Dental 2 In 1 Electric Micromotor 1:1/1:5 Portable Manufacturer
2-in-1 electric micromotor, 1:1 and 1:5 compatible. Standalone, no chair connection needed. 2000-4000 RPM, 3.4 Ncm, 67g lightweight. Built-in water tank, DC 24V, <60dB.

2-in-1 electric micromotor, 1:1 and 1:5 compatible. Standalone, no chair connection needed. 2000-4000 RPM, 3.4 Ncm, 67g lightweight. Built-in water tank, DC 24V, <60dB.

High RPM: The dental micromotor has a speed of up to 35,000 RPM, which enables it to quickly complete fine grinding and engraving work and improve work efficiency. Precise control: Dental brushless lab electric motor are usually equipped with manual speed adjustment function, which allows the operator to adjust the speed according to the actual needs and realize precise control to meet different processing needs. Forward and reverse switching: Some models support forward and reverse switching, Dental 35000RPM polish motor is convenient for operators to respond flexibly in different processing stages and improve processing flexibility.

Built-in sander , also known as Dental Built-in Micro motor, is an instrument used to assist in dental treatments. Built in micro motor by connecting dental chair, Built-in Grinding Machine can be controlled by key on board .The main function is to drive the dental handpiece

Dental 18 Micro Motor , also known as 18 E-type motor, is an instrument used to assist in dental treatments.18 E-type motor by connecting electricity, it can be controlled by Dental Laboratory 35000RPM Micro Motor .The main function is to drive the dental contra angle

Dental 35000Rpm polish motor is low noise, EU/US Plug .Motor Speed:Max 35000RPM.Input:AC 110V-220V 50-60Hz.Handle:E-type.102 Lab ,204Lab

Dental brushless electric micromotor can connect the 2/4 hole dental chair and electric Motor Handpiece: 1:5 contra angle,1:4.2 contra angle, and meet the EU/US Plug, the Upper and lower double nut design can be fixed on the dental chair, dental electric micro motor easy to use, LED screen display speed, silent operation.