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Galaxy Fixation

Modular External Fixation System

Galaxy™ Fixation is a versatile external fixation platform designed to support upper and lower extremity trauma applications. Its modular design, configurable components, and joint-specific solutions allow surgeons to create fixation constructs tailored to a broad range of fracture patterns and clinical scenarios.

The Galaxy Fixation System is designed around a modular platform that allows surgeons to build stable external fixation constructs using a wide range of clamps, rods, joint modules, and fixation components. From temporary stabilization to definitive fracture management, Galaxy supports procedural flexibility while maintaining a streamlined instrumentation philosophy.

Whether treating upper or lower extremity trauma, surgeons can configure the system to address varying anatomies and fracture patterns using common components across multiple applications.

Key Features

Modular Platform

Galaxy’s component-based design allows surgeons to configure fixation constructs using interchangeable clamps, rods, and accessories to accommodate a broad range of trauma procedures.

Independent Screw Placement

Independent clamp designs provide flexibility in screw positioning, allowing construct customization based on patient anatomy and fracture configuration.

Joint-Specific Solutions

Dedicated shoulder, elbow, and wrist modules support procedure-specific fixation while maintaining consistency across the Galaxy platform.

Sterile and Reusable Configurations

Available in procedure-specific sterile kits and reusable tray configurations to support operating room efficiency across multiple trauma applications.

Modular Technology

Galaxy’s modular technology platform combines configurable clamp options with dedicated joint-specific components, allowing surgeons to create customized fixation constructs across a broad range of trauma applications.

Independent Screw Placement

Designed to provide flexibility during construct assembly, Independent Screw Placement Clamps allow surgeons to position fixation screws based on patient anatomy and fracture configuration. Their modular design supports customized construct solutions across a wide range of trauma applications.

Multiscrew Clamps

Multi-Screw Clamps are designed to accommodate multiple fixation screws within a single clamp, providing versatile construct options for complex fracture management. Their modular design supports stable fixation while allowing flexibility during frame assembly.

Joint Components

Shoulder

Supports proximal humeral fracture fixation using targeting guides, wire locking technology, and threaded wire fixation for accurate construct placement.

Elbow

Supports controlled elbow motion during recovery through dedicated motion hinge and distraction components designed for joint-specific fixation.

Wrist

Supports distal radius fracture management with radiolucent visualization, controlled joint mobilization, and compression/distraction capabilities.

Clinical Applications

Upper Extremities

Humerus

Designed for proximal humeral and humeral shaft fracture fixation using dedicated shoulder fixation components.

Common Applications

Elbow

nSupports elbow fracture stabilization with dedicated hinge, motion, and distraction components designed to maintain stability while allowing controlled joint motion during recovery.

Common Applications

Elbow Fracture/Dislocation stabilized with the Galaxy Elbow Fixation System. Caution: radial nerve. In the box: Elbow fixator with the Elbow Motion Unit in place

Forearm

Provides modular fixation options for stabilization of radial and ulnar shaft fractures, allowing construct configurations tailored to patient anatomy and fracture pattern.

Common Applications

Fracture of radial and/or ulnar diaphysis (Galaxy Fixation System)

Wrist

Designed for distal radius fracture management with dedicated wrist fixation components that support radiolucent visualization, controlled joint mobilization, and compression/distraction capabilities.

Common Applications

Lower Extremities

Pelvis and Hip

Supports temporary and definitive pelvic stabilization through modular fixation constructs designed for a variety of pelvic and acetabular fracture applications.

Common Applications

Femur

Provides stable external fixation for femoral shaft fractures using modular construct configurations that can be adapted to procedural and anatomical requirements.

Common Applications

Fracture of the femoral shaft stabilized using the Galaxy Fixation System

Tibia and Knee

Designed for tibial and periarticular knee fracture stabilization using configurable external fixation constructs that support a range of lower extremity trauma procedures.

Common Applications

Foot and Ankle

FootSupports temporary stabilization of distal tibial and ankle fractures using modular fixation constructs designed to accommodate multiple fixation strategies.

Common Applications