Being Foshan Airotor Handpiece(Chuck Type)

Availability : In stock

Brand : Being FOSHAN

The Being Foshan Airotor Handpiece (Chuck Type) is a high-speed dental instrument designed for various clinical procedures, including cavity preparation, polishing, and cosmetic dentistry. It is known for its precision, durability, and ergonomic design.

₹ 2,680 ₹ 4,500 40% off

Being Foshan Air-rotor Handpieces are an excellent range of handpieces. Precision-engineered to offer the power and reliability required to perform clinical procedures. The new Ceramic turbine cartridge delivers increased smoothness, while the bur retention system has been engineered to securely retain the bur under increased torque loads. The Stainless Steel body of the airotor is comfortable in the hand and is angulated at the optimum degree for excellent direct visibility of the operating site, without compromise.

The high-speed handpiece is a precision device for the removal of tooth tissue efficiently and rapidly with no pressure, heat or vibration and cut the tooth-like butter. The mechanical instrument used to perform a variety of common dental procedures, including removing the decay, polishing fillings, performing cosmetic dentistry, and altering prostheses.

Packaging

Handpiece*1
User Manual*1

Features

Chuck Type (Wrench Mechanism): Utilizes a chuck system for secure bur retention, ensuring stability during procedures.
High-Speed Performance: Operates at speeds ranging from 370,000 to 430,000 RPM, facilitating efficient tooth tissue removal.
Single Water Spray: Equipped with a single water spray system for effective cooling during operations.
2-Hole Connection: Compatible with standard 2-hole connections, ensuring versatility and compatibility with most dental units.
Stainless Steel Construction: Crafted from high-quality stainless steel, offering durability and ease of cleaning.
Noise Level: Operates at a noise level of ≤70dB, providing a quieter working environment
Autoclavable: Designed for easy sterilization, ensuring compliance with infection control protocols.