From simple straight cuts to complex three-dimensional applications, our lasers can handle any challenge when it comes to processing plastics, metals, and fiber-reinforced composites. We leverage the versatility of laser technology for many processing steps in the production of our plastic products, immediately following the molding processes. Laser applications almost always integrate seamlessly into a continuous manufacturing process.
With our in-house custom machine shop, we develop and build standardized modular systems as well as completely customized processing methods—from individual steps to turnkey production systems. Our broad range of applications includesCO₂ lasers, fiber lasers, and UV lasers with various power levels. This allows us to find the best solution for every material.
The high precision of laser technology with its position-selective energy input enables even the smallest details to be processed that would not be possible with other technologies. Even small ablations and intricate patterns can be reproduced precisely. For more possibilities and less waste.
The laser beam works virtually ‘contact-free’, without the effect of mechanical stress on the material. This prevents deformation.
As no consumables such as ribbons, ink or make-up are required, the consumption costs are low. The laser is not consumed, does not wear out and is maintenance-free.
Laser technologies can be used on a wide range of plastics, from soft plastics such as PVC to hard materials such as acrylic or polycarbonate. A new geometry can be processed quickly by reprogramming.
The speed of the laser ensures seamless process integration, even at high production speeds. This is because laser processing can be easily integrated into automated production processes.
Fast, precise and flexible processes increase your efficiency!
Our lasers are extremely precise. Their capabilities range from simple sprue removal to complex 3D geometries with thick walls.
Unverwechselbar werden Einzelteile mit individuellen Markierungen, Symbolen, DMC bzw. Daten zur Rückverfolgbarkeit und Chargenkennzeichnung versehen, die dauerhaft ausgelesen werden können. Mit UV-Lasern beschriften wir transparente Bauteilen, während wir Faserlaser für einen Farbumschlag nutzen.
We use our diode lasers to securely join two plastic parts in headlights, rear lights and assemblies in the engine compartment.
Particularly intricate designs are created by removing paint coatings in small and extremely small dimensions. Our fiber lasers work with pinpoint accuracy, even on highly reflective surfaces.
We provide safety-relevant, sensitive components with a DMC for seamless traceability of individual components and their assembly to the module. A large amount of heterogeneous data can be permanently read on a small surface by laser marking this code. Even complex surface structures pose no particular challenge: In automotive engineering, components often have an uneven structure or changeable, dark colors. Here, we offer high contrast and therefore reliable legibility with black and white markings. And if the code is partially damaged over time due to unplanned influences, the information can still be read with the help of the error-correcting code.
Are you interested in laser processing your products? Would you like to implement laser technology in your company or are you looking for a supplier for laser-processed components? Then please do not hesitate to contact us.
OKE Group GmbH
Nobelstraße 7
48477 Hörstel
Germany
Phone: +49 5459 914-0
info@oke-group.com
employees
countries worldwide
subsidiaries
and strong financial stability
injection molding machines
extrusion lines
mechanical engineering
process and products quality
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