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Electric Portable Micromotor - Dental Handpiece System
Sale price
Rs. 3,990.00
Regular price
Rs. 6,500.00
Professional Electric Portable Micromotor for Precision Dental Procedures
Enhance your clinical capabilities with our advanced portable micromotor system, designed to deliver consistent power and precision for a wide range of dental procedures with cordless convenience.
Key Features:
- High-torque brushless motor for consistent performance
- Variable speed control (0-40,000 RPM) for versatile applications
- Lightweight, ergonomic design reduces hand fatigue
- Cordless operation with long-lasting rechargeable battery
- LED display for real-time speed and battery monitoring
- Forward and reverse rotation modes
- Compatible with standard E-type handpieces and attachments
- Autoclavable handpiece for reliable infection control
Clinical Applications:
- Crown and bridge preparation
- Cavity preparation and finishing
- Endodontic access and shaping
- Polishing and contouring restorations
- Implant procedures and prosthetic adjustments
- Prophylaxis and cleaning procedures
Technical Specifications:
- Speed range: 0-40,000 RPM (adjustable)
- Torque: High-performance brushless motor
- Power source: Rechargeable lithium-ion battery
- Battery life: Extended runtime for full-day use
- Charging time: Fast-charge capability
- Weight: Lightweight for optimal control and comfort
- Handpiece connection: Standard E-type coupling
Clinical Benefits:
- Cordless design provides freedom of movement and flexibility
- Consistent torque maintains cutting efficiency throughout procedures
- Quiet operation improves patient comfort
- Reduced vibration minimizes operator fatigue
- Portable design ideal for mobile dentistry and multiple operatories
- Easy maintenance and sterilization protocols
Package Includes:
- Micromotor control unit
- E-type handpiece attachment
- Rechargeable battery and charging base
- Power adapter
- User manual and warranty card
An essential tool for modern dental practices seeking portability, precision, and reliable performance across all clinical procedures.