Ultrasonic Turning, Drilling Ultrasonic Drawing Die Procession

  • China
  • Altrasonic
  • HSM20
  • 1

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Product Details

Ultrasonic Turning, Drilling Ultrasonic Drawing Die Procession



Our ultrasonic components are suitable for a wide range of applications. We are also happy to work on a ultrasonic solution for your application. Are you interested in our products and services? Feel free to stay in contact with us.

With our rich industry experience, we manufacture an extensive range of Ultrasonic Drilling Machine that is widely used drilling purpose. Our offered drilling machine is manufactured using premium quality components and modern technology in line with industry standards. Furthermore, this drilling machine is available in different technical specifications and sizes as per the requirements of the clients. Appreciated for its reliability, high strength and durability, this drilling machine is demanded in the market. 



  • Low power consumption
  • Easy usage
  • Smooth functioning
  • Other Details:
  • Ultrasonic drilling machine is a device in which a method of brittle destruction by collision of abrasives is forced against a work by an ultrasonically vibrated tool assisted by an appropriate clamping force

  • The tool vibration can be of amplitude approx



Frequency 20Khz / 40Khz
Output Power 500W / 1000W
Voltage 220 V / 110V
Switch Handle or foot switch
Power Adjusting Step or continuous
Working Time Control 24 Hours
Weight 30 KG ( Determined by the size of the horn )
Generator Digital Generator



Technical Parameters:

Product shape: BT/ HSK/ ISO/R8 series tool holder
Working frequency: 15-21KHz;
Resonance point amplitude: 10um or more;
Speed: 3000 r / min or less
Matching tool: carbide end mill head Φ2-Φ13; disk cutter Φ50;
Power: 500W/1000W




Ultrasonic vibration during the machining cycle to accomplish rapid material removal, improved surface quality, and maximized tool life.
Other advantages of this process include a superior surface finish and low tool pressure.
Ultrasonic machining provides a number of advantages compared to conventional machining techniques.
Both conductive and nonconductive materials can be machined, complex three-dimensional contours can be machined as quickly as simple shapes.

Additionally, the process does not produce a heat-affected zone or cause any chemical/electrical alterations on the workpiece surface, a shallow, compressive residual stress generated on the workpiece surface can increase the high-cycle fatigue strength of the machined part.


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