• EgiFix Medical
  • EgiFix Medical

Categories

Proximal Femur Plate

Material:

  • SS 316 LVM
  • Titanium Grade 5 Eli

connections:

  •  Shaft holes accept 5.0mm locking screws and 4.5mm cortex screws.

 

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Description

EgiFix Medical Locking and Compression Plates System

EgiFix Medical offers a comprehensive system of locking and compression plates for various bone fractures, available in stainless steel 316 LVM and Titanium Grade 5 Eli.

Plate Design Features

  • Uniform Hole Spacing: Ensures consistent placement.
  • AO Plating Technique: Adheres to orthopedic standards.
  • Low Contact: Preserves blood supply.
  • Tapered Ends: Facilitates easy insertion.

EGI-LOC™ Features

The EGI-LOC™ Periarticular Locked Plating System combines locked and non-locked screws, providing:

  • Screw Angulation: 80° longitudinal and 14° transverse.
  • Compression and Neutral Screw Positions: Supports minimal invasive techniques.
  • Stability: Resists angular collapse and aids fracture reduction.

Locking Screw Design Features

  • Conical Head: Enhances alignment in threaded holes.
  • Large Core Diameter: Improves strength and load distribution.
  • Shallow Thread Profile: Allows stability without relying solely on threads.
  • Hexagonal Head: Ensures strong alignment with screwdrivers.
  • Self-Tapping: Easy insertion.

Compression Screw Design Features

  • ISO Standard 5835: Ensures quality and compatibility.
  • Hemispherical Countersink: Improves angulation and contact.
  • Hexagonal Head: Provides strong alignment.
  • Self-Tapping: Facilitates ease of use.

AO Principles

  • Anatomic Reduction: Ensures precise screw placement.
  • Stable Fixation: Locking screws provide angular stability.
  • Preservation of Blood Supply: Tapered ends and limited contact reduce vascular trauma.

Proximal Femur Plate Design Features

  1. Threaded Holes: Seven holes for 6.5mm locking cancellous screws.
  2. Anatomical Contouring: Fits the lateral aspect of the proximal femur.
  3. Bilateral Design: Left and right options accommodate femoral neck antiversion.
  4. Length Variability: Available lengths span the diaphysis for segmental fractures.
  5. Angular Stability: Locking screws provide stability regardless of bone quality.
  6. Load-Sharing: Tensionable plates enhance load distribution.
  7. Versatile Adaptation: Screws allow various angulations for different fracture patterns.

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