This laser is particularly suitable for the precise marking of plastics and glass. Laser marking generates only a very low thermal load. This means that even very sensitive products can be marked with high contrast and very gently. The material is hardly subjected to any thermal or mechanical stress. The laser is stable and low-maintenance thanks to thermoelectric air cooling. Air/water or water cooling systems are not required and save the user time-consuming maintenance work.
The system is a laser protection class 4 solution. ACI offers laser stations in various designs as a complete solution for operation in accordance with laser protection class 1.
| DPL Lexis Marker | |
|---|---|
| Laser type | ND:YVO₄ |
| Laser power | 2 W |
| Wavelength | 355 nm |
| Operating mode | pulsed |
| Beam quality | M² < 1,2 |
| Laser class | 4, optional 1 |
| Dimensions (L x W x H) | 740 x 201 x 233 mm |
| Weight | 20 kg |
| Interfaces | USB |
| Functional safety acc. to DIN EN ISO 13849-1 | Ple |
| Material and process | DPL Lexis Marker |
|---|---|
| Temper the metal | |
| Engrave metal | |
| Remove metal | |
| Foam plastic | |
| Carbonize plastic | |
| Engrave plastic | |
| Foil removal | |
| Foil color cover | |
| Glass | |
| Ceramics | |
| Wood, paper, leather |
The laser system is controlled using our in-house Magic Mark laser software. It enables the marking of workpieces with text, graphics, codes (DataMatrix codes, barcodes), serial numbers and logos. It can also be used to apply circumferential marking to rotationally symmetrical components without using an attachment. Intelligent rights management supports the creation of different operator groups. This allows the laser system to be adapted to the respective user requirements. Fully automatic operation with data exchange to various data sources is easily possible when used in automated production lines. The functions of Magic Mark can optionally be extended using plug-ins such as the code or script module.
All laser systems are equipped with a safety device (SD) certified to EN ISO 13849 in accordance with the requirements of functional safety, thus guaranteeing the user the highest possible protection against malfunctions and a safe condition of their laser system. (EN 13849 PLe Cat. 4).
When marking a product or component, the aim is to create a marking that is permanent, high-contrast and high-resolution. In addition, it should only cause minimal stress to the material or change its properties. These requirements are optimally met by the laser systems in the Business Diode UV series.
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