
Hoffmann Type External Fixation System
Internal, External Fixation, Support Immobilisers



Information
Manufacturer: Beijing Ruibaoli Medical Technology Co., Ltd.
Brand: Ruibaoli®
Product Overview
The Ruibaoli Hoffmann type External Fixation System is a versatile, modular external fixator designed for temporary or definitive stabilization of fractures and orthopedic reconstruction.
It is widely used in trauma, limb reconstruction, and damage control orthopedics, offering reliable stability, flexible configuration, and ease of intraoperative adjustment.
Key Features
Modular Design
Compatible rod–clamp structure allows rapid assembly and multiple frame configurations.
High Mechanical Stability
Provides strong axial, bending, and torsional stability to support fracture healing.
Flexible Adjustment
Allows postoperative adjustment of alignment, length, and position without frame removal.
Surgeon-Friendly Operation
Simple instrumentation and intuitive assembly reduce operating time.
Wide Clinical Compatibility
Suitable for both adult and pediatric patients.
Clinical Indications
Open and closed fractures
Polytrauma and damage control orthopedics
Temporary fixation prior to definitive internal fixation
Limb lengthening and deformity correction
Infection management and nonunion treatment
System Components
Carbon fiber or stainless steel connecting rods
Multi-function clamps
Schanz screws (various diameters and lengths)
Accessories for unilateral, bilateral, or hybrid frame configurations
Materials
Medical-grade stainless steel and/or carbon fiber
Biocompatible, corrosion-resistant, and sterilizable
Advantages
Proven Hoffmann–Stryker type structure, widely accepted worldwide
Cost-effective solution for hospitals and trauma centers
Stable performance under complex clinical conditions
Suitable for emergency, battlefield, and routine orthopedic use
Quality & Compliance
Manufactured under ISO 13485 quality management system
Products available according to regional regulatory requirements
OEM / ODM service available upon request
