Factory Price Ram Bp-hst Set With Lab Handpiece 3/32" And Pedal With A 85% Price Cut [X6eBfHMc]

RAM BP-HST Set with Lab Handpiece and Pedal

Introducing the RAM BP-HST Set, a cutting-edge dental micromotor system designed to revolutionize your dental procedures. This comprehensive set includes a brushless micromotor, a lab handpiece, and a variable foot pedal, offering unparalleled performance and ease of use. The brushless motor technology ensures high torque and pure power, providing users with an effort-free experience that enhances comfort and productivity.

• High torque and pure power technology for effortless performance
• Unique motor design with sealed motor case for reduced noise and vibrations
• 50,000 RPM MAX speed with power to spare

Product Specifications and Features

The RAM BP-HST Set is equipped with a control box featuring a large toroid transformer and 30% more power than the BP50 model. The dual handpiece output allows for versatile use, while the precise digital speed control and LED functions and display ensure accuracy and convenience. The handpiece itself boasts high speed and high torque, making it virtually impossible to stall and providing exceptional performance.

• Large Toroid Transformer for increased power and performance
• 0-30,000rpm low speed range for larger bits and Truflex, and 0-50,000rpm for high speed mode
• Forward or reverse rotation and standby mode for handpiece

Practical Uses and Benefits

The RAM BP-HST Set is an ideal choice for dental professionals seeking a high-performance micromotor system. Its advanced features and robust design make it suitable for a wide range of dental procedures, including endodontics, periodontics, and cosmetic dentistry. The brushless motor technology, combined with the high torque and power, ensures greater productivity and comfort, reducing fatigue and improving patient outcomes.

• Perfect for endodontics, periodontics, and cosmetic dentistry procedures
• Increases productivity and comfort with less fatigue
• Targeted for dental professionals seeking a high-performance micromotor system