medical drill orthopedic/AO cannulated stainless steel bit

According to drawings or samples, we can customize CNC precision knife moulds,forming fixtures,brazing fixtures,wear-resistant parts high-precision accessories by(3DX technology)profile,super-hard, super-fine grinding with ceramics,tungsten steel,diamond,ultra-high anti-rust high-hardness high-toughness stainless steel titanium alloy, titanium and other series.

Our products are able to process various materials whatever are micro-thin,super-long, super-thin, super-wear-resistant,impact-resistanttop complex,and combined profile, will all provided with perfect cutting quality and tolerance ofdimension fine to 士0.0005mm(士0.5μm),andahigh-efficiency &low-cost application we deliver to you!

LZQ can manufacture CNC precision cutting tools and dies, forming jigs, brazing fixtures, wear-resistant components, and high-precision parts (via 3DX technology) in a wide range of materials including ceramics, tungsten carbide, diamond, ultra-rustproof stainless steel with high hardness and toughness, titanium alloy and titanium.

We produce by ultra-hard and ultra-precision grinding for your formed products!

Application domain: for orthopedic surgery

Material: UNS S42000 

(Super-high rust-proof stainless steel A+) (hardened HRC60°±2°Section)

Ultra-high anti-rust, high-sharpness and super-high wear-resistant stainless steel, with super-high wear resistance (super high hardness) performance and high standards of rust and corrosion resistance. It has a service life of 2 ~ 3 times longer than that of general stainless steel. The cutting edge keeps for a super-long time of cutting sharpness. Unmarked, with 5% Neutral salt spray test (ASTM B117), it doesn't rust after 300 hours, which meet FDA high standard. If for repeated use, it is recommended to clean and dry it in time after every surgery.

Wide range of applications. With excellent abrasion resistance and sharpness, it can be used to produce extremely complex, high-precision handle shapes and formed super-sharp edge structures.