Engineered for seamless integration with industrial software suites, real-time galvanometric control, and continuous shift operations across Austrian production facilities.
Industrial-grade fiber laser platform designed for high-speed metal engraving, deep etching, and micro-marking across automotive and engineering alloys.
Precision adjustable pulse-width laser for annealing stainless steel, color marking on titanium, and delicate plastic logo engraving.
Space-saving desktop architecture optimized for jewelry design, medical instrument serialization, and small hardware manufacturing workshops.
Ultra-lightweight handheld scanning head allowing direct marking on large machinery parts, structural beams, and immobile industrial inventory.
High-power 300x300mm field platform supporting DXF/PLT graphic formats with integrated 80mm rotary fixture for cylindrical component marking.
355nm ultraviolet cold laser marking system engineered for micro-engraving sensitive cosmetic packaging, pharmaceutical plastics, and glass containers.
Fully wireless, battery-operated handheld coding system designed for on-site traceability marking in shipyards, construction sites, and outdoor warehouses.
Ergonomic laser coding system designed for permanent 2D DataMatrix code, barcode, and serial number marking on metal, wood, and dense leather.
Bridging industrial hardware, CAD/CAM vector processing, and enterprise ERP/MES automation in Austria's advanced manufacturing clusters.
The proprietary KCAM software suite delivers real-time vector plotting, dynamic raster optimization, and multi-axis synchronisation. Built to run seamlessly on standard industrial PCs, KCAM enables Austrian machine operators to import DXF, PLT, AI, and STEP files without conversion errors, ensuring that optical toolpaths strictly adhere to tight geometric tolerances.
Modern Austrian automotive component suppliers demand zero thermal distortion on thin alloy sheets. Our software allows pulse duration adjustment from 2ns to 500ns across JPT MOPA fiber laser sources, giving engineers total control over heat input, preventing structural degradation while creating vivid black marks on anodized aluminum or vibrant colors on titanium.
For high-throughput plants in Upper Austria and Styria, our laser control software provides C++, C#, and Python SDKs alongside OPC UA communication protocols. This allows direct integration with SAP MES systems, Siemens S7 PLCs, and automated conveyor lines for automated dynamic serial numbers, 2D DataMatrix code generation, and instant verification.
From automotive clusters in Graz to medical precision engineering in Vienna and alpine timber processing in Tyrol, our software and laser hardware cater to Austria's strict quality demands.
Direct Part Marking (DPM) of transmission gears, engine brackets, and electric vehicle battery housings. KCAM software ensures high-contrast VIN serialization and 2D DataMatrix codes compliant with ISO/IEC 15415 quality metrics for high-speed robotic camera verification.
Non-corrosive passivation marking on surgical stainless steel, titanium implants, and medical device enclosures. Utilizing 355nm UV cold laser hardware and MOPA pulse parameters to satisfy EU Medical Device Regulation (MDR 2017/745) and UDI barcode mandates.
High-power CO2 and Fiber laser cutting & engraving systems for heavy sheet metal, control panel labeling, and hydraulic block identification. Systems engineered to maintain ±0.001" repeatability across 5x10 ft continuous workbeds.
Precision micro-cutting and custom branding on hardwoods, organic leather goods, and cosmetic glass containers. Ultra-fine laser focus spot (<20µm) delivers clean, burr-free edges without edge charring or micro-cracking.
Comprehensive benchmarking of core laser sources, software compatibility, and mechanical work envelopes available for supply in the Austrian market.
| System Architecture | Laser Source Type | Wavelength / Power | Software & OS | Target Material Scope | Austrian Standard Compliance |
|---|---|---|---|---|---|
| Fiber Laser Marker (JPT/Raycus) | Q-Switched Ytterbium Fiber | 1064nm / 20W – 300W | KCAM / EzCad3 / SDK | All Metals, Hard Plastics, Carbon Fiber | CE / EN 60825-1 |
| MOPA Color Laser Marker | JPT M7 MOPA Fiber | 1064nm / 20W – 100W | KCAM Advanced Vector Control | Stainless Steel Color, Anodized Al, ABS | ISO 9001 / CE |
| UV Cold Laser System | Diode-Pumped Solid-State UV | 355nm / 3W – 15W | KCAM Precision Graphic Suite | Glass, Sensitive Polymers, Medical Silicone | EU MDR 2017/745 |
| Industrial Handheld Fiber Marker | Portable Fiber Module | 1064nm / 20W – 50W | Embedded Touchscreen Software | Large Pipes, Heavy Steel Beams, Cast Iron | IP54 Industrial |
| Large Format CO2 / Hybrid Cutter | Super-Pulsed RF CO2 + Fiber | 10.6µm / 150W – 800W | KCAM G-Code & Motion Control | Sheet Metals, Acrylics, Hardwoods, Foam | Class 2 / CE Enclosed |
Combining heavy-duty hardware manufacturing with intuitive control software to deliver maximum uptime and low cost-per-part.
Unlike simple white-label distributors, our laser machinery frames are precision-welded, machined, and assembled under strict ISO 9001 guidelines. Every laser source and controller is tested for 72 consecutive hours prior to shipment to Central Europe.
Our in-house software engineering team updates KCAM regularly, introducing optimized hatch patterns, faster raster processing algorithms, and enhanced vector nesting features without forcing costly license renewals on long-term clients.
Full compliance with CE Directives (2006/42/EC Machinery Directive, 2014/30/EU EMC). We provide prompt technical assistance, remote diagnostics, and overnight spare-parts dispatch throughout Austria and the broader DACH area.
Send your test samples or technical drawings directly to our application laboratory. We will generate a detailed cut time analysis and edge quality report tailored to your exact industrial requirements.
Clear, direct answers regarding software localization, regional support, customs clearance, and industrial machine integration.
Download our complete product catalog, request detailed software documentation, or schedule a live video demonstration with our optical engineers.
