BT30 Connection Precise Ultrasonic Machining Wet Milling&Side Milling Drilling for Zirconia Chrome Titanium Material
Ultrasonic vibration machining physically operates by the mechanism of microchipping or erosion on the work piece's surface. Since the abrasive slurry is kept in motion by high frequency, low amplitude vibrations the impact forces of the slurry are significant causing high contact stresses. These high contact stresses are achieved by the small contact area between the slurry's particles and the work piece's surface. Brittle materials fail by cracking mechanics and these high stresses are sufficient to cause micro-scale chips to be removed from its surface. The material as a whole does not fail due to the extremely localized stress region
l The process is non-thermal, non-chemical, and non-electrical, leaving the chemical and physical properties of the workpiece unchanged. This low-stress process translates into high reliability for your critical applications.
l Multiple features can be machined at the wafer or substrate level simultaneously, and the process is scalable. Our process is often the highest quality and lowest cost solution.
3 times old test to confirm the products is well quality.
20 technician work together , and learn together , to improve our products.
48 hours working time to test the stability of our product before sending out.
A: We are a factory with our own international business department,.Also welcome customer visit our company for experiment.
Q:Why ultrasonic milling will not generate built-up edge?
A:In a vibration cycle, the effective cutting time of the tool is very short, and the tool is completely separated from the workpiece and the chip in more than 80% of the time. The tool is in intermittent contact with the workpiece and the chip. This results in less friction on the tool, greatly reduced heat generation, and a significant reduction in cutting force.This avoids the “knife” phenomenon during normal cutting and does not generate built-up edge.
Q:Do you make an Ultrasonic attachment unit that has "through the ID of spindle" coolant.
A:Sorry ,for now we only adopt coolant outside of the spindle, the technology of inside coolant is under research.We will put into production soon.
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