Aerospace Sector
Core components include engine turbine disks, blades, and drive shafts. Profile error is controlled at the micron level-merely one-tenth the diameter of a human hair-directly determining the efficiency and lifespan of aero-engines while enabling operation in extreme space environments characterized by vacuums, rapid temperature fluctuations, and intense radiation.
Medical Device Sector
Applications cover components such as artificial joint implants, surgical robotic instruments, endoscope lenses, and ablation needles. Surface finishes reach the nanometer scale, and components must meet biocompatibility standards to ensure the precision of minimally invasive surgeries and the safety of implants.
Automotive Industry
Used in components such as fuel injection systems, transmission gears, and ABS valve bodies. Micron-level precision control directly impacts vehicle emissions, ride smoothness, and braking safety; for instance, maintaining a clearance of ≤0.05 mm between certain engine pistons and cylinder liners can extend engine lifespan by 30%.
Semiconductor Manufacturing
Core components-such as lithography machine stages, motion guide rails, wafer handling modules, and ball-placement nozzles-require nanometer-level positioning accuracy. In some applications, particulate emission is controlled to ≤0.1 μm per cycle. These components directly determine chip manufacturing yields and facilitate the industry's transition to 7nm and more advanced process nodes.
