Laser Marker
Our laser marking systems enable you to achieve precise and permanent marking on metals and plastics. Trotec offers Galvo workstations, integrated laser markers and flatbed lasers for high-resolution marking. It remains legible even when exposed to extreme heat, cold or humidity.
What are the advantages of a laser marking machine?
Precise, fast and permanent laser marking of metals, plastics and organic materials. Efficient, from single pieces to series production.
Precise, legible marking
Thanks to the precision of laser marking, good legibility is guaranteed, even for tiny details like QR codes, serial numbers, logos and 1-point fonts. Laser marking guarantees consistent, perfect high-contrast results.
Permanent marking for traceability
Laser markings are resistant to abrasion, corrosion and other external factors. As a result, parts with 2D codes, complex data matrix or QR codes can be marked in a tamper-proof manner.
Efficient, sustainable laser marking
Laser marking is contactless. This means that objects don’t need to be fixed, the markings don’t damage the surface of the material and there is no need for any additional consumables like ink or tools. Laser markers can be perfectly integrated into the manufacturing process. This makes laser marking one of the most time-saving and cost-effective marking processes.
Dynamic data and networking
Our SpeedMark® laser software offers automation-compatible interfaces for connecting external data and control commands. Process variable data directly from external systems such as ERP or databases. Create automation sequences quickly and easily in the software to quickly produce individual small batches. For digital processing, from single pieces to large batch sizes.
Trotec laser marker at a glance.
When it comes to marking parts and engraving information, a laser marker is fast and precise. If you need to mark single pieces or small batches, the U Series is ideal for laser marking in seconds. Our SpeedMarker series supports your automation processes with fast and productive laser marking of dynamic data. If you need to be flexible in your laser applications, the Speedy flexx opens up countless possibilities. In addition, we have integrated workstations in our portfolio that can be customized to your specific requirements.
SpeedMarker Series – Laser marking machines for automated marking in batch mode (for medium batch sizes).
Easily integrate your laser marking systems into the production environment. By means of digital interfaces, external control signals like fieldbus automation and external databases can all be connected. The SpeedMarker uses high-quality optics and laser components, enabling you to increase your productivity while ensuring that the marking is perfectly legible.
U series – Laser markings in seconds for single pieces and small batches.
The U series enables automatic and data-consistent customization, from single parts up to medium quantities. All necessary data can be programmed and processed directly in the laser software. No additional third-party programs or manual interventions are required.
Technical Data
Working Area (W x D)
up to 1300 x 450 mm
Max. workpiece height
687 mm
Laser type
CO2 or fiber laser
Laser power
20 – 100 watts / 20 + 100 watts MOPA
Technical Data
Working Area (W x D)
up to 190 x 190 mm
Max. workpiece height
171 mm
Laser type
fiber laser
Laser power
20 watts
Which laser marker is best for my requirements?
Find the right laser marking system for your material, application field or industry
Metal, plastic, organic materials
Functional or decorative marking, dynamic data
Industries
What materials can I mark with a laser machine?
Most metal, plastic and organic materials can be marked with the following methods:
Annealing
Discoloration
A chemical process in which, depending on the material composition, different color shades result from being heated by laser machine.
Laser engraving
The laser beam removes material by melting and vaporizing it from a solid surface, creating an indentation.
Removal
During removal, color differences between the top and base coat create a contrast
Foaming
The material is melted as it foams, creating gas bubbles that diffusely reflect light to result in a brighter mark.
Carbonation
A process in which a permanent mark is produced by burning carbon.
Deep engraving of metals
Deep engraving is basically the same process as laser engraving. However, deep engraving requires several passes.
