This device integrates high-precision mechanical structures, high-performance fiber lasers, intelligent numerical control systems, and advanced 3D cutting heads. It can automatically, efficiently, and accurately complete various metal 3D parts (such as automotive components, aerospace structural parts, kitchen and bathroom hardware, etc.) cutting, drilling, trimming, and other processes. It is a cutting-edge equipment for achieving flexible, automated, and intelligent production.
equipped with high-power fiber lasers from internationally renowned brands such as IPG and Raycus, with high photoelectric conversion efficiency, excellent beam quality, stable energy, ensuring smooth cutting surfaces, no slag residue, high precision, and greatly reducing subsequent polishing processes.
High dynamic performance 3D cutting heads from imported brands such as Precitec and Raytools are used. Equipped with automatic focusing (AF), automatic collision protection (anti-collision), and capacitive height tracking (Z-axis automatic tracking) functions, it can maintain the optimal distance between the nozzle and the workpiece surface in real time, ensuring extremely high machining consistency even when cutting complex surfaces at high speeds.
Professional servo control system and algorithms enable microsecond level synchronization between machine tool axis motion and laser output, smooth corners without overburning, and high roundness of circular holes.
Made of high-quality cast iron or steel structural components that have been welded and annealed, it has extremely high mechanical rigidity and stability, effectively absorbs vibration, and ensures the accuracy retention of the equipment under long-term high-speed operation.
Using high-precision gear rack/servo motors (for X and Y long axes) and precision ball screws/servo motors (for Z-axis), combined with high-performance linear guides, to ensure smooth, fast, and precise positioning of motion.
Standard five or six axis linkage (X, Y, Z, A, B, C axes) can easily handle cutting tasks at any angle and complex surfaces in space, without any machining dead zones.
The processing and manufacturing of various complex shaped parts and artworks.
Personalized processing of treadmill frames, elliptical machines, metal chairs, and creative metal furniture.
3D cutting and drilling of products such as range hoods, gas stoves, water heaters, stainless steel sinks, etc.
Precision cutting of excavator cab, boom, and irregular pipe structural components.
Processing of precision 3D components such as engine parts, titanium/aluminum alloy skeletons, skins, and conduits.
Cutting and trimming of white body, chassis, suspension system, exhaust pipe, bumper, airbag generator, thermoformed 3D parts, etc.
