Gound Rail High-power Fiber Laser Cutting Machine

The BCSK LASER “BLG” series is specifically designed for large-format panel cutting. The bed frame is entirely made of segmented ground tracks, featuring the advantages of flexible disassembly and installation. It can increase the maximum power limit and easily cut through extremely thick materials.

The sixth-generation aviation aluminum alloy beams

Ultra-high pressure integral stretch molding + lightweight design. Frame: extrusion, vibration aging + precision CNC. Features: long-term surface accuracy, 65% higher rigidity, 25% lighter weight, 55% faster laser cutting.

Thickened sheet metal welded super heavy-duty workbench

A core load-bearing part of laser cutters, the welded plate bed is mainstream for medium/large and custom models, due to high rigidity and flexible design.Made from high-strength steel (e.g., Q345, Q235), it goes through laser/plasma cutting, then assembly (with crisscross ribs for force dispersion) and MIG welding. Key welds get ultrasonic testing to avoid defects.Post-welding, vibration/thermal aging relieves internal stress and prevents deformation. Finally, CNC machining polishes guide surfaces to ≤0.02mm precision, ensuring stable cutting. It balances strength, weight and cost, suitable for heavy-load, high-demand cutting.

Intelligent non-inductive Piercing

The core principle of non-inductive piercing lies in the precise synchronization between laser operation and cutting head movement, which eliminates the waiting phase of “laser activation after head positioning” in traditional piercing, enabling a seamless transition from piercing to cutting.

High-speed collimation focusing

Tailored for ≤30kW medium-high power equipment, it delivers efficient, stable, and low-maintenance cutting performance through 4 core strengths:Rapid Precision Focus: Up to ≤200mm/s speed & ≤10m/s² acceleration, paired with 0.01mm accuracy—minimizes idle time for smoother workflows.Broad Adaptability: -32mm~+32mm focusing range fits thick-plate cutting and special processes (e.g., full-power carbon steel cutting with small nozzles).Stable Cutting Quality: Optional built-in capacitance amplifier + closed-loop tech maintains steady focus, ensuring consistent section results.Hassle-Free Maintenance: Drawer-type lens barrel allows 5-minute plug-and-play upkeep, reducing downtime costs.

Collision prevention design

Prevents tool path interference (e.g., adjusts bevel angles for H-steel cutting to avoid head-workpiece collisions).Avoids plate collisions (e.g., BCS100’s active function dodges warped plates to protect nozzles/ceramic rings).Simplifies maintenance (e.g., BLT310 enables quick recovery after accidental collisions).Enables instant stopping (mechanical + alarm signal combo stops immediately and resets easily post-minor hits).

90% Waterway Cooling Series

This series adopts a 90% full-body water cooling design for the optical path, which effectively controls the temperature of optical path components. It prevents optical path performance degradation caused by temperature changes, ensures the stability of laser transmission and focusing, and thereby improves cutting quality.Preventing Overheating Alarms of Components: Circulating cooling water can dissipate the heat generated by the nozzle and ceramic body due to thermal radiation from the steel plate. This avoids overheating alarms from the cutting head’s temperature sensor, ensures the equipment operates normally and continuously, and reduces downtime caused by overheating.Enhancing Equipment Reliability: Its water cooling design features an IP65-rated sealed structure and an aluminum alloy coating anti-corrosion process. This prevents blockages in the cutting head’s water circuit, avoids water leakage due to water cooling corrosion during long-term use, extends the cutting head’s service life, and enhances the overall reliability of the equipment.