6.0 Polyaxial Reduction Screw

6.0 Polyaxial Reduction Screw Video

6.0 Polyaxial Reduction Screw PDF

6.0 Polyaxial Reduction Screw Specification

Product		Picture	REF	Specification
6.0 Polyaxial Reduction Screw			R6ZWC5030	Ф5.0×30mm
			R6ZWC5035	Ф5.0×35mm
			R6ZWC5040	Ф5.0×40mm
			R6ZWC5530	Ф5.5×30mm
			R6ZWC5535	Ф5.5×35mm
			R6ZWC5540	Ф5.5×40mm
			R6ZWC5545	Ф5.5×45mm
			R6ZWC5550	Ф5.5×50mm
			R6ZWC6035	Ф6.0×35mm
			R6ZWC6040	Ф6.0×40mm
			R6ZWC6045	Ф6.0×45mm
			R6ZWC6050	Ф6.0×50mm
			R6ZWC6535	Ф6.5×35mm
			R6ZWC6540	Ф6.5×40mm
			R6ZWC6545	Ф6.5×45mm
			R6ZWC6550	Ф6.5×50mm
			R6ZWC7035	Ф7.0x35mm
			R6ZWC7040	Ф7.0x40mm
			R6ZWC7045	Ф7.0x45mm
			R6ZWC7050	Ф7.0x50mm

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4.Make An Order Of XC Medico's 6.0 Polyaxial Reduction Screw.

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5. Sufficient 6.0 Polyaxial Reduction Screw.

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Product Photo

6.0 Polyaxial Reduction Screw : A Comprehensive Guide

The 6.0 polyaxial reduction screw is a critical innovation in spinal fixation systems, specifically engineered to address complex spinal deformities and fractures with precision and reliability. Featuring advanced reduction capabilities and a polyaxial design, this implant is widely used in modern orthopedic surgeries. This comprehensive guide explores its features, benefits, clinical applications, and future market prospects, offering valuable insights for medical professionals and researchers.

What is 6.0 Polyaxial Reduction Screw？

A 6.0 polyaxial reduction screw is an orthopedic implant designed for spinal stabilization and alignment. The "6.0" indicates its compatibility with 6.0 mm diameter rods, while the "polyaxial" feature refers to the multi-directional adjustability of its head, enabling precise alignment with the connecting rod. The reduction mechanism allows for controlled repositioning of displaced vertebral segments, making it particularly effective in correcting deformities and reducing fractures. Constructed from biocompatible materials such as titanium, it is a cornerstone in spinal fixation.

6.0 Polyaxial Reduction Screw Features

Polyaxial Head Movement

Allows multi-directional angulation for optimal rod alignment.

Reduction Mechanism

Facilitates controlled correction of displaced or misaligned vertebrae.

High-Strength Materials

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

Optimized Thread Design

Enhances anchorage in both cortical and cancellous bone.

Self-Tapping Tip

Simplifies insertion, reducing the need for pre-drilling.

MIS Compatibility

Designed for minimally invasive surgical techniques, reducing recovery time.

6.0 Polyaxial Reduction Screw Advantages

Precision Alignment

Enables accurate realignment of vertebrae, improving spinal stability.

Enhanced Stability

Provides robust fixation, critical for long-term patient outcomes.

Minimized Revision Risk

Durable design reduces the likelihood of hardware failure.

Versatility

Suitable for a wide range of spinal conditions, including trauma and deformities.

Patient-Centered Design

Compatible with MIS approaches, minimizing postoperative discomfort and recovery time.

Ease of Use

Streamlines surgical workflows, reducing operating room time.

6.0 Polyaxial Reduction Screw Treatment of Fracture Types

Spinal Deformities

Corrects conditions such as scoliosis, kyphosis, and lordosis with precision.

Traumatic Fractures

Stabilizes vertebral fractures and dislocations in the thoracic and lumbar spine.

Degenerative Conditions

Provides stability in cases of spondylolisthesis and spinal stenosis.

Post-Surgical Instability

Ensures alignment and stabilization following tumor resections or other complex procedures.

Pediatric Applications

Adaptable for use in younger patients with deformities or trauma.

Risks of 6.0 Polyaxial Reduction Screw Surgery

Infection

Postoperative infections, though rare, may occur and 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 under extreme stress may necessitate revision surgery.

Soft Tissue Irritation

Hardware prominence can occasionally cause discomfort in patients.

6.0 Polyaxial Reduction Screw Future Marke

Technological Advancements

Innovations in design, materials, and manufacturing processes enhance implant performance.

Increasing Demand for Spinal Surgeries

Rising prevalence of spinal deformities, trauma, and degenerative conditions fuels adoption.

Global Acceptance of MIS

Compatibility with minimally invasive techniques expands its market reach.

Aging Population

Higher prevalence of spinal conditions among the elderly contributes to growth.

Emerging Markets

Improved healthcare infrastructure in developing regions fosters broader adoption.

Summary

The 6.0 polyaxial reduction screw is a cornerstone in spinal fixation systems, offering unparalleled precision, stability, and adaptability. Its advanced features and broad applications make it a critical tool in treating complex spinal conditions. With continuous technological advancements and growing global demand, the 6.0 polyaxial reduction screw is set to play a pivotal role in enhancing surgical outcomes and improving 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.