Medical Drill Bit Straightening Solution
Our Medical Drill machine is a perfect example of this commitment to excellence. It is designed with state-of-the-art technology for accuracy and speed that can’t be matched by any other machine on the market. This allows us to provide accurate results to our customers while also completing projects quickly and efficiently.
Application Of Medical Drill

Orthopedic Surgery
Focusing on precision Straightening of orthopedic surgical drill bits, covering trauma surgery, joint replacement, spine surgery and other fields.
- Bone Drill/Core Drill
- Medullary Cavity Reamer
- Screw Drilling Bits
- Joint Replacement Drill
Dental Treatment
To meet the needs of dental surgeries such as oral implants and root canal treatment, a micro drill bit alignment process is developed. Through the precision control system, high-precision alignment of small-diameter drill bits is achieved to ensure the accuracy of dental surgery.
- Implant Drill Bit
- Root Canal Treatment Drill Bit
- Dental Preparation Drill Bits
- Bone Tissue Drill Bit


Neurosurgery
Focusing on precision Straightening of orthopedic surgical drill bits, covering trauma surgery, joint replacement, spine surgery and other fields.
- Skull Drill Bit
- Precision Minimally Invasive Drill Bit
- Lamina Drill Bit
- Precision Craniotomy Drill Bit
Advantages of Medical Drill Straightening Machine
- Better Material Quality: Material straightening eliminates the internal stress in the materials, hence avoiding the possible bending and twisting, for better quality material during the manufacturing process.
- Greater Production Efficiency: This category of Medical Drill equipment provides a faster rate of processing, allowing an output speed much quicker than can be hoped to be procured through traditional handling using manual means.
- Material Wasting Minimization: Material wasting, in the form of raw and scrap materials, can be minimized as straightening is accurate.
- Higher Yield Rates: Mechanical straightening represents much improved yield rates for finished product, which result in lowered scrap and rework and are generally created due to material issues.
- Great applicability: The technology is workable to many kinds of metal materials, including steel, aluminum, copper, and has been applied across the very many different industrial sectors.
- Labour cost savings: This mechanization reduces dependency on highly skilled technicians, and therefore, it makes quite good savings of labour costs compared with manual correction. The high reproducibility of mechanical straightening equipment can be adjusted and set to very good uniformity between the straightening effects of every batch of materials, so as to improve the product repeatability.
- Improved Safety: During mechanization, security of workers is an improved factor due to minimum contact with hot metals, which are dangerous materials in the course of production.