Neurosurgical Micro Motor System for Craniotomy, Skull Base Surgery and Minimally Invasive Neurosurgery

The Neurosurgical Micro Motor System is an advanced powered surgical platform designed for demanding neurosurgical procedures requiring precise drilling, controlled bone removal and reliable instrument performance.

Integrating an intelligent touchscreen control console, high-performance micro motor technology and modular surgical handpieces, the system provides neurosurgeons with accurate and efficient power support for:

• Craniotomy
• Keyhole Surgery
• Skull Base Surgery
• Ventricular Drainage Procedures
• Intracerebral Implantation
• Maxillofacial Surgery
• Small Bone Surgery

Designed for modern neurosurgical operating rooms, the system delivers stable motor performance, flexible instrument configuration and enhanced surgical workflow efficiency.

The modular system architecture allows surgeons to configure different handpieces and attachments according to specific procedures.

The system includes:

• Intelligent Power Console
• High-Speed Micro Motor
• Precision Surgical Handpieces
• Cranial Drills and Burr Attachments
• Foot Control System
• Modular Accessories

Providing comprehensive support for:

• Neurosurgery
• Skull Base Surgery
• Cranial Surgery
• Maxillofacial Surgery
• Microsurgery

Neurosurgical procedures require exceptional accuracy when working around critical anatomical structures.

The advanced micro motor system provides:

• Stable high-speed rotation
• Precise speed adjustment
• Low vibration operation
• Consistent torque output
• Reliable long-term performance

Designed for:

• Bone drilling
• Cranial opening
• Bone shaping
• Surgical preparation

The 8-inch touchscreen interface provides centralized control of the neurosurgical power system.

Features:

• Intuitive visual operation
• Real-time system monitoring
• Quick parameter adjustment
• Easy instrument management

Benefits:

• Simplified operation
• Reduced setup time
• Improved surgical workflow

The integrated safety system continuously monitors equipment performance.

Automatically detects system conditions and identifies potential abnormalities.

Helps protect the system during unexpected operational situations.

Automatically identifies connected tools and attachments, reducing configuration errors.

The system is equipped with two motor connectors, enabling connection of multiple motor-driven instruments.

Advantages:

• Faster instrument switching
• Supports different surgical configurations
• Improves operating room efficiency

Provides precise powered drilling and bone cutting support during cranial opening procedures.

Designed for complex skull base approaches requiring accurate bone removal and controlled surgical access.

Supports minimally invasive cranial procedures requiring compact and precise instrumentation.

Provides reliable powered support for neurosurgical access procedures.

Supports precise surgical preparation for intracranial implantation procedures.

Suitable for:

• Facial bone procedures
• Reconstruction surgery
• Small bone cutting

Provides controlled drilling and cutting capability for delicate anatomical areas.

Designed for controlled bone cutting and drilling in complex anatomical environments.

One system supports multiple neurosurgical procedures through flexible attachments and instruments.

Touchscreen operation, automatic recognition and diagnostic functions simplify surgical preparation.

Stable speed and torque output support consistent surgical performance.

Available services:

• OEM customization
• Private labeling
• Technical documentation
• Distributor training
• After-sales support

The system is manufactured under strict medical device quality management procedures.

Available:

• ISO 13485 Quality Management System
• CE Certification
• OEM/ODM Support

A neurosurgical micro motor system is a powered surgical platform combining a control console, high-speed motor and specialized handpieces for cranial drilling and bone cutting procedures.

Applications include:

• Craniotomy
• Skull base surgery
• Keyhole surgery
• Cranial drilling
• Maxillofacial surgery

Micro motor systems provide precise speed control, stable rotation and improved surgical efficiency during delicate cranial procedures.

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