2600w High Power 15Khz Ultrasonic Transducer with Booster with PZT4 Ceramics

2600w High Power 15Khz Ultrasonic Transducer with Booster with PZT4 Ceramics

Description:

The ultrasonic Oscillator is also called the ultrasonic vibrator. The whole of the industry is connected to the horn and the horn is called a vibrator. The ultrasonic vibrator is a device that converts electrical energy and mechanical energy (acoustic vibration) by piezoelectric effect of piezoelectric ceramics, and amplifies the front and rear radiation cover blocks by acoustic impedance matching.

Specifications:

Analysis of the causes of cracks in ultrasonic molds:

First: The design of the ultrasonic mold is unreasonable, and the manufacturing does not reach the reasonable frequency when the precision frequency is trimmed. Therefore, the ultrasonic energy is not completely released during the application process, but most of it stays in the ultrasonic mold, and the mold will be inferior in the application. After the heat is generated, the mold is cracked. To deal with this problem, we must first select the professional ultrasonic welding machine manufacturer to manufacture the ultrasonic mold. The experience will definitely account for more than half of the success and failure, and then the master will have According to the plan to manufacture, is there a time to trim the frequency so that the mold reaches the compliance situation.

Second: Ultrasonic molds are usually used in the selection of ultrasonic molds. The three materials are three kinds of materials: steel, magnesium alloy and titanium alloy. There are also big differences in magnesium alloys. The 7075 aluminum alloy is wear-resistant, corrosion-resistant, mechanically good, and slightly higher in hardness than other aluminum alloys. It is a good material for ultrasonic molds and is relatively high in quotation. It is usually used in aircraft structural parts. on. Secondly, the 6061 has a low density and also excellent corrosion resistance. It has excellent inductive mechanical properties and cleavability at room temperature. The steel mold and the titanium alloy mold are more simple to manufacture. Because the contrast hard is difficult to cut, it is usually used to make a flat mold. The service life of the titanium alloy is higher on these three materials. It is not a crack, and it is more expensive in the quotation.