With "optics as the core, mechanics as the framework, and electronic control as the brain", we provide full-process opto-mechatronics system customization services from demand definition to mass production and delivery. We break through the performance bottlenecks of single components and build high-performance, dedicated solutions featuring collaborative optical‑mechanical‑electronic integration, adapting to complex application scenarios across industries.

• Cross-dimensional Demand Analysis: Through technical interviews and scenario simulation, we accurately define core requirements – including optical performance (resolution, field of view, spectral range), mechanical structure (dimensions, weight, anti-vibration level), electronic control functions (response speed, control accuracy, interface protocol), as well as environmental adaptability (temperature, humidity, dust resistance) and mass production feasibility, to form a quantified technical specification.
• Collaborative Solution Design: A dedicated team of optical, mechanical and electrical engineers delivers an integrated design. Using professional software including ZEMAX, SolidWorks and MATLAB, we perform optical simulation, structural mechanics analysis and electrical control logic simulation, followed by multi-module collaborative verification to ensure seamless integration of imaging, motion and control, avoiding risks in later integration.
• Prototype Development & Debugging: Based on the design, we manufacture and procure customized optical components (lenses, filters), precision mechanical parts (guides, brackets) and dedicated electronic control modules (mainboards, drive units), then conduct integrated assembly. Step-by-step debugging – optics first, mechanics second, electronics last – resolves matching issues and ensures the prototype meets target performance.
• Full-scenario Performance Verification: The prototype is tested under simulated real working conditions using professional equipment for full-index validation, including optical precision (interferometer, resolution chart), mechanical stability (vibration table, displacement sensor) and electrical response (oscilloscope, signal generator). Deviations are quickly addressed and optimized until all specifications are satisfied.
• Standardized Mass Production & Service: Upon design approval, standardized mass production begins with strict control over component quality, assembly accuracy and test data to guarantee consistent performance for every system. Delivery includes operation manuals, test reports and maintenance guides, supported by ongoing technical services such as software updates and troubleshooting for long-term stable operation.