High-Speed Micro Electric Spine Drill

Micro Electric Spine Drill System

A high-speed surgical power tool system developed for selected bone grinding, drilling and cutting procedures in spine surgery, neurosurgery and microsurgical applications. The system combines a digital controller, straight and angled handpieces, foot-pedal operation and multiple burr options.

High-Speed Bone Grinding for Spine and Neurosurgery

The Micro Electric Spine Drill is designed to provide controlled high-speed operation for selected bone grinding, drilling and cutting tasks. Its compact handpieces and interchangeable burrs support access in narrow or deep anatomical working areas.

The digital host controller provides adjustable rotational speed, while the foot pedal allows activation without requiring the operator to release the handpiece. Straight and angled handpiece options support different working orientations.

Final handpiece, burr and operating-speed selection should follow the approved instructions, procedure requirements and surgeon preference.

Digital Host Controller

The host provides a digital operating display, adjustable speed control and forward or reverse rotation selection.

Straight Handpiece

The straight handpiece supports direct access and controlled positioning during selected drilling or grinding procedures.

Angled Handpiece

The angled handpiece provides an alternative working orientation for selected narrow or difficult-to-reach anatomical areas.

Foot Pedal Control

The foot pedal supports hands-free activation and operating control while the surgeon maintains the selected handpiece position.

Cutting and Diamond Burrs

Different cutting-type and emery or diamond-coated burrs are available for selected bone removal and surface-finishing requirements.

Sterilization Case

A dedicated case organizes compatible handpieces, cables and accessories for transportation, storage and validated sterilization processing.

High-Speed Motor

The motor supports operation up to 40,000 rpm with adjustable speed control.

Bidirectional Rotation

Forward and reverse modes provide alternative rotational directions according to the selected burr and operating technique.

Controlled Handling

The compact handpiece configuration is designed to support stable handling in selected microsurgical working areas.

Sterilizable Components

Specified handpieces and cables are designed for processing at temperatures up to 135°C according to the applicable instructions.

Cutting and Emery Burr Options

The system can be configured with multiple burr geometries for selected bone cutting, grinding and finishing requirements.

Inspect Before Use

Check the controller, cable, handpiece interface, burr connection and foot pedal before operation.

Confirm Burr Compatibility

Use only burrs compatible with the selected handpiece, interface and rotational-speed range.

Follow Validated Processing

Cleaning, disinfection and sterilization must follow the applicable instructions and facility protocol.

System Matching

Controller, handpiece, cable, pedal and burr requirements can be reviewed before quotation.

Burr Configuration

Cutting and diamond burr assortments can be discussed according to the selected application.

Operation Support

Available product videos and operating materials can be supplied for product familiarization.

OEM / ODM Evaluation

OEM and private-label requirements may be reviewed according to specifications, quantity and target market.

What is the maximum operating speed?

The listed maximum speed is 40,000 rpm with stepless speed regulation.

Which handpieces are available?

The standard configuration includes straight and angled handpiece options. Long-handle availability should be confirmed during quotation.

Which burr types can be supplied?

Available options may include fluted cutting burrs and emery or diamond-coated grinding burrs in different profiles.

Can the handpiece be sterilized?

Specified handpieces and cables are designed for processing at temperatures up to 135°C. Follow the applicable cleaning and sterilization instructions.