Ultrasonic Cutting Machine Features

Update time:05-03-2021

Ultrasonic Cutting Machine Features 1. High stability W […]

Ultrasonic Cutting Machine Features

1. High stability

When the ultrasonic generator works, it generates 40khz electromagnetic vibration, which is converted into mechanical oscillation and transmitted to the cutting knives and cutting materials. The mechanical cutting is performed, so no sharp cutting edge is needed, the blade wear is small, and the knife can be replaced by itself. head.

2. No pollution

When the ultrasonic blade is cut, the temperature of the cutter head is lower than 50 °C, and no smoke and odor are generated, which eliminates the risk of injury and fire during cutting.

3. Cut neatly

Since the ultrasonic waves are cut by high-frequency vibration, the material does not adhere to the surface of the blade, and only requires less pressure when cutting. For the fragile and soft materials, the fabric is cut and automatically sealed without causing collapse. side.

4. Simple operation

The cutter is connected to the ultrasonic generator. The generator is connected to the 220V mains. The switch can be opened to open the switch. It supports hand-held and machine-mounted cutting (three-axis robot can be added).

5. Wide range of applications

Various textile materials and plastic sheets can be ultrasonically cut, for example, natural fibers, synthetic fibers, non-woven fabrics and knitted fabrics can be ultrasonically cut.

As a China Ultrasonic Core Parts Factory and Ultrasound Equipments manufacturers, Hangzhou Successful Ultrasound Equipment Co., Ltd. focused on design and development of high power ultrasonic products, founded in 1995, is the leading manufacturer of high-power ultrasonic application technology in China, we supply ultrasonic core parts and technical support for ultrasonic complete equipment company, developing new style high-power ultrasonic applications, we have enough strength to provide superior solution including demonstration program, principle test, structural design, system configuration and production of core components.