Harmonic drive uses a constructed controllable elastic deformation to transfer mechanical motion. Harmonic drive is usually composed of three basic components, including a rigid wheel with inner teeth, a flexible wheel with outer teeth and a Japanese HD ultrasonic wire cutting harmonic drive csF-65-100-2A-GR wave installed inside the flexible wheel, oval shape, with flexible rolling bearings in the outer ring wave generator. The number of external teeth of flexible wheel is less than the number of internal teeth of rigid wheel. When the wave generator rotates, the outer teeth of the flexible wheel corresponding to the long axis direction just completely engage the inner teeth of the rigid wheel
In fine casting, the pressure should be small. When operating by hand, feel smooth, do not shake.
C4) Tool vibration frequency The vibration frequency of the tool is the resonant frequency of the tool system. There are two factors affecting the vibration frequency of the tool: one is the clamping quality of the tool on the amplitude transformer. The CSF-65-100-2A-GR of Japan HD ultrasonic wire cutting harmonic transmission part is easy to loose because of the high vibration frequency. If it is loose, the original vibration frequency will change, which may cause no vibration; Second, after the tool and workpiece contact, and become a new system, and with the change of the pressure between the tool and the workpiece, Japan HD ultrasonic wire cutting harmonic drive csF-65-100-2A-GR caused the imbalance of oscillation, in general, the amplitude becomes smaller, when serious vibration stop, the polishing efficiency is reduced.
In order to improve productivity and reduce loss, ultrasonic vibration is often combined with other machining methods for composite machining. Such as the introduction of ultrasonic vibration in the cutting process can reduce the cutting force, improve the surface quality, prolong the life and improve the processing speed, ultrasonic cutting has begun to be applied to the Car Japan HD ultrasonic wire cutting harmonic transmission parts CSF-65-100-2A-GR, grinding, milling, drilling, planing, reaming, tapping, broach and ultra-finishing; For example, the speed of electrochemical machining and ultrasonic vibration composite machining is 2-3 times higher than that of single ultrasonic machining, and the tool loss is reduced by 1/2 to 3/4. In addition, there are ultrasonic wire cutting, edM ultrasonic processing and other effects are very good.
Ultrasonic electrolysis composite polishing technology is a kind of technology formed by ultrasonic mechanical polishing and electrochemical machining of Japanese HD ultrasonic wire cutting harmonic transmission parts CSF-65-100-2A-GR. The machining mechanism is different from electrolysis and ultrasonic mechanical polishing. It can obtain better surface quality and higher polishing efficiency.