Achieve exceptional part quality with a perfectly focused spot and outstanding beam quality (M2<1.4), combined with ±0.02mm repeat positioning accuracy for intricate features and pristine edges.
Boost your productivity with cutting speeds up to 120m/min and 1.2g acceleration, powered by high-performance servo motors and an ultra-light, rigid crossbeam.
Benefit from high photoelectric conversion rates (over 30% with the IPG option) and fiber optic transmission, reducing energy consumption by up to 70% compared to CO2 lasers and lowering maintenance costs.
Enhance your workflow with the intuitive Cypcut control system, auto-focusing cutting head, and scheduled automatic lubrication. The modular design allows for a swift two-hour installation and easy maintenance.
Precision starts with our triple-processed steel bed:
Our aerospace-grade aluminum crossbeam is die-cast and CNC-machined for superior precision and low weight.
Simplify complex geometries into one-step operations with China’s premier laser cutting software:
Select from top-tier laser sources, including Raycus (China), nLight (USA), and IPG (Germany). These lasers deliver excellent beam quality with stable focus, making them perfect for intricate designs and highly reflective materials such as aluminum and copper. Features include:
Raytools/Precitec heads ensure consistent kerf quality across multiple materials:
The machine features automated lubrication and cooling systems for optimal performance:
"By replacing six CO2 machines with two ULF-6kW units, we cut our energy expenses by $18,000 per month. The modular bed design let us expand to a 6x3m cutting area without any facility renovations."
"The auto-focus cutting head consistently holds ±0.03mm accuracy on 0.5–20mm brass sheets. We’ve delivered over 8,000 decorative panels with zero nozzle collisions, thanks to the anti-warping system."
The YYC gear/rack system with preloaded bearings ensures ±0.02mm repeatability at 120m/min, while the water-cooled spindle eliminates thermal drift during continuous, 24/7 operation.
Cutting capacity depends on the laser power selected. For example, a 6kW unit typically cuts up to 25mm carbon steel and 12mm stainless steel. Higher power models (up to 60kW+) can handle much thicker materials. Check our cutting parameter table or contact us for more details.
Accuracy results from a rigid, stress-relieved frame, precision YYC gear/rack drive, Hiwin linear guides, and responsive Delta/Yaskawa servo motors, all coordinated by the advanced Cypcut system.
Fiber lasers eliminate the need for optical path adjustments and frequent replacement of consumable mirrors and lenses required in CO2 systems. In addition to better energy efficiency, users typically experience 15–20% lower operating and maintenance costs.
Cypcut is known for its intuitive interface. It features a comprehensive cutting process database and supports power-based speed adjustments, simplifying setup even for complex jobs. We also provide thorough training.
We partner with leading laser source manufacturers (Raycus, IPG, nLight) to ensure top beam quality (TEM00 mode, M2<1.4) and stable output across the range, delivering consistent cutting results at any power setting.
