Specifically designed for the processing and upgrading of medical components, it achieves integrated and linked processing of "precision micro-hole drilling + sterile contour cutting". A single device replaces the traditional multi-process of separate drilling, cutting, and trimming. The workpiece is clamped and positioned once, with fully enclosed and dust-free processing throughout the entire process. There is no need for secondary transportation, repeated alignment, or manual polishing, thus avoiding secondary contact contamination, dust residue, foreign matter adhesion, and other taboos in medical processing from the root. It effectively solves the pain points of medical catheters, slow-release microneedles, filter membranes, and implant accessories that are prone to contamination, residue, and poor consistency during separate processing, fully adapting to the clean production specifications of medical products

Equipped with a medical-specific UV/ultrafast laser cold processing light source, the heat-affected zone is extremely controllable, with no thermal diffusion or high-temperature burning. This completely eliminates yellowing, deformation, and carbonization residues of medical polymer materials. Metal implants have no thermal stress, no oxide layer, and no microcracks. The drilled holes are uniform and transparent, with smooth walls and no recast layer. The cutting incisions are flat and vertical, with no burrs or serrations. No chemical cleaning or polishing post-treatment is required. After processing, the original biocompatibility of the workpiece material remains unchanged, with no impurity residues, meeting the stringent quality inspection requirements for sterility, safety, and high reliability of medical devices

Equipped with a self-developed medical-grade process parameter system for household use, it automatically matches exclusive pulse parameters, energy density, and processing paths for special materials such as PEBAX, TPU, PU medical polymer tubing, stainless steel, cobalt-chromium alloy implant materials, medical filtration films, silicone sheets, and ceramic-based medical substrates. It supports complex medical irregular structures, dense array drug release holes, high-precision liquid guiding micropores, ultra-thin medical sheet hollowing molding, and one-click graphic import for automatic processing. There is no need for repeated debugging when changing orders, making it suitable for medical new product development and standardized mass production

Equipped with a dual-CCD high-definition medical-grade visual positioning system and a fully closed-loop servo micrometer-level feedback control, the drilling and cutting processes achieve zero tooling error, ensuring that hole positions are precisely aligned with the contour without any deviation. This thoroughly resolves issues such as minor dimensional deviations, uneven array holes, and contour deformations in medical precision components. For high-precision products like minimally invasive intervention accessories, implantable precision parts, and medical microfluidic components, the batch processing exhibits strong consistency, with a stable yield rate of over 99.9% in mass production. This effectively mitigates assembly failures and usage risks caused by substandard precision of medical components

The entire machine adopts a closed dust-free processing chamber and a professional dust and residue purification system, ensuring no dust splashes or debris remains during the processing. The chamber is easy to clean and has no sanitary dead zones, making it suitable for deployment in medical cleanrooms and GMP production environments. The equipment operates without oil stains or consumable debris, achieving a fully dry and clean processing throughout. It fully complies with the core standards for clean, sterile, and residue-free medical device production, making it a core equipment for compliant mass production of high-end medical precision components

Equipped with a thickened shockproof precision frame, and subjected to multiple stress relief aging treatments, it maintains stability against long-term high-frequency micro-processing without vibration, precision drift, or structural deformation. The core optical path and transmission components are made of medical-grade precision materials, featuring strong anti-interference, resistance to cleanliness and washing, and high stability. They require no major maintenance for 7 years, have an extremely low failure rate, and can be stably adapted to 24-hour standardized and compliant continuous production in medical settings for an extended period. This significantly reduces the cost of equipment operation and maintenance, as well as quality control for enterprises