Fiber Laser Marking Machines JPT Raycus MAX (20W - 300W)
High-power industrial fiber laser markers designed for ultra-fast deep metal engraving, plastic marking, and direct part marking (DPM) traceable codes.
High-speed laser marking, engraving, and precision metal cutting platforms engineered for high reliability, minimal maintenance, and seamless line integration.
High-power industrial fiber laser markers designed for ultra-fast deep metal engraving, plastic marking, and direct part marking (DPM) traceable codes.
Adjustable pulse width system offering non-destructive stainless steel color printing, glass logo etching, and anodized aluminum black marking.
Space-saving workstation ideal for precision hardware engineering workshops, medical tool serialization, and electronics marking in Berlin facilities.
Ultra-lightweight ergonomic handheld laser coder for heavy structural components, oversized pipework, and flexible on-site industrial tagging.
Integrated 300x300mm field lens with 80mm rotary fixture, optimized for cylindrical parts, DXF/PLT vector processing, and deep mold etching.
355nm UV ultra-fine laser source for damage-free cosmetic packaging, pharmaceutical container marking, micro-electronics, and sensitive polymers.
Fully wireless design with high-density lithium power module, delivering permanent barcode, QR code, and serial coding directly on field equipment.
Heavy-duty optical engine capable of etching metal alloys, engineered plastics, timber, and leather products with high edge definition.
Berlin has re-emerged as a major European industrial epicentre, bridging traditional mechanical engineering with Industry 4.0 digital fabrication. From the Adlershof technology cluster to the Siemensstadt innovation district, modern manufacturers demand precision, flexibility, and compliance.
Information Gain Insight: Modern laser integration in the Berlin-Brandenburg region requires strict compliance with DIN EN ISO 9001 quality management, DIN EN 60825-1 laser safety norms, and low energy consumption parameters to satisfy European Green Deal directives.
As a global CNC laser system factory and supplier, our engineering philosophy revolves around vertical integration and precision motion control. Operating in the German industrial market demands more than standard hardware; it requires deep understanding of substrate physics, assist-gas dynamics, optical focal depth, and thermal impact zones.
Whether deploying enclosed Class 2 workstations for research laboratories or large-format gantry systems for sheet metal processing, our systems are built with solid steel stress-relieved frames, high-resolution servo drive packs, and native KCAM machine software to maintain sub-millimeter tolerances over multi-shift operations.
Comparative analysis of key laser platforms supporting production floors across Berlin and surrounding industrial corridors.
| System Architecture | Laser Source Options | Effective Work Envelope | Target Substrates & Applications | Safety Standard |
|---|---|---|---|---|
| OptiFlex Large Format | 150W – 800W CO2 / Fiber Hybrid | 1250 x 2500 mm up to 1500 x 3000 mm | Acrylic, Timber, Sheet Steel, Composites, Technical Textiles | Class 4 Open / Optional Enclosure |
| LaserCELL Enclosed System | 150W – 400W Super-Pulsed CO2 | 1300 x 2500 mm | Cleanroom Acrylic, Architectural Signs, Precision Gaskets | Class 2 Fully Interlocked Enclosure |
| FiberCELL Sheet Metal Cutter | 1.0kW – 3.0kW Fiber Laser Engine | 1250 x 2500 mm with Pullout Table | Stainless Steel, Mild Steel, Aluminum, Brass, Copper | Class 2 Enclosed + Safety Glass Window |
| EcoFlex Entry Platform | 150W – 400W CO2 Source | 1300 x 2500 mm | Rapid Prototyping, Wood Engraving, Architectural Models | Class 4 Gantry System |
| Micro Small Format | 100W – 400W CO2 / MOPA Fiber | 600 x 600 mm Compact Footprint | Jewelry, Tool Serialization, Small Precision Components | Class 2 / Class 4 Hybrid |
| OptiDual Multi-Head Gantry | Dual or Triple Matched Power Sources | 1500 x 3000 mm Twin Head System | High-Volume Gaskets, Industrial Packaging, Foam Inserts | Class 4 Industrial Production Line |
Tailored laser processing configurations optimized for specialized regional sectors across Berlin-Brandenburg.
Berlin-Brandenburg has evolved into a key EV manufacturing base. Our MOPA fiber laser coders deliver high-contrast DataMatrix code marking on battery cells, aluminum motor housings, and copper busbars, ensuring 100% VIN and component traceability under ISO/TS 16949 standards.
In Adlershof technology parks, surgical toolmakers utilize our 355nm UV cold laser technology for zero-heat-effect marking on stainless steel scalpels, titanium implants, and optical glass lenses, satisfying stringent MDR certification without micro-fracturing or surface oxidation.
Berlin’s vibrant creative and architectural agencies require flawless flame-polished acrylic cutting and deep wood relief engraving. Our OptiFlex and LaserCELL platforms process 4x8 ft sheet materials directly, eliminating secondary edge-polishing workflows.
Supplying shadow boards and custom tool trays for local maintenance repair overhaul (MRO) facilities. Multi-head OptiDual CO2 cutting tables contour PE/PU foams and rubber seals at speeds exceeding 1500 mm/sec with automated nesting algorithms.
Berlin contract metal fabricators benefit from our FiberCELL sheet laser machines. Cutting up to 20mm mild steel and 10mm stainless steel with high-pressure nitrogen assist, achieving dross-free edge profiles ready for immediate robot welding.
Supporting prototyping research at TU Berlin and Fraunhofer Institutes with compact Micro platforms and enclosed LaserCELL systems, engineered for multi-user safety, simple KCAM software operation, and clean extraction interlocks.
Industrial buyers in Berlin are rapidly transitioning toward enclosed Class 2 workstations to meet German Workplace Health and Safety (Berufsgenossenschaft) guidelines. Our FiberCELL and LaserCELL models incorporate safety interlock circuits, certified laser-safe viewing windows, and integrated fume extraction ports to guarantee zero optical hazard to shop-floor personnel.
With the growing need for end-to-end supply chain transparency, standard ink printing is being replaced by permanent direct part laser marking (DPM). The flexibility of MOPA fiber lasers allows machine operators in Berlin to fine-tune pulse duration (from 2ns to 500ns), permitting dark marking on anodized aluminum and corrosion-free anneal marking on medical-grade stainless steel.
Rising industrial electricity costs across Germany make wall-plug power efficiency a top procurement KPI. Modern fiber laser engines exhibit wall-plug electrical efficiency exceeding 30-35% compared to legacy CO2 tube systems (which average 8-10%), resulting in drastically reduced operational carbon footprints and lower monthly energy overheads for Berlin job shops.
Automation compatibility is paramount. Our platforms feature K-Vision camera optical registration, automatically identifying printed fiducials and adjusting toolpaths for material distortion. Paired with Ethernet-based KCAM control interfaces, systems easily integrate into localized ERP and MES frameworks across Berlin Smart Factories.
Building high-precision CNC laser systems backed by decades of mechanical expertise, robust quality assurance, and dedicated factory support.
We design, assemble, and service our super-pulsed CO2 laser sources in-house. Backed by a full 3-year factory warranty—one of the longest in the global laser machinery sector—ensuring complete technical accountability.
Every machine bed is fabricated from thick-wall steel tubeweldments, heat-treated to relieve internal mechanical stress, and precision CNC planed to maintain structural flatness under heavy continuous loads.
Proprietary control software developed specifically for multi-axis laser motion. Features advanced parametric nesting, power-to-speed vector ramping, and automated camera mark positioning for defect-free cutting.
Answers to common queries regarding laser source selection, international shipping, local compliance, and technical support.
For job shops handling diverse materials (e.g., acrylics, wood, and sheet metals), our OptiFlex Hybrid configuration is ideal. It mounts both a super-pulsed CO2 laser source and a fiber laser optical head on a single motion gantry. This allows operators to switch between cutting organic substrates and reflective metals without moving the workpiece or changing fixtures.
All equipment built for export to Germany is manufactured in compliance with EU Machinery Directive 2006/42/EC and EN 60825-1 laser safety standards. Our enclosed FiberCELL and LaserCELL models incorporate dual-channel safety interlock switches, certified protective filter glass, emergency stop controls, and integrated signal towers for safe operation on European factory floors.
High-purity Nitrogen (N2) is recommended for clean-edge, oxidation-free cutting of stainless steel, aluminum, and brass, preventing edge discoloration prior to painting or welding. For thick mild steel cutting, Oxygen (O2) is utilized to enable an exothermic cutting reaction. High-pressure clean, dry compressed air can also be deployed for thin-gauge metal cost efficiency.
We provide comprehensive support for our customers in Germany. Every machine shipment includes full pre-delivery calibration protocols, step-by-step installation guides, and remote desktop diagnostic capabilities via KCAM software. On-site commissioning and operator training by factory-trained field engineers can be arranged upon delivery.
Standard desktop fiber coders and bench-top workstations are frequently maintained in stock for rapid dispatch. Custom build configurations and large-format OptiFlex/FiberCELL gantry systems typically undergo a 4-to-6 week factory assembly and burn-in testing protocol, followed by ocean or air freight directly to your designated facility in Berlin.
Absolutely. We encourage prospective buyers to send material samples to our application laboratory. Our engineers will perform test cuts or markings, record parameter logs (power, speed, gas pressure, focal point), measure edge quality, and return the processed samples alongside a full technical evaluation report.
Speak directly with our laser application engineers to discuss material compatibility, machine layout options, custom table sizes, and complete system quotes.