5.5 Polyaxial Reduction Screw

5.5 Polyaxial Reduction Screw Video

5.5 Polyaxial Reduction Screw PDF

5.5 Polyaxial Reduction Screw Specification

Product	Picture	REF	Specification
5.5 Polyaxial Reduction Screw		R55ZWC5030	Ф5.0*30mm
		R55ZWC5035	Ф5.0*35mm
		R55ZWC5040	Ф5.0*40mm
		R55ZWC5045	Ф5.0*45mm
		R55ZWC5535	Ф5.5*35mm
		R55ZWC5540	Ф5.5*40mm
		R55ZWC5545	Ф5.5*45mm
		R55ZWC5550	Ф5.5*50mm
		R55ZWC6035	Ф6.0*35mm
		R55ZWC6040	Ф6.0*40mm
		R55ZWC6045	Ф6.0*45mm
		R55ZWC6050	Ф6.0*50mm
		R55ZWC6535	Ф6.5*35mm
		R55ZWC6540	Ф6.5*40mm
		R55ZWC6545	Ф6.5*45mm
		R55ZWC6550	Ф6.5*50mm
		R55ZWC7035	Ф7.0*35mm
		R55ZWC7040	Ф7.0*40mm
		R55ZWC7045	Ф7.0*45mm
		R55ZWC7050	Ф7.0*50mm

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5. Sufficient 5.5 Polyaxial Reduction Screw.

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5.5 Polyaxial Reduction Screw : A Comprehensive Guide

The 5.5 polyaxial reduction screw represents a significant advancement in spinal fixation systems, combining flexibility, stability, and precision. It is a critical component in managing complex spinal conditions, particularly deformities and fractures requiring controlled reduction and stabilization. This guide provides an in-depth overview of the 5.5 polyaxial reduction screw, its features, advantages, clinical applications, and market potential.

What is 5.5 Polyaxial Reduction Screw？

A 5.5 polyaxial reduction screw is a specialized spinal implant designed for use with 5.5 mm diameter rods in posterior fixation systems. The term “polyaxial” refers to its multi-directional head movement, allowing for optimal rod alignment, while the “reduction” feature facilitates controlled repositioning of displaced vertebrae. Made from high-strength, biocompatible materials like titanium or cobalt-chromium, it is integral to achieving precise spinal alignment and stability in various surgical scenarios.

5.5 Polyaxial Reduction Screw Features

Polyaxial Head Movement

Allows multi-directional angulation for seamless rod alignment.

Reduction Capability

Facilitates controlled repositioning of vertebrae during surgery.

High-Strength Materials

Constructed from titanium or cobalt-chromium for durability and biocompatibility.

Self-Tapping Tip

Simplifies insertion, reducing the need for pre-drilling.

Optimized Thread Design

Enhances anchorage in both cortical and cancellous bone.

Corrosion Resistance

Ensures long-term reliability in physiological environments.

5.5 Polyaxial Reduction Screw Advantages

Precision Alignment

Allows accurate realignment of displaced or deformed vertebrae.

Enhanced Stability

Provides robust fixation for improved load distribution and spinal stabilization.

Versatility

Suitable for a wide range of spinal conditions and surgical techniques.

Durability

High-grade materials ensure resistance to mechanical stress and wear.

Ease of Use

Streamlined instrumentation simplifies the surgical workflow.

Improved Patient Outcomes

Promotes faster recovery and reduces the risk of complications.

5.5 Polyaxial Reduction Screw Treatment of Fracture Types

Spinal Deformities

Corrects scoliosis, kyphosis, and lordosis with precision and stability.

Traumatic Fractures

Stabilizes fractures and dislocations in the thoracic and lumbar spine.

Degenerative Diseases

Provides support in cases of spondylolisthesis, spinal stenosis, and disc degeneration.

Post-Tumor Resection Reconstruction

Maintains spinal integrity following vertebral tumor removal.

Complex Fusion Cases

Enhances construct stability in multilevel fusion surgeries.

Risks of 5.5 Polyaxial Reduction Screw Surgery

Infection

Postoperative infections, though rare, may require medical intervention.

Hardware Loosening

Improper placement or excessive biomechanical stress can compromise fixation.

Adjacent Segment Disease

Altered spinal mechanics may lead to degeneration in neighboring vertebral levels.

Implant Failure

Rare cases of screw or rod failure may necessitate revision surgery.

Soft Tissue Irritation

Occasionally, hardware prominence can cause discomfort in certain patients.

5.5 Polyaxial Reduction Screw Future Marke

Technological Innovations

Advancements in materials, reduction mechanisms, and surgical techniques enhance performance.

Rising Demand for Spinal Surgeries

Increasing incidences of spinal deformities, trauma, and degenerative conditions fuel adoption.

Global Adoption of Minimally Invasive Surgery (MIS)

Compatibility with MIS techniques broadens market reach.

Aging Population

Higher prevalence of spinal disorders among the elderly contributes to market expansion.

Emerging Markets

Improved healthcare infrastructure in developing regions supports adoption.

Summary

The 5.5 polyaxial reduction screw is an indispensable tool in spinal surgery, offering exceptional precision, stability, and adaptability. Its advanced design and versatile applications make it a vital component in addressing complex spinal conditions. With ongoing technological advancements and growing global demand, the 5.5 polyaxial reduction screw is poised to play a pivotal role in improving surgical outcomes and patient care.

Warm reminder: This article is for reference only and cannot replace the doctor's professional advice. If you have any questions, please consult your attending physician.