Weighing only 3.5 kg, it effectively reduces inertia transmission to the robot’s supporting arm, enhancing overall motion stability. Suitable for laser systems with power up to 4000W, it is equipped with a sensor-enabled nozzle that detects the proper distance to the workpiece and automatically maintains a stable processing distance via a built-in Z-axis drive system.

Weighing only 3.8 kg, it effectively reduces inertial transmission to the robot’s supporting arm. It supports laser systems with up to 6000W power and features a nozzle that can automatically sense height and maintain the optimal distance from the workpiece, stabilized by a built-in Z-axis drive system. With up to 30mm of programmable adjustment (from the focal point to the nozzle tip), it enables precise cutting of materials with varying thicknesses and delivers the fastest drilling performance.

Capable of laser drilling holes in any shape, this technology achieves a higher level in cutting irregular materials. Its speed is four times faster than the traditional combination of robotic arms and laser heads, with precision doubled, significantly reducing the cycle time for laser cutting and trimming operations. It delivers cutting performance comparable to five-axis machining centers at a relatively lower cost! Weighing less than 17 kg, it is easier to mount on robotic arms and is ideal for drilling applications on pipes and sheets.