Ultra Sonic Units

DENEXT  HEDRON ULTRASONIC SCALER is a high frequency device that removes tartar and hard calculus. Ultrasonic tips also create cavitation bubbles in the fluid that helps in weakening of the tough structures.

• Detachable handpiece with LED light for better visibility
• Shell of the handpiece is made of special imported plastic from America
• Compatible with a Woodpecker/ EMS connection
• Please note: LED compatible unit is required for an LED handpiece to operate
• Compatible with - UDS-K LED, UDS-N2 LED, UDS-L LED, UDS-N3 LED, UDS-A LED, UDS-P LED, UDS-E L

• Optical handpiece, more convenient for clinical operation.
• Automatic frequency tracking ensures that the machine always works on the best frequency and performs more steadily.
• The handpiece is detachable and can be autoclaved to the high temperature of 135? and the pressure of 0.22MPa. 

• Sealed handpiece.
• Automatic frequency tracking.
• Automatically search the best working frequency.
• Two colours optional. 
• Power input 110V~ 50Hz/60Hz
• 220 - 240V~ 50Hz/60Hz 
• Main unit input 24V~ 1.3A
• Output power 3W~20W
• Frequency 28kHz±3kHz
• Main unit weight 0.62kg
• Adapter weight 1.2kg

• Automatic frequency tracking ensures that the machine always works on the best frequency and more steadily.
• Digitally controlled, easy operation and more efficient for scaling.
• Power input 110V~ 50Hz/60Hz

• Sealed handpiece with light, better visibility.
• The handpiece sleeve can be autoclaved.
• Automatically search the best working frequency.
• Accurate feedback control and constant power output,ensure a more comfortable feeling to patients. 
• Power input 110V~ 50Hz/60Hz 220 - 240V~ 50Hz/60Hz
• Main unit input 24V~ 50Hz/60Hz 1.3A
• Output power 3W to 20W
• Frequency 28kHz±3kHz

• • Automatic frequency tracking ensures that the machine always works on the best frequency and performs more steadily.
  • The handpiece is detachable and can be autoclaved to the high temperature of 135? and the pressure of 0.22MPa. 
  • Digitally controlled, easy operation and more efficient for scaling.