Multi-Layer Composite Enclosure for Medical Robots

Designed to meet the integrated protection needs of mobile medical care robots, this component features a multi-layer stacked structure that effectively consolidates the assembly space for internal battery packs, control motherboards, and drive units. The top panel includes预留 openings for display installation and heat dissipation grilles, while the sides are equipped with ergonomic recessed handles. The base utilizes a universal wheel bracket for flexible mobility. The overall appearance features smooth, streamlined contours, satisfying cleaning requirements for sterile environments and eliminating the risk of sharp edges causing accidental bumps to medical staff.

The manufacturing process strictly controls the forming precision of large-size thin-walled sheet metal and the fit tolerances at multi-segment joints, ensuring tight inter-layer connections with no visible step differences. The factory employs high-precision laser cutting for blanking and CNC bending machines for the accurate forming of complex curved surfaces, while welding processes guarantee the rigidity of the enclosure structure. To meet high standards for surface quality, an eco-friendly powder coating treatment is applied, providing chemical corrosion resistance and ease of disinfection. This also achieves a dual-tone visual effect with a white body and blue accents, complying with the strict aesthetic consistency and weatherability norms of the medical device industry.

Leveraging an ISO 9001-certified production system and a comprehensive surface treatment chain, we provide one-stop services from structural unfolding and mold development to final assembly. Equipped with Coordinate Measuring Machines (CMM) and salt spray testing chambers, we strictly monitor key mounting hole dimensions and coating adhesion, ensuring long-term stability under frequent movement and disinfection conditions. We support non-standard customization based on customer drawings, meeting the dual demands for structural strength and aesthetic quality in high-end equipment enclosures for smart healthcare and automated logistics industries.