High Precision Gemstone Ultrasonic Drilling Machine Horn With Digital Generator

High Precision Gemstone Ultrasonic Drilling Machine Horn With Digital Generator

Competitive Advantages:

• Capability to machine such fragile materials as silica since there is no contact between the tool and the part
• Capability to machine such hard materials as boron carbide, silicon carbide, silicon nitride
• Machining of such peculiar shapes as square or hexagonal holes even in very small dimensions - less than 1 mm
• Drilling of long holes - ratio diameter-to-length greater than 10 for small diameters
• This machining technique also makes it possible to carry out usual drilling operations of small diameter holes - about 0.4 mm.

Introduction:
 

The principle of the ultrasonic vibration system of ultrasonic milling machine rotation processing is: the ultrasonic generator converts alternating current into ultrasonic frequency sinusoidal electrical oscillation signal, the transducer converts the electrical oscillation signal into ultrasonic frequency mechanical vibration, and the horn changes the longitudinal direction of the transducer After the vibration is amplified, it is transmitted to the tool head, and the tool head adds rotational motion while making ultrasonic vibration.
Compared with high-speed hard cutting, it does not require high machine tool rigidity and does not damage the metallographic structure of the workpiece surface. In the finish machining of curved contour parts, it is possible to use CNC lathes, machining centers, etc. for profiling machining, which can save the expensive purchase cost of CNC grinders.

Specification:

Applications:

Milling of difficult-to-machine materials: such as heat-resistant steel, titanium alloy, constant elastic alloy, high-temperature alloy, stainless steel, chilled cast iron, engineering ceramics, composite materials and granite, etc. Using this kind of vibration cutting, precision machining can be performed on ordinary machine tools. The geometric tolerances such as roundness, cylindricity, flatness, parallelism, and straightness are mainly determined by the accuracy of the machine tool spindle and guide rail, and can reach close to zero error. It is possible to replace grinding by car, reaming by drilling, and grinding by milling.

Transport and Packaging:

Payment: