making process, make stamp production simple and reduce your manufacturing process.

Function and advantages of laser technology

Profitable stamp production

  • Text plates are produced within a few minutes
  • No restriction on the number of stamps produced

Advantages of a Trotec laser

  • Speedy series: The fastest laser engravers available on the market with a maximum engraving speed of 4.2 m/sec and an acceleration of 5g.

Simple manufacturing

  • Designs are constructed in your usual graphics program and easily sent to the printer via the printer command
  • No specially trained operators are required

Advantages of a Trotec laser

  • JobControl® laser software: Work efficiently.  Simply intuitive.

No additional charges for the disposal of chemical waste products

  • No chemical additives similar to those used in other manufacturing processes (like when using photopolymers).

Advantages of a Trotec laser

  • The emerged particles and gases are simply eliminated and filtered out by the Trotec extraction systems.

Robust and durable

  • Unlike photopolymer production processes or vulcanization, there are no costs for additional support materials like matrices and films.
  • Material processing does not wear the laser beam

Advantages of a Trotec laser

  • To guarantee years of trouble-free production, our InPack technology™ perfectly protects the guide component from dust.
  • CeramiCore laser sources with a notably lengthy service life

Non-contact processing

  • No mandatory, tedious rinsing of the hardened stamp plate

Advantages of a Trotec laser

  • Multifunctional table notion for simple handling

Fine tools

  • Precise details and small fonts can be engraved

Advantages of a Trotec laser

  • Optimal beam performance and ideal optics
"We currently run four Trotec lasers daily. We have been a Trotec customer since 2006. Trotec helps us keep our lasers running optimally and are always on call to assist us if we have a question or a problem. We value our Trotec lasers and we value our relationship with Trotec as partners in the stamp and sign industry"
- ​Lynn Werle - Roanoke Stamps -

Trotec product recommendation

Tips for engraving rubber

How to create a text plate with the laser?

When making the text plates for stamps, the design must be mirrored and inverted so that the imprint is legible. To achieve a detailed, clean impression on paper, it is vital to create so-called shoulders. The Trotec JobControl® laser software facilitates your stamp production by administering these processes in an automated way.  Thus, further processing is no longer needed.

How deep must the engraving be?

The engraving depth of stamps should be about 0.9 – 1.1 mm.  The optimal laser specifications for Trotec materials are included in the scope of delivery with the JobControl® materials database.

Can (rubber stamps) be cut with the laser as well?

You can cut rubber into any shapes with the laser.  In the Trotec JobControl® laser software, various choices for automated laser cutting, such as square, round or optimized can be chosen.  In addition, the “link” [Stege] function facilitates the handling of entire plates.  The cutting lines are automatically interrupted at defined points, upon activation.  This facilitates the cleaning and removal of the plates.

Which lens is suitable for text plate production of stamps?

For images / texts with delicate details, we recommend using the 1.5” lens.

What must be taken into account in the processing of rubber with the laser?

The processing of rubber stamps executes dust and oder.  It is important to provide an efficient extraction system for proper removal of the dust particles, equipped to filter the odors with a sufficient proportion of activated carbon .  It is also recommended to engrave the stamp plate from the top downwards, so the engraving quality is not affected by dust particles.

How can you incease productivity further?

To achieve a certain level of productivity, laser engraving of rubber requires relatively high power output.  The more power used, the faster the engraving.

How to clean a cut text and laser-engraved plate?

After laser processing, it is best to place the plate briefly into an ultrasonic bath.  Another suitable alternative is detergent, water and a brush.

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