Laser marking, laser engrving and laser cutting of veneer
Finest details by laser technology Clean and perfect cuts No chips, therefore no cleaning of the machine surrounding necessary Laser cutting of extremely fine contours and practically radius-free inner contours Contactless processing, so the material is not stressed or damaged –no clamping necessary High repeating accuracy at best quality No tool wear due to contactless […]
Laser cutting of aramid, polyamide
Aramid for maximum safety •Precise and filigree cuts •No fabric distortion due to stress-free material feeding •Unlimited processing and forwarding of data from other system producers with flexible software packages •Automatic material feeding via a Conveyor System •Precisely fitting laser cutting espesially of printed textiles due to optical recognition system
Glass fibre, fibreglass – laser marking & cutting – with CO2 lasers
Very high quality, mainly as a fibre-plastic compound No forces acting on the material – therefore no mechanical stressing Can be machined, also if uneven thanks to tactile focus material guidance Complete extraction and filtering of the cutting emissions possible Cutting of very different material thicknesses and combinations in a single step Fusing of the […]
Laser marking and laser engraving with CO2-laser of ceramics, porcelain, stoneware
Embellished by the laser beam Ceramic and porcelain are materials that can be engraved and marked well with CO2 lasers High level of repeatability with consistent quality Extremely high resolution of the laser engraving, laser marking of up to1200dpi Contactless laser processing, therefore no clamping or fixing necessary No tool wear and no retooling in […]
Laser marking and laser engraving of glass
Durable and clean engravings in next to no time •Precise and fast direct engravings without patterns •Round engravings possible •Contactless processing, therefore no tensions in the glass •No danger of breaking •Extremely fine contours and details possible •High repeating accuracy at best quality •No tool wear due to contactless laser processing
Laser marking, laser engraving and laser cutting of Multiplex
The allrounder in wood No chips, therefore no cleaning of the machine surrounding necessary Contactless processing, therefore no stressing or damaging of the material – no clamping necessary Uneven materials can be easily processed without quality loss due to tactile focus tracking Laser cutting and laser engraving in one process step No tool wear […]
High Resolution laser head(Optional)
High resolution laser head is called HR head for short. Its special structure makes the laser beam be focused into a smaller focal spot than the standard laser head, which makes the engraving result more delicate and exquisite. So the HR head is more suitable for engraving high precision photos and also a good performance […]
Laser marking, laser engraving and laser cutting of MDF
Medium density fibreboard– wood at its best •The surfaces remain crack-free and do not show signs of bruise by clamping •Smooth and precise cutting edges •High repeatability and accuracy •Freely selectable contours •No chips, therefore no cleaning of the machine surrounding necessary
Laser engraving and cutting of leather, or rather synthetic leather
Contactless cutting with laser technology •Precise and very filigreed cuts •No leather deformation by stress-free material supply •Clear cutting edges without fraying •Melding of cutting edges regarding synthetic leather, thus no works before and after material processing •No tool wear by contactless laser processing •Constant cutting quality By using mechanic tools (knife-cutter), the cutting of […]
Laser marking, laser engraving and laser cutting of plastics
•Precisely fitting laser cutting of plastic especially of printed materials due to optical recognition system •Polished cutting edges even in filigree contours without rework •No force impact on the material – therefore no mechanical stress of the material •Highest precision and great advantages in filigree cuttings, even smallest lot sizes can be produced economically •Processing […]
