Description
MCD Milling Surface Tool Primary Uses
Optics & Photonics
- Machining infrared (IR) lenses, laser optics, and reflectors requiring mirror finishes (Ra < 10 nm).
- Producing defect-free surfaces to minimize light scattering.
Medical Devices
- Machining implants (e.g., orthopedic joints) and surgical tools from non-ferrous materials (e.g., titanium, PEEK).
- Creating biocompatible surfaces with zero micro-scratches or contamination.
Aerospace & Defense
- Finishing gyroscopes, inertial navigation components, and radar waveguides needing sub-micron dimensional stability.
Electronics & Semiconductors
- Milling copper mirrors for EUV lithography, ceramic substrates, and microfluidic chips.
- Achieving burr-free edges on brittle materials (e.g., silicon, germanium).
Automotive Luxury Trim
- High-gloss machining of aluminum, brass, or carbon fiber for dashboards/emblems.
Processing Materials and Applications
Application: For high-gloss, ultra-high precision and mirror processing of mobile phone middle frame.
Processing Materials: Aluminium alloy, copper, plastic and other non-ferrious metals and non-metals.
MCD (Mono-Crystalline Diamond) Tools: The Ultimate Solution for Superior Mirror Machining
Unmatched Precision & FinishMCD diamond tools deliver true mirror-like surface finishes, effortlessly achieving sub-micron workpiece accuracy and nanometer-level surface roughness (extremely low Ra values).
Exceptional Cutting PerformanceMachined surfaces exhibit outstanding gloss and uniformity, resulting in a brilliant, mirror-bright finish that significantly enhances product aesthetics and functional performance.
The Benchmark for Ultra-PrecisionLeveraging diamond's supreme hardness, wear resistance, and sharp cutting edge, MCD tools are globally recognized as the ideal and reliable choice for achieving the highest quality ultra-precision machining.
