AMT SpinX Arthroscopic Shaver System

Overview

The AMT SpinX Arthroscopic Shaver System is a motorized surgical system designed for tissue debridement and bone work in arthroscopic procedures. It enables controlled removal of soft tissue and osseous material within confined joint spaces.

The system combines a console-driven motor unit with an ergonomic handpiece to support stable instrument operation during joint surgeries. It is intended for use in minimally invasive orthopedic procedures where precision, controlled motion and procedural continuity are required.

Technical Specification

RPM

Up to 8,000 RPM

Torque

Up to 117 mNm

Dimension

12 × 16 × 19 cm

Weight

< 1.0 kg

Motor

BLDC motor with Hall sensor

Handpiece

Autoclavable Aluminum Alloy body

Applications

Arthroscopic Procedures

Orthopedic Surgical Use

Features of Shaver System

Motor-Driven Instrument Control

Enables regulated blade motion with stable response during tissue resection.

Multi-Mode Operation

Forward, reverse and oscillation modes allow adaptation across different surgical steps.

Touchscreen Control Interface

Direct adjustment of operating parameters through a structured control interface.

Dual Handpiece Support

Allows connection and switching between two handpieces during procedures.

Automatic Handpiece Recognition

Detects connected handpiece and configures operation accordingly.

Footswitch Control

Hands-free activation and mode control during surgical use.

Low Vibration Operation

Configured to maintain smooth instrument movement during use.

Compact Console Design

Lightweight unit designed for ease of handling and positioning in the operating room.

Quick Mode Selection

Predefined modes enable quick adjustment of motion settings during different procedure stages.

Accessories

Foot Switch – Single paddle control unit for hands-free activation and mode selection.

Blades & Burrs- Interchangeable cutting instruments for tissue resection and bone

Autoclavable Handpiece – Autoclavable ergonomic handpiece designed for surgical use.