Breaking the limitations of traditional equipment with single functionality, it truly achieves the free switching between "precision laser drilling + precise contour cutting" dual processes. A single device replaces the entire set of workstations including "drilling machine + cutting machine + manual transfer". The workpiece is clamped and positioned once, and it automatically completes the processing of array micro-holes, irregular holes, blind holes, through-holes, as well as contour cutting, hollowing, trimming, and blanking. This completely eliminates the need for cross-device transfer, secondary alignment, and repeated clamping processes. It effectively avoids dimensional deviations and workpiece wear caused by multiple positioning, significantly streamlines the production process, reduces the floor space occupied by workstations, and enables full-process mass production even in small workshops.

Equipped with a dual-CCD high-definition visual positioning system and a fully closed-loop servo control, the drilling accuracy can reach the ultra-micro hole level of 0.003mm, and the cutting positioning accuracy is ±0.01mm. There is zero deviation in the relative position of the hole position and the outer contour, completely solving common problems in step-by-step processing such as hole position deviation, uneven edges, tool misalignment, and contour deformation. The drilling hole wall is smooth, burr-free, edge-free, and crack-free, and the cutting section is flat and vertical, without oxidation or slagging. After processing, it can be directly assembled and used. The yield rate of batch processing is stable at over 99.8%, perfectly meeting the high-precision assembly requirements of precision components

Equipped with a self-developed database for all materials used in household applications, it automatically matches drilling power, pulse frequency, cutting speed, and light path parameters for different materials such as metal, plastic, glass ceramics, film, wood, and acrylic. It supports one-click import of CAD/AI drawings, with the system intelligently recognizing graphics, automatically distinguishing between drilling areas and cutting paths, automatically optimizing layout, and automatically avoiding processing in certain areas. The process switching has zero delay, eliminating the need for manual repeated parameter adjustment, significantly shortening the debugging cycle for changing orders. Orders with multiple categories, small batches, and fast delivery times can be quickly implemented, adapting to flexible production requirements

Optional UV/fiber/ultrafast laser light sources, tailored processing modes for various materials, ensuring flexible materials are free from extrusion deformation and stretching burns, brittle materials are protected from edge cracking and hidden microcracks, and metal materials avoid thermal deformation and oxidation blackening. It can not only perform precise drilling and cutting on films, fabrics, leather, and plastic sheets but also handle precision processing of metal plates, ceramic glass, hard alloys, and thick tubular materials. With a wide range of material adaptability, one device can cover the processing needs of multiple types of workpieces across the entire factory

Compared to traditional sub-machine processing mode, the process efficiency is improved by 3-8 times. A single device can replace multi-station manual labor and multiple standalone devices, significantly saving equipment procurement costs, workshop floor space costs, manual transportation and debugging costs. It supports 24-hour unattended continuous mass production, fully automated processing, eliminating manual operation errors and secondary loss of workpieces. The material utilization rate is greatly improved, and the comprehensive production cost is reduced by more than 40%. The cost-effectiveness of mass production far exceeds that of traditional sub-machine equipment

The entire machine adopts a thickened industrial-grade frame and aging stress relief technology, ensuring a stable and shock-resistant structure. It operates at high speed without shaking or precision drift, and remains deformation-free and position-accurate even in long-term high-frequency mass production. The core components are sourced from branded original configurations, featuring sealed and dust-proof optical paths, precise and durable transmission, and an average trouble-free operation time exceeding 12,000 hours. It is maintenance-free for 7 years, with simple daily operation and maintenance, and an extremely low failure rate. It is suitable for high-intensity, continuous production scenarios in factories