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External Fixators

Price 3 USD ($)/ Piece

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MOQ : 1 Piece

External Fixators Specification

Features
Corrosion Resistant, Modular Design, Adjustable, Radiolucent

Function
External Immobilization and Support

Usage Type
Hospital/Clinical Use

Storage Instructions
Store in a Clean, Dry, Sterile Environment

Instruments Type
Orthopedic Fixation Device

Shelf Life
5 Years

Accuracy
High Precision Bone Alignment

Measurement Range
Customizable Fit for Limb Length

Equipment Type
External Fixator

Material
Stainless Steel, Aluminum Alloy

Condition
New

Technology
Orthopedic External Stabilization System

Portable
Yes

Wall Mounted
No

Real-Time Operation
Yes

Noise Level
Silent

Operating Type
Manual

Use
Bone Fracture Fixation and Support

Power Source
Manual (No External Power Required)

Dimension (L*W*H)
Customizable Sizes

Weight
Lightweight (Approx. 1-2 kg Depending on Configuration)

Color
Silver/Metallic Grey

Intended Application
Long Bone/Short Bone/Complex Fractures

Manufacturer Standard
Compliant with International Orthopedic Standards (ISO/CE certified)

Radiological Compatibility
Radiolucent Components for Clear Imaging

Sterilizability
Autoclavable

Patient Type
Adult and Pediatric

Pin Diameter
3-6 mm (Varies by System)

Biomechanical Stability
Enhanced Multi-Axial Stability

Installation Tool
Supplied with Assembly Instruments

Fixation Type
Unilateral, Circular, Hybrid

Pin Type
Self-Drilling and Self-Tapping Options

About External Fixators

External Fixators are widely used in trauma orthopedic surgeries for complex fractures, open fractures, and limb lengthening procedures. They allow surgeons to maintain precise bone alignment and stability while minimizing soft tissue damage. Advin Health Care manufactures External Fixators with precision, ensuring strength, biocompatibility, and reliable performance. Available in various designs and sizes, these fixators provide versatile solutions for upper and lower limb fractures, promoting efficient bone healing and optimal functional recovery.

Advanced Features:

Made from premium stainless steel and carbon fiber for strength and durability
Lightweight design allows ease of handling and patient comfort
Adjustable configuration for precise fracture alignment
Suitable for complex, open, and comminuted fractures
Provides stable external support while minimizing soft tissue injury

Multi-Type Fixation for Superior Stabilization

Whether unilateral, circular, or hybrid fixation is required, our external fixators adapt to a wide variety of fracture scenarios. This versatility supports both simple and complex bone injuries without compromising biomechanical stability. Modular design ensures easy adjustments and precise alignment, resulting in improved rehabilitation outcomes for patients.

Radiolucent and Sterile for Optimal Imaging and Safety

Radiolucent components ensure unobstructed imaging, facilitating accurate diagnosis and post-operative assessment. The fixator is fully autoclavable, supporting hospital protocols for infection control and patient safety. Each device is manufactured under strict ISO and CE guidelines, guaranteeing reliable performance in clinical settings.

FAQ's of External Fixators:

Q: How are external fixators installed, and what assembly tools are provided?

A: External fixators are manually installed using the supplied assembly instruments, which include specialized tools for accurate pin placement and device assembly. The modular design allows for rapid, precise installation tailored to the patient's anatomy and fracture type.

Q: What benefits does enhanced multi-axial stability provide for fracture fixation?

A: Enhanced multi-axial stability ensures the fracture site remains securely immobilized from multiple directions, promoting proper healing and reducing the risk of misalignment. This feature is critical for managing complex fractures and improving patient recovery times.

Q: When should I use self-drilling vs. self-tapping pins in this system?

A: Self-drilling pins are suitable for harder cortical bone, allowing efficient penetration without pre-drilling. Self-tapping pins are ideal for softer bone or cases requiring manual threading. Selection depends on patient age, bone density, and fracture complexity.

Q: Where can these external fixators be used and who can benefit from them?

A: These devices are designed for hospital and clinical use, serving both adult and pediatric patients with long bone, short bone, or complex fractures. Their adjustable and portable nature makes them suitable for diverse orthopedic departments and trauma centers.

Q: What makes the components radiologically compatible and how does this help during treatment?

A: Radiolucent components ensure the fixator does not hinder X-ray or other imaging modalities, allowing clinicians to monitor fracture alignment and healing without interference. This leads to more accurate treatment decisions and follow-up assessments.

Q: How should the external fixator be stored to preserve its shelf life and functionality?

A: Store the device in a clean, dry, sterile environment to prevent contamination and corrosion. Proper storage maintains the fixator's integrity and extends its shelf life to up to five years.

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