Laminar Hooks

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Laminar Hooks Specification

Usage Type
Surgical Use

Accuracy
High Precision

Features
Corrosion Resistant, Durable, Lightweight, Smooth Finish

Instruments Type
Surgical Instrument

Storage Instructions
Store in dry, clean place, sterilize before each use

Function
Retraction and manipulation of lamina in spinal surgery

Shelf Life
Long Lasting

Equipment Type
Laminar Hook

Material
Stainless Steel

Condition
New

Technology
Manual

Portable
Yes

Wall Mounted
No

Noise Level
Silent

Operating Type
Hand Operated

Use
Orthopedic Surgery / Spinal Surgery

Dimension (L*W*H)
Standard Medical Size

Weight
Approx. 30 grams

Color
Silver

Shape
Hooked

Application
Neurology, Orthopedics

Edge Type
Smooth

Surface Finish
Polished

Reusability
Reusable

Handle Type
Ergonomic

Sterilization
Autoclavable

Manufacturer Warranty
1 Year

Packing Type
Individual Blister Pack

About Laminar Hooks

Leminar Hooks are specialized implants used in orthopedic surgery to support and stabilize bones and tissues. They play a vital role in surgical procedures that involve spine or bone fixation. These hooks are designed for strong grip and reliable performance during recovery.

Advanced Features:

High-strength, corrosion-resistant material for long-lasting use
Anatomically contoured shape for precise fit and stability
Smooth surface finish to minimize tissue irritation
Compatible with various orthopedic fixation systems
Designed for easy surgical handling and placement

Ergonomic Design for Maximum Control

Equipped with an ergonomic handle and smooth, polished surface, this Laminar Hook provides surgeons with superior grip and maneuverability. Its lightweight construction ensures reduced hand fatigue during prolonged procedures, while the hooked shape allows for precise tissue retraction and manipulation in complex neurosurgical and orthopedic cases.

Safe, Durable, and Autoclavable for Repeated Use

Made from high-quality stainless steel, the Laminar Hook is autoclavable and corrosion resistant, ensuring a long shelf life and repeated safe use in clinical environments. Each hook is individually blister packed, supporting sterile protocol and simplifying handling in the operating room.

FAQs of Laminar Hooks:

Q: How should the Laminar Hook be sterilized before use?

A: The Laminar Hook should be sterilized by autoclaving before each surgical use to ensure safety and prevent infection. Always store the instrument in a dry, clean environment, and follow standard sterilization protocols.

Q: What benefits does the ergonomic handle provide during surgery?

A: The ergonomic handle is designed for comfort and precise control, helping reduce surgeon hand fatigue during extended procedures and allowing for high accuracy in tissue manipulation and retraction.

Q: When is it appropriate to use the Laminar Hook in surgical procedures?

A: The Laminar Hook is specifically intended for use in neurology, orthopedic, and spinal surgeries when retraction or manipulation of the lamina is required. Its smooth, polished finish makes it ideal for delicate tissue work.

Q: Where is this instrument manufactured and distributed from?

A: This Laminar Hook is manufactured, exported, and supplied by a trusted provider based in India, ensuring compliance with standard medical quality criteria.

Q: What is the process for ensuring the Laminar Hook remains in optimal condition?

A: After each use, clean the hook thoroughly and sterilize using an autoclave. Store it in its individual blister pack in a dry, clean area to maintain its longevity and effectiveness.

Q: What are the primary features that make this Laminar Hook suitable for repeated surgical use?

A: Made from corrosion-resistant stainless steel with a polished, smooth surface, it is autoclavable, lightweight, and durable. Its ergonomic design and reusable construction make it ideal for repeated sterile surgical applications.

Q: How does the smooth edge of the Laminar Hook contribute to patient safety?

A: The smooth edge minimizes the risk of tissue injury, ensuring safer surgical outcomes by allowing gentle and controlled retraction and manipulation during spinal and orthopedic procedures.

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