Shaping Tomorrow’s Vision
LASER PROCESSING
Unlocking our product lines an brands
Welcome to Solutions for High-Tech Products – your premier source for advanced equipment, opto-electronic components, and precision measurement instruments. We provide cutting-edge solutions designed to optimize research and development (R&D) processes and enhance various industrial applications. Our extensive portfolio ensures that you receive the highest quality products to meet your specific needs.
Ask our experts how our expertise can drive innovation and efficiency in your industry.
Applications
Rubber ablation & texturing
Laser ablation allows precise texturing of rubber surfaces, enabling intricate designs like text, logos, and graphics.
Thin film cutting
Laser cutting with an AOM-integrated CO₂ laser ensures precise, clean cuts in thin films while minimizing heat-affected zones.
Battery casing ablation
Laser ablation enables precise, non-contact removal of PET heat shrink film from prismatic battery casings, streamlining processes like rework, recycling, and heat management.
Laser ablating busbars
Laser ablation is a precise, contactless method that removes insulation while preserving the metal. It enables efficient processing of all sides with minimal downtime.
Robotic plastic cutting
Laser systems integrated with robotics enable precise cutting, trimming, and shaping of 3D plastic components in automotive manufacturing.
Glass cutting
CO₂ lasers enable precise, contact-free cutting of glass tableware, enhancing quality and design flexibility while eliminating tool wear.
Acrylic cutting
Laser cutting acrylic produces smooth, flame-polished edges with no need for post-processing, making it ideal for high-precision, visually appealing applications.
Ceramic cutting & drilling
Laser processing enables precise machining of technical ceramics, creating intricate features with minimal mechanical stress.
Rubber cutting & drilling
Laser cutting and drilling provide precise, contact-free processing of rubber components, enhancing efficiency and eliminating tool wear in automotive and industrial applications.
Cutting FR4 PCB Laminates
Laser cutting offers a precise, contact-free alternative to mechanical methods, reducing debris and delamination risks in FR4 circuit boards.
Fabric cutting
CO₂ lasers enable precise, adaptable cutting of natural and synthetic textiles, ensuring consistent quality and effortless handling of complex designs.
Textile cutting
Laser cutting provides a fast, precise, and flexible solution for automotive textiles, efficiently trimming and shaping materials like upholstery, seatbelts, and airbags.
Paper cutting
CO₂ lasers offer fast, precise, and contact-free cutting of paper and card, enabling intricate designs without distortion, ideal for packaging and decorative applications.
Sandpaper cutting
CO₂ laser cutting provides precise, non-contact shaping and perforation of sandpaper discs, ensuring flexibility, no tool wear, and superior pattern accuracy over die cutting.
Plastic cutting
CO₂ laser cutting offers an efficient, precise solution for processing plastics across various industries, with results dependent on material composition.
Mild steel cutting
CO₂ lasers use flame cutting with oxygen assist gas to efficiently cut mild steel, enabling fast processing of thicknesses up to 6mm.
Wood marking
CO₂ lasers create high-contrast markings and detailed engravings on wood, serving both functional and decorative purposes across various applications.
Kiss cutting self-adhesive labels
CO₂ laser kiss cutting offers precise, flexible label processing, allowing easy design changes without additional tooling across various materials.
Laser engraving heat transfers for T-shirts
CO₂ lasers engrave heat transfer films with precision, eliminating the need for manual weeding and streamlining the process of applying designs to garments.
Electric motor hairpin processing
Laser processing efficiently removes enamel insulation from copper hairpins in EV motors, ensuring precise, contact-free preparation for welding with minimal downtime.
Leather processing
CO₂ lasers enable high-speed, precise cutting and engraving of natural and synthetic leather, unlocking endless design possibilities across fashion, automotive, and furniture industries.
Airbag processing
CO₂ lasers provide precise, non-contact trimming of airbag fabrics and scoring of interior panels, ensuring reliability, minimal waste, and seamless integration in automotive safety systems.
Perforating identity documents
CO₂ lasers create secure, tamper-resistant perforations in passports, ID cards, and banknotes, enhancing anti-counterfeiting measures with unique numbering and ghost images.
Electric motor hairpin processing
Laser processing efficiently removes enamel insulation from copper hairpins in EV motors, ensuring precise, contact-free preparation for welding with minimal downtime.
High-speed beverage marking
CO₂ laser markers deliver precise, high-speed coding for beverage labels, with IP66-rated durability to withstand washdowns and harsh production environments.
Alumina scribing
CO₂ lasers precisely drill controlled blind holes for scribe-and-break separation of ceramic components, ensuring fast, reliable processing with clean breaks.
Backlight unit (BLU) patterning
CO₂ lasers with AOM technology create precise, uniform backlighting patterns on PMMA, ensuring consistent light distribution with minimal heat effects.
Marking electronic components
CO₂ lasers create durable, high-precision markings on electronic components, ensuring indelible identification of values, specifications, and certifications across various materials.
Plastic marking
CO₂ lasers create precise, unobtrusive engravings on various plastics, with optional additives for high-contrast markings when needed.
Glass marking
CO₂ lasers create permanent, tamper-proof markings on medical glass products, ensuring traceability with human-readable text and Data Matrix codes.
Marking packaging
CO₂ lasers create high-contrast, tamper-proof markings on packaging by ablating ink layers, offering a clean, reliable, and cost-effective alternative to ink-based coding.
Hot glass marking
CO₂ lasers apply high-quality, tamper-proof markings on hot glass containers for traceability and anti-counterfeiting, ensuring durability without cracking.
PET marking
CO₂ lasers create permanent, tamper-proof codes on PET bottles, ensuring traceability even if labels are removed, with 9.3µm wavelength providing enhanced contrast for high-speed production.
Marking pharmaceutical packaging
CO₂ lasers ablate inked coatings on card packaging, creating high-quality, legible marks for traceability, including dates, batch codes, and barcodes, updated in real time on the production line.
Drilling osmotic pump tablets
CO₂ lasers drill precise holes in osmotic pump tablets, enabling controlled drug release through a semi-permeable membrane, with high-speed single-shot drilling or 2D scanning for tailored hole dimensions.
Denim marking
CO₂ lasers create patterns and effects on denim by selectively removing pigment, offering a fast, sustainable alternative to traditional finishing methods without damaging fabric texture or strength.
