Return to Homepage

New Ultrasonic Machining Center Provides Three to Five Times Improved Spindle Efficiency

Tongtai offers a new ultrasonic machining center, recently introduced at TIMTOS 2013 in Taiwan. Named the TT51-USA, it inherits the concept of aesthetic sheet metal design incorporated with excellent industrial design, user-friendly operation interface, and outstanding machining precision for obtaining the best machining results.

For hard and brittle materials, Tongtai has developed a non-contact electrical material elimination supply with ultrasonic machining technologies. The advantage of electricity without contact is eliminating oxidation so there is no chance of unstable machining and electric leakage. With the ultrasonic machining device, the machining efficiency of the original spindle has been improved from three to five times. The material eligible for ultrasonic machining includes aluminum alloy, hardened steel, glass, and ceramic materials.

The T51-USA adopts the 0i-MD controller with spindle speeds up to 20,000 rpm. Those are combined with a spindle cooling system that uses recycled coolant to avoid thermal distortion during long-term machining. Furthermore, the direct-drive type spindle connects with the motor by coupling to ensure the best output in horsepower and torque.

Three axes feeding devices adopt FANUC "a" series servo motor and precision level ballscrews and linear guide ways. This allows the rapid traverse to achieve 1890"/min. Moreover, the increase in speed acceleration and deceleration improves machining efficiency.

The design for the new machine is aesthetically appealing, while floor space is optimized. According to Tongtai's concept of user-friendly operation interface, T51-USA uses centralized management of the solenoid valve of air pressure and lubrication pump for facilitating the daily maintenance. Furthermore, all lines and piping including: electricity, oil pressure, air pressure, and cutting, have been redesigned for an outstanding machine appearance.

Want more information? Click below.

Absolute Machine Tools

Return to Homepage

Copyright © 2019 by Nelson Publishing, Inc. All rights reserved. Reproduction Prohibited.
View our terms of use and privacy policy ::m::