Sae shin Dental Strong 204 Micro Motor 102l Polishing Handpiece 220v Polish Motor Grinding Machine for Jewellery/Nail/Dentist Polish 35000r/min

Precision Power for Professional Applications

The Netcare-Supplied Saeshin Strong 204 Micro Motor is an industry-leading, high-torque precision tool engineered for rigorous professional use in dental labs, jewelry manufacturing, and technical carving. Built with a reliable, less-vibration standard carbon brush motor, this unit delivers exceptional performance with maximum comfort and control.

The system features the powerful Strong 204 Control Box and the 102L Polishing Handpiece, offering a non-stop speed range of 0 to 35,000 RPM. With a robust 280 gf . cm torque and 65W of power, it handles demanding applications like wax carving, cutting, grinding, and polishing without stalling.

Key professional features include the Right/Left turning ability, a stable circuit layout for long-term use with minimal heat generation, and included foot pedal control for precise, variable speed adjustments. The entire system is certified with CE and FDA standards, ensuring compliance and quality for your professional workspace.

Key Features and Specifications

• Model: Strong 204 Control Box + 102L Handpiece (Made in Korea)

• Professional Certification: FDA and CE certified Micro Motor

• High Performance: Wide speed range from 0 to 35,000 RPM, ideal for heavy-duty polishing and carving.

• Superior Torque: Delivers 280gf .cm of torque and 65W of power for reliable, stall-free operation in hard materials.

• Less Vibration & Heat: Designed with an effective electrical system to minimize vibration and prevent overheating during long hours of operation.

• Versatile Controls: Features a Non-stage speed system, Right/Left turning ability, and an included Foot Pedal Switch for variable speed control.

• Standard Bur Size: Accepts the widely-used 2.35mm bur size.

Primary Applications:

• Dental Laboratory Polishing and Wax Carving

• Jewelry and Jade Carving

• Nail Care and Nail Drill Applications

• Student Experiments and Electronic Assembly