Laser marking, laser engraving and laser cutting polyurethane foam, PUR
Laser system helps to process rigid foam •Perfectly accurate laser cutting, in particular for printed materials thanks to an optical recognition system •The CO2 laser means that no forces are acting on the material during cutting, engraving or marking, so the material is not subjected to mechanical stresses •Non-contact processing means the material does not […]
Laser marking, Laser engraving and Laser cutting of Polyester
The modern world can´t exist without •Precisely fitting laser cutting especially of printed materials due to optical recognition system •Contact-free and tool-free laser cutting •Clean and perfect cuttings •Even smallest lot sizes as well as middle-size series can be manufactured economically
Laser marking, laser engraving and laser cutting of Polypropylene
A plastic – many applications for CO2 lasers •Precisely fitting laser cutting especially of printed materials due to optical recognition system. •Highest precision and great advantages in filigree cuttings, even smallest lot sizes can be produced economically. •Extremely fine contours and practical radius-free inner edges can be created. •In most cases the laser process with […]
Laser markingand Laser cutting of Polystyrene
One of the most used synthetics worldwide •The surfaces remain crack-free and do not show signs of bruise by clamping •Contactless processing, therefore no stressing or damaging of the material •Laser cutting of extremely fine contours and practically radius-free inner contours •Highest precision and decided advantages in filigree cuttings, even smallest lot sizes can be […]
Laser marking, laser engraving and laser cutting of polyimide, Kapton©
A versatile material used in many technical applications Now also with the economical CO2 laser: perfect cuts –no reworking Minimum oxide formation thanks to our new nozzle and exhaust concept Precision in a range up to 2/100 mm with an optimum price-performance ratio Complete extraction and filtering of the cutting emissions possible No material fixation […]
Laser marking, laser engraving and laser cutting of Polyamide (PA)
An integral part for leisure activities Precisely fitting laser cutting especially of printed materials due to optical recognition system No fabric distortion due to stress-free material feeding Automatic material feeding via a Conveyor System Contact-free and tool-free laser cutting Clean and perfect cuttings Even smallest lot sizes as well as middle-size series can be manufactured […]
Machines for laser cutting and engrave of polycarbonate, Makrolon®, Lexan®
A popular synthetic – easily to process with the laser cutting system Precisely fitting laser cutting especially of printed materials due to optical recognition system 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 Most […]
Laser marking, laser cutting and laser engraving PETG, PET, VIVAK®
Clean and perfect cuts No forces acting on the material means no mechanical stresses No PET clamping or fixing necessary Perfectly accurate laser cutting, in particular for printed materials thanks to an optical recognition system No tool wear Open software structure (examples of file formats are dxf, ai, pdf) Highly cost-efficient production of even small […]
Laser marking, laser engraving and laser cutting of cork
Excellent contrasts thanks to laser engraving Laser cutting of extremely fine contours and practically radius-free inner edges Contactless processing, so the material is not stressed or damaged –no clamping necessary. No chipping waste Laser cutting and engraving of different material thicknesses and combinations in one work step Laser engraving that achieves good contrasts with a […]
Laser marking, laser engraving and laser cutting of composite materials, fibre-reinforced composites
Unlimited number of materials – cut accurately with laser Composite material (two acrylic plates)•If basic materials that are suitable for laser are used, composite material combinations can often be cut and engraved without any problem. Materials suitable for laser processing that contain artificial fibres are generally welded so that fraying is prevented. In most cases […]
