Delivering innovation and care to every corner of the world.
Precision Laser Machining for Medical Endoscopy Components
Custom laser machining for medical endoscope components
0.017mm laser beam, controlling cutting accuracy within 0.02mm.
High-precision welding technology, achieving welding for camera modules as small as 0.5*0.5mm, ensuring stability and reliability of micro cameras.
High-precision injection molding with ±0.5℃ temperature control, ensuring durability and comfort of handles.
Committed to international standards and continuous improvement
Medical Devices Quality Management System
Quality Management System Certification
Medical Device Risk Management
Standardized service workflow to ensure smooth project execution
Thoroughly understand the customer's product specifications, performance requirements, and application environment
Develop the optimal solution and production process workflow
Create samples for testing and verification to ensure quality requirements are met
Carry out large-scale production strictly according to process standards
Comprehensive quality checks and performance verification to ensure product compliance
Timely product delivery with complete after-sales technical support
Insights and Innovations in Medical Endoscopy
Advanced camera cable welding with laser micro-welding and gold wire bonding ensures medical-grade reliability. It enables smaller diameters, stable imaging, and better surgical performance in minimally invasive procedures.
High-end medical endoscope articulation joints, though formed by laser cutting, derive their true flexibility and reliability from precision processes such as cleaning, polishing, heat treatment, surface treatment, and inspection. It is these meticulous steps that transform the snake bone from 'form' to 'soul', making it a safe and reliable core medical component.
China's disposable endoscopes rely on a complete supply chain system and advanced manufacturing processes, rapidly rising in the global market. We are not only deeply involved but also leverage resource integration and technological innovation to transform this advantage into high-quality, reliable medical solutions that meet international standards.
Insertion tube fatigue testing ensures safety and reliability by simulating extreme bending and torsion over thousands of cycles, helping prevent failures and ensure compliance.
