Ultrasonic leather rubber non-woven fabric cutting knife smooth without burrs

Ultrasonic leather rubber non-woven fabric cutting knife smooth without burrs

Ultrasonic cutting is different from traditional cutting. Ultrasonic cutting machine uses the energy of ultrasonic waves to melt the local heating of the material to be cut, thereby achieving the purpose of cutting the material.

The characteristics of ultrasonic cutting knives do not require sharp edges, do not require significant pressure, and will not cause the cutting material to break or rupture. The cutting blade is subjected to ultrasonic vibration and has particularly low frictional resistance, making it difficult for the material being cut to adhere to the blade. It is particularly effective for freezing, viscous and elastic materials, food, rubber or inconvenient objects. At the same time as cutting, the cutting part has fusion. The cutting area is sealed to prevent loose tissue (such as textile material burrs). The range of use of ultrasonic cutting knives can also be expanded, such as digging holes, shoveling, scraping paint, carving, longitudinal cutting, etc.

Ultrasonic leather rubber non-woven fabric cutting knife smooth without burrs

The ultrasonic cutting knife consists of a transducer, a variable amplitude rod, a tool head (blade head), and a driving power supply. The whole machine composed of the transducer and amplitude rod processing tool head is also known as the complete machine.

Ultrasonic cutting knives are also widely used in leather processing, including the production of automotive dashboard leather, automotive seat leather, leather handbags and other products. They can also perform strong cutting on high load workpieces that are difficult to cut, and are suitable for various complex leather processing needs.

Maintain leather quality:Ultrasonic cutting technology converts electrical energy into mechanical vibration through high-frequency vibration, and achieves material cutting and separation through the transmission of vibration energy at the top of the cutting tool. This cutting method significantly reduces the friction between the cutting tool and the material surface, effectively controls the temperature rise during cutting, avoids fiber melting or material deformation caused by high temperatures, and thus maintains the soft texture and original characteristics of leather.