Hollow Medical Planetary Gearbox for Orthopedic Bone Drill
Description
Planetary Gearbox for Orthopedic Surgical Tools
This two-speed planetary gearbox is customized for medical surgical power tools. It comes with hollow design, high torque, corrosion resistance and low noise. It can be assembled into Bone Drill Handpiece and fits most guide pins and interfaces.
Materials:
Medical‑grade stainless steel.
Excellent resistance against salt‑spray erosion as well as acid corrosion.
Feature：
Hollow structure: 4.00mm inner bore for guide pin passage
High torque: 3.3 N·m output (imported equivalent ~4 N·m)
Low noise: High-precision gearing for stable clinical performance
Corrosion resistant: Tolerates repeated autoclave sterilization up to 135°C
High concentricity: Axial runout ≤0.05mm
Rated speed: 600 rpm, meets medical surgical power standard
Universal compatibility: Matches different medical power hosts
Applicable For These Medical Devices:
Medical Surgical Drill
Surgical Bone Drill
Orthopedic Instruments
Cannulated Drill
Kirschner Wire Drill / K-wire Drill
FAQS:
Q: What sterilization condition can this medical planetary gearbox withstand?
A: It can resist high temperature up to 135°C, compatible with standard autoclave sterilization for surgical tools.
Q: How about the concentricity performance of this hollow planetary gearbox?
A: Its axial runout is controlled within 0.05mm, ensuring precise and smooth drilling in orthopedic surgery.
Q: Does this planetary gearbox support different brands of medical power hosts?
A: Yes. It is designed with universal conversion interfaces to match most mainstream medical host systems.
Q: What is the advantage of the multi-purpose adapter interface of this gearbox?
A: The multi-purpose conversion interface enables flexible integration into different clinical bone drill assemblies.
Q: Is the gearbox structure fully sealed for clinical use?
A: It adopts fully sealed manufacturing process, which protects internal components well during repeated disinfection cycles.
Main Testing Equipment: