Pedicle Screw In Titanium Spine Implant

Name: Pedicle Screw In Titanium Spine Implant
Brand: Jalaram Surgico
Price: 1000 INR
Availability: InStock

Price 1000 INR/ Piece

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MOQ : 8 Pieces

Pedicle Screw In Titanium Spine Implant Specification

Material
Titanium

Wear Type
Other

Condition
New

Technology
Other

Portable
No

Wall Mounted
No

Light
Other

Camera
No

Variable Speed
No

Operating Type
Other

Usage
Open Surgery

Thread Type
Cancellous

Screw Diameter
4.5 mm

Rod Diameter
5.5 mm

Anodized Color Coating
Present

Implant Grade
Surgical Titanium

Hexagonal Socket
Yes

Drive Type
Star

Screw Length
30mm

Single Use
Yes

Application Level
Lumbar

Screw Type
Polyaxial

Pedicle Screw In Titanium Spine Implant Trade Information

Minimum Order Quantity
8 Pieces

Payment Terms
Cash in Advance (CID)

Supply Ability
5000 Pieces Per Month

Delivery Time
7 Days

Main Domestic Market
All India

About Pedicle Screw In Titanium Spine Implant

Buy the elite Pedicle Screw In Titanium Spine Implant crafted for commanding performance in lumbar spinal fixation. This renowned implant boasts a screw diameter of 4.5 mm and length of 30 mm, featuring a polyaxial design with enviable flexibility. The device is fabricated from surgical-grade titanium, ensuring corrosion resistance and long-lasting reliability. It includes anodized color coating, a star drive type, and a hexagonal socket for secure and precise engagement. Engineered for open surgical procedures, access outstanding innovation from a trusted India-based supplier and trader.

Applications and Surface of Use

Specially designed for the lumbar region, the Pedicle Screw In Titanium Spine Implant is intended for use in open surgeries. The implant interfaces effectively with cancellous bone, providing stable fixation in the vertebral segments. Its application media comprises surgical procedures within hospital and clinical settings, particularly for patients requiring structural spinal support. With its corrosion-resistant finish and enviable design, this implant is suited for orthopedic and neurosurgical environments, ensuring optimal bone screw integration in the targeted application place.

Export Markets, Certifications, and Packaging

We offer this advanced spine implant to main export markets including the USA, Europe, and Southeast Asia, ensuring the lowest price for bulk orders. Packaging details involve sterile, tamper-proof containers to maintain product integrity during order processing and shipment. Certified to meet international surgical titanium standards, each unit includes comprehensive documentation. Benefit from streamlined order processing and efficient delivery for hospital supply chains globally-contact us now to buy elite quality at a competitive advantage.

FAQ's of Pedicle Screw In Titanium Spine Implant:

Q: How is the Pedicle Screw In Titanium Spine Implant used in surgical procedures?

A: The implant is inserted during open lumbar surgeries to stabilize and support vertebrae. Its polyaxial screw head allows surgeons to adjust the rod position for optimal fixation.

Q: What makes the titanium composition of this spine implant enviable?

A: Surgical-grade titanium provides commanding corrosion resistance, biocompatibility, and strength, ensuring lasting performance and patient safety in demanding surgical environments.

Q: When should a polyaxial pedicle screw system be considered for use?

A: Use is recommended in lumbar spinal stabilization cases such as fractures, deformities, or degenerative disorders where multi-directional rod positioning is required.

Q: Where can these implants be sourced and are they suitable for international markets?

A: These renowned implants can be sourced from leading suppliers and traders in India and are certified for export to major markets worldwide, complying with strict international medical standards.

Q: What is the benefit of the star drive and hexagonal socket design?

A: This configuration offers superior grip and torque control during insertion, minimizing slippage and ensuring precise placement within cancellous bone structures.

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