SpeedMarker Galvo Marking Lasers
SpeedMarker laser markers were designed to efficiently mark metals and plastics along the industrial production chain. With a tested combination of intelligent software and high quality hardware, SpeedMarker lasers produce permanent, durable markings for applications such as barcoding datamatrix codes, serialization, and deep engraving. Available with customization and integration options, Trotec laser marking solutions also come with intelligent, intuitive software and exceptional support. Click here to see the SpeedMarker in action.
| SpeedMarker 50 | SpeedMarker 300 | SpeedMarker 700 | SpeedMarker 1300 | |
| Work area | 49.0 x 28.0 inch | 59.1 x 49.2 inch | 66.1x 98.8 inch | 87.0x 126.4 inch |
| Max. workpiece height | 4.4 inch | 2.1 inch | 2.0 inch | 2.0 inch |
| Laser power – Fiber | 40 – 200 watts | 60 – 400 watts | 60 – 400 watts | 60 – 400 watts |
| Laser power – MOPA | ||||
| ✔ included ⚫ optional | ||||
- SpeedMark® marking system
- Unique marking quality and therefore reading reliability
- Precise, Reliable and High Quality Requirements
- Short commissioning time with Focus Finder
- Cycle time optimization with Focus Shifter
- Avoidance of rejects
- Functions and productivity-enhancing options
- CO2 for Processing of Organic Materials
See how the SpeedMarker works
Automated productivity
The SpeedMark® laser software not only centrally controls the laser process, but also offers automation-friendly interfaces for connecting external data and control commands. Infinite scripting possibilities guarantee consistent quality for recurring markings. The legibility of the laser marking is guaranteed by high-quality optics and components.
Instant productivity
The SpeedMark® software convinces with its graphic process-oriented user interface. This means that laser marking processes can be visually mapped without extensive previous programming knowledge.
Reliable productivity
Software and laser machine are designed to ensure not only simple and intuitive handling, but also full safety in handling the laser cell. All functions and productivity-enhancing options always take maximum laser and machine safety into account.