Description
Model: High-Speed Drill Controller (ZL-HSDRILL)
Type: Active Medical Power System Control Platform
Applications: Neurosurgery, Spine Surgery, Sports Medicine
The ZL-HSDRILL High-Speed Drill Controller is an advanced control platform designed for surgical power tools and medical drilling systems. It supports speeds up to 120,000 RPM and provides precise motor control, low ripple output, and electronic braking capability. The controller is compatible with mainstream high-speed motors such as Maxon and Portescap, making it suitable for neurosurgery, spine surgery, and orthopedic applications.
Product Highlights
Ultra-High-Speed & Precision Drive:
Proprietary sensorless control ensures stable start-up, smooth linear speed regulation, and precise performance across a wide range.
Low Ripple & Thermal Optimization:
Integrated phase-balancing design minimizes current ripple and heat generation for smoother and more efficient operation.
Dual-Channel Intelligent Architecture:
Independent dual-loop control with synchronous response, suitable for robotic integration or dual-handpiece configurations.
Comprehensive Safety & Medical-Grade Design:
Multi-layer protection with real-time fault feedback, isolated power architecture, and EMC/ESD-optimized design for reliable clinical use.
Performance Specifications
Maximum Speed: Up to 120,000 RPM
Minimum Speed: 2,000 RPM
Control Algorithm: Proprietary sensorless motor control
Drive Architecture: Dual-channel independent / synchronous control
Ripple Suppression: Integrated three-phase balancing inductor module
Safety Protection: Undervoltage, overcurrent, stall, overtemperature protection
Status Feedback: Real-time status reporting with fault code output
Communication Interfaces: RS-485, EtherCAT
UI Support: Linux or serial display, customizable UI
Control Interface: Foot pedal and hand control via host system relay
Input Voltage: 48V ±10%
Internal Power Supply: Integrated isolated DC modules (12V / 5V)
Isolation Design: Isolated CAN and isolated RS-485
EMC/ESD Compliance: Medical-grade electromagnetic compatibility optimization
Expansion Capability: Reserved communication and hardware interfaces for future upgrades