With COXO's new logo YUSENDENT. For dental electric motor. Head: 45°Angle Head. ISO E type, fit all ISO E type electric motor system NSK KAVO W&H ect. Chuck type:push button. Rotation speed:168,000rpm.
With COXO's new logo YUSENDENT. For dental electric motor. Head: 45°Angle Head. Gear Ratio：1:4.2 increasing. ISO E type, fit all ISO E type electric motor system NSK KAVO W&H ect. Chuck type:push button.
Made by COXO. 1:4.2 speed increasing contra angle. Fiber Optic, more clear vision. 45° angle : perfect accessibility provides the best adaptability and max performance for teeth; Easy access to the molar area.
L Air Exhausted Throw at the Back of Handpiece to Prevent subcutaneous air bags. FDA for Handpiece: 510(K) Number: K181691, Regulation Number: 872.4200, Classification Product Code: EFB, Subsequent Product Code: EGS.
45 Degree Handpiece 45 degree surgical handpiece, standard head, push button 4 Holes. Air Exhausted Throw at the Back of Handpiece to Prevent subcutaneous air bags. STNABM STNABB-High Speed Handpiece.
Dental High Speed No-LED / LED Fiber Optic Egenerator Handpiece High Speed Turbine 4 Hole. No LED-90° Degree handpiece Technical specification: Head size：Φ13.15mm H12.5mm. NO LED-45° Degree handpiece Technical specification.
Dental High Speed / LED Fiber Optic Egenerator Handpiece Turbine Fit SANDENT/NSK. YBNK4 YDNK4 high speed handpiece 4 Hole Quick Coupler. This is a dental High Speed turbine handpiece which fits NSK QD-J.
1:4.2 45 Degree Angle Surgical Handpiece. Fiber Optic. Optical fiber illumination,high brightness. FDA for Handpiece: 510(K) Number: K181691, Regulation Number: 872.4200, Classification Product Code: EFB, Subsequent Product Code: EGS.
1:4.2 45 Degree Angle Surgical Handpiece. Fiber Optic. Optical fiber illumination,high brightness. Compatible with E-type optical fiber motor. FDA for Handpiece: 510(K) Number: K181691, Regulation Number: 872.4200, Classification Product Code: EFB, Subsequent Product Code: EGS.
The head is smaller than competitive units and provides maximum access and visibility. Rear facing exhaust vents direct air flow away from the surgical site for patient protection. Rear-facing exhaust vents.
