Case Studies
High-Precision Machining of Core Transmission Components for Minimally Invasive Surgical Robots
For a medical device company's minimally invasive surgical robot project, QuicMan used imported 5-axis machining centers to perform high-precision cutting on titanium alloy and medical-grade stainless steel, successfully overcoming thin-wall deformation challenges and ensuring assembly precision.
Lightweight Aluminum Alloy Frame Structure for Commercial Satellites
A lightweight frame customized for commercial micro-satellite R&D features complex surfaces after topology optimization that require exceptional surface finish and structural strength. We used custom tooling and specialized tool paths to faithfully realize the design intent.
Autonomous Driving Radar Sensor Enclosure for New Energy Vehicles
The millimeter-wave radar enclosure for autonomous driving has stringent electromagnetic shielding and water/dust protection requirements. We used dedicated aluminum alloy for full CNC forming with anodizing, passing IP68 protection testing.
Custom Flanges and Shafts for High-Torque Servo Motors
Custom high-torque servo motor transmission components for industrial robot arms require extreme wear resistance and fatigue strength. Turn-mill composite machining achieved one-shot forming, avoiding secondary assembly errors.
Oxygen-Free Copper Liquid-Cooling Module for Wafer Lithography Systems
Lithography systems require exceptional thermal conductivity and sealing for heat dissipation. QuicMan's oxygen-free copper micro-channel cooling module features 0.5mm water channel walls, with micro-machining ensuring unobstructed, burr-free flow paths.
Precision Zoom Optical Barrel for High-Magnification Microscopes
High-precision optical instrument barrels require special anti-reflection thread machining on inner walls to prevent stray light reflection. We pioneered non-standard thread turning in CNC lathe operations, perfectly solving inner wall glare issues.