Grinding Bur, SDC Grinding Bur, Medical SDC Grinding Bur

Medical Instrument
We can achieve perfect edge quality and dimensional tolerance up to±0.0005mm (±0.5μm) in the process of micro, ultra-long, ultra-thin, super-abrasive, impact-resistant, high-precision and combined ... VIEW MORE

Drill Bit

Driver

Screw

Wrench

Saw Blade

Shaver Blade

Cranial Perforator

Cranial Mill

Tap

Sleeves

Drill Guide

Medical Bur

Parallel Pin

Bone Fetcher

Drill Extension

Depth Gauge

Round bur

Rescue Kit/Help Kit

Water Pick
Implant
Corresponding and matching drills and tools of different types, forms, shapes, structures can be high precisely ground to mold according to different brands and different types of implants forms, shap... VIEW MORE

Implants

Abutment

Transfer
Cutting Tools
Super-hardness machining for special, non-standard new ite ms with different size and tolerance. VIEW MORE

Twist Drill

Milling Cutter

Cutting Blade

Profile Cutters

Seal Ring Cutting Tools

Smart Card Milling Bit

Carbide Broaching Tools/ Rifling Broaching Tools

HSS Tungsten Steel Ceramics Diamond Tool Jig Series
Accessory Parts
we can customize for you according to your samples or drawings for any manufacturing of ceramic,carbide,stainless high-speed steel, stainless steel, titanium alloy, titanium diamond, etc series, hig... VIEW MORE

Stainless Steel Precision Parts

Titanium Precision Parts

Stainless Steel & Ti Alloy Medical Instrument Series

Description

Application domain: dental, orthopedic surgery, maxillofacial surgery, neurosurgery
Material: Ultra-high anti-rust and high-hardness stainless steel ，Ultra high rust-proof and high wear-resistant stainless steel, diamond, carbide，SDC&CBNC
LZQ is an OEM factory for all kinds of medical bur, such as Cutting Bur/Bone File P190, Drill Stopper P31, Endoscopic/Arthroscopic Shaver blade P259, Bone Drill Point P227, etc. We can also produce a whole kit of tools for customers' surgical cases.

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Product Details

Ceramic series, with ultra-low density, ultra-light weight, and ultra-low eccentricity under ultra-high rotate speed, to solve the problem of mandrel insufficient rigidity, easy-to-beat and vibration

X-ray of a hip replacement.
The modern-day total hip substitute was pioneered by Sir John Charnley, specialist in tribology at Wrightington Hospital, England in the 1960s. He found that joint surfaces should be changed by way of implants cemented to the bone. His format consisted of a stainless metal one-piece femoral stem and head and a polyethylene, acetabular component, each of which were constant to the bone the usage of PMMA (acrylic) bone cement. For over two decades, the Charnley Low Friction Arthroplasty and its spinoff designs had been the most-used systems in the world. This fashioned the foundation for all cutting-edge hip implants.

Sdc Grinding Bur

Description

Product Details

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