Woodpecker 812 MT Endo Motor & Apex Locator

The Woodpecker 812 MT Endo Motor & Apex Locator is an advanced endodontic motor designed by Dr. Yoshi Terauchi to support complex and demanding endodontic procedures. Often searched as Woodpecker 812 MT, 812 MT endo motor, or MT812, this system combines precise rotary performance with integrated apex location and advanced motion control.

A key differentiator of the 812 MT endo motor is its ability to deliver three vibration speeds during rotation. This feature is specifically designed to support mineral trioxide aggregate (MTA) compaction during retreatment and to help fill small or irregular anatomical spaces with greater control and efficiency.

Advanced Vibration & MTA Compaction

Integrated Apex Locator Options

The Woodpecker 812 MT includes a built-in apex locator and can also be connected to an external apex locator such as the Woodpecker Ai Pex, providing flexibility for clinicians who prefer different working length measurement workflows.

Improved T-Mode for Ledge Bypass

An upgraded and improved automatic T-Mode is included to assist with bypassing ledges, helping maintain canal patency and reducing procedural challenges during difficult cases.

Motor Performance & File Compatibility

The 812 MT features a high-powered, long-life brushless motor with customizable reciprocating angles. It is compatible with popular reciprocating file systems, including WaveOne Gold, allowing clinicians to tailor motion settings to their preferred file systems.

Compact Contra Angle & Technical Specifications

A super mini contra-angle head provides improved visibility and access in posterior and restricted areas, supporting more controlled instrumentation.

• Speed range: 50 – 2,500 rpm
• Torque range: 0.4 – 5.0 N·cm
• Wireless foot pedal for hands-free operation
• Wireless charging base for convenient daily use

The Woodpecker 812 MT endo motor is well suited for clinicians seeking a versatile, high-performance system that integrates apex location, advanced motion control, and ergonomic design for both routine and complex endodontic treatments.