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OSA-E18C2-M
Osakadental
OSA-E18C2-M
Metal box packing Dental High Speed And Low Speed Handpiece Kits
A quality kit(without light)
- low speed x 1
- high speed x 2
| 2 holes | 4 holes |
The speed depends upon the pressure (PSI) of the air supply, the configuration of the rotor components, and the gears inside the motor.
The low-speed handpiece is designed to take on much more air pressure than the high-speed one, and its design allows for a wider range of dental procedures.
You’ll find that a typical low-speed motor without gear reductions, running at 40 PSI should spin around 20,000 RPM.
The gears on the handpiece allow for significantly more torque.
The 5,000 RPM handpieces used for prophylaxis generally operate at low speeds.
Endodontic and implant procedures use attachments to reduce the speed of rotation from 1,500 rpm or less. These attachments generate a high level of torque for optimal control.
Airline handsets are attached to the back end of dental handpieces which allows them to be similar to that of a high-speed handpiece.
When air is introduced into the handpiece, it forces over a rotor with vanes or blades and makes them spin.
The air moves around the rotor and is then forced out through the back-end exhaust port.
Some low-speed dental handpieces can be operated with both electric motors and air-driven motors; low speeds often refer to work performed under 150000 RPMs which makes them perfect if you want to keep dentistry as minimalistic as possible without sacrificing quality workmanship. Slow-speed handpieces usually have higher torque than their high-velocity counterparts so they’re better at getting out all those nasty pieces stuck between teeth. It is important to take care of these low-speed handpieces as this spells an investment for every dental practitioner.
Metal box packing Dental High Speed And Low Speed Handpiece Kits
A quality kit(without light)
- low speed x 1
- high speed x 2
| 2 holes | 4 holes |
The speed depends upon the pressure (PSI) of the air supply, the configuration of the rotor components, and the gears inside the motor.
The low-speed handpiece is designed to take on much more air pressure than the high-speed one, and its design allows for a wider range of dental procedures.
You’ll find that a typical low-speed motor without gear reductions, running at 40 PSI should spin around 20,000 RPM.
The gears on the handpiece allow for significantly more torque.
The 5,000 RPM handpieces used for prophylaxis generally operate at low speeds.
Endodontic and implant procedures use attachments to reduce the speed of rotation from 1,500 rpm or less. These attachments generate a high level of torque for optimal control.
Airline handsets are attached to the back end of dental handpieces which allows them to be similar to that of a high-speed handpiece.
When air is introduced into the handpiece, it forces over a rotor with vanes or blades and makes them spin.
The air moves around the rotor and is then forced out through the back-end exhaust port.
Some low-speed dental handpieces can be operated with both electric motors and air-driven motors; low speeds often refer to work performed under 150000 RPMs which makes them perfect if you want to keep dentistry as minimalistic as possible without sacrificing quality workmanship. Slow-speed handpieces usually have higher torque than their high-velocity counterparts so they’re better at getting out all those nasty pieces stuck between teeth. It is important to take care of these low-speed handpieces as this spells an investment for every dental practitioner.
