Titanium Alloy Femur Fixator for Bone Alignment

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Titanium Alloy Femur Fixator for Bone Alignment

Customization:	Available
Application:	Orthopedic, Neurosurgery, Microsurgery
Material:	Steel

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Product Description

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Basic Specifications

Model NO.

External Fixation

Feature

Reusable

Certification

CE, ISO13485

Color

White & Black

Usage

Bone Fixation

Material Type

Titanium Alloy & Stainless Steel

Transport Package

Box

Specification

50*50*50CM

Origin

China

HS Code

90211000

Capacity

500,000 Pieces/Year

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Product Description

External Fixator-- Modular Fixation External Fixation System

Product Features

Distinguished by cutting-edge technology and user-friendly operation.
Allows independent arrangement of bone screws for proximal and distal fractures.
Incorporates snap-fit design for streamlined, time-efficient procedures.
Enhances fracture visualization using premium Medical aluminum carbon fiber.
Delivers optimal stability and flexibility in a compact frame.
Designed to address complex fractures and soft tissue loss.

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Components & Configurations

Component Name	Specification	Quantity
Pin To Rod Coupling	φ8/4-5	12
Rod To Rod Coupling	φ8/8	12
5-Hole Pin Clamp	φ8/5	3
Straight Post / 30° Post	φ8	2 / 4
Self Drilling/Self Tapping Bone Screws	φ5*120-180	20
Carbon Fibre Rod	φ8*200-350	12
Instrument Set (Wrenches, Drills, Screwdrivers)	Various	1 Set

Proximal Tibia External Fixator
Rod to Rod Coupling φ8/8	4 Pcs
Pin To Rod Coupling φ8/4-5	3 Pcs
Semi-Circular Curved Connecting Rod	1 Pc
Self Drilling Screws 5*150mm	5 Pcs

Femoral Shaft Fixator
Rod To Rod Coupling φ8/8	2 Pcs
Pin To Rod Coupling φ8/4-5	4 Pcs
Carbon Fibre Rod (200/250mm)	3 Pcs
Self Drilling Screws 5*150mm	4 Pcs

Pelvic Fixator Configuration
Rod To Rod Coupling	6 Pcs
5-Hole Pin Clamp	2 Pcs
Carbon Fibre Rod	4 Pcs
Screws 5*150mm	4 Pcs

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Frequently Asked Questions

1. What are the primary applications for this External Fixation System? This system is designed for bone fixation in various regions including the femur, tibia, pelvis, and ankle joints, specifically targeting complex fractures and cases with soft tissue loss.

2. What materials are used in the construction of these fixators? The components are manufactured using high-grade Titanium Alloy, Stainless Steel, and Medical Aluminum Carbon Fiber for optimal radiolucency and strength.

3. Is the External Fixator system reusable? Yes, the external frame components are designed to be reusable following proper sterilization protocols, making it a cost-effective solution for medical facilities.

4. Does the system provide clear imaging during X-rays? Yes, the use of premium medical carbon fiber rods enhances fracture visualization and allows for better monitoring of the healing process under imaging equipment.

5. What certifications do these medical devices hold? The products are fully compliant with international medical standards, holding both CE and ISO13485 certifications.

6. How does the snap-fit design benefit the surgical procedure? The snap-fit design allows for quick assembly and adjustment, significantly reducing the operative time and improving surgical efficiency.