Description
Star™-Type Dental Motors – Reliability, Control, and Precision Engineering
Star™-Type Dental Motors are designed to deliver dependable low-speed performance for clinicians who require consistency across restorative, prophylaxis, and endodontic procedures. Crafted with precision and engineered for smooth operation, these motors provide the accuracy and stability dental professionals rely on every day.
Known for their exceptional low-speed control and quiet, efficient function, Star™-Type Dental Motors combine advanced Japanese engineering with FDA-approved construction to ensure long-term durability, safety, and performance.
Tailored Speed Options for Versatile Clinical Use
To support a wide range of clinical applications, Star™-Type Dental Motors are available in two speed configurations—5K or 20K. Each model offers both forward and reverse directional settings, allowing you to adapt quickly to different treatment needs.
Performance Specifications:
- 5K Model: 150–5,000 rpm | 360 g•cm torque | Forward/Reverse
- 20K Model: 600–20,000 rpm | 120 g•cm torque | Forward/Reverse
From delicate procedures requiring gentle precision to higher-speed tasks like polishing and finishing, Star™-Type Dental Motors maintain smooth, controlled output for predictable results every time.
Compatible With All Star™-Type Attachments
These motors are engineered for seamless compatibility with all Star™-type dental attachments, ensuring a fully customizable setup no matter the procedure. Whether you’re attaching a contra angle, nose cone, or other Star™ accessories, the connection remains stable and secure.
Compatibility Benefits:
- Works with all Star™-type contra angles and nose cones
- Designed for standard 4-hole connections
- Easily integrates into existing low-speed handpiece systems
This universal compatibility makes Star™-Type Dental Motors a practical and efficient choice for any practice seeking flexibility without sacrificing performance.
Durable Stainless-Steel Build With Ergonomic Handling
Constructed from high-grade stainless steel, Star™-Type Dental Motors are built to withstand daily wear while maintaining a professional, polished appearance. The ergonomic shape is carefully balanced to reduce hand fatigue and improve operator comfort throughout prolonged clinical sessions.
Design & Durability Features:
- Smooth, vibration-free operation through precision balancing
- Lightweight and easy to maneuver
- Corrosion-resistant stainless-steel housing
Whether used continuously throughout the day or for specific low-speed tasks, these motors offer comfort and confidence in every procedure.
Simple Sterilization and Low-Maintenance Operation
Maintaining proper infection control is effortless with the fully autoclavable construction of Star™-Type Dental Motors. The streamlined internal design allows for quick disassembly when needed and supports repeated sterilization cycles without compromising performance.
Maintenance Advantages:
- 100% autoclavable for safe, efficient sterilization
- Built for reliable daily use with minimal maintenance
- Designed to uphold hygiene and performance standards over time
- Made in Japan | FDA Approved for Quality Assurance
Every Star™-Type Dental Motor is manufactured in Japan under strict quality-control standards. These motors are FDA approved, ensuring they meet professional regulatory requirements for safety, reliability, and long-lasting clinical performance.
Key Features at a Glance:
• Speed Options: 5K (150–5,000 rpm) or 20K (600–20,000 rpm)
• Torque Output: 5K – 360 g•cm | 20K – 120 g•cm
• Forward and Reverse capability
• Universal 4-hole connection
• Compatible with all Star™-type attachments
• Durable stainless-steel exterior
• Fully autoclavable construction
• FDA Approved | Made in Japan
Upgrade your practice with Star™-Type Dental Motors—the ideal choice for clinicians who value balance, precision, and long-term dependability. Engineered to deliver smooth operation and ergonomic comfort, these motors provide the reliable low-speed performance needed in every modern dental environment.



