High Frequency Small Size of Ultrasonic Cutting Machine for Film/Rubber Material

High Frequency Small Size of Ultrasonic Cutting Machine for Film/Rubber Material

Specification:

Description:

An ultrasonic transducer creates a vibrating blade, enabling the cutting edge to more easily slice through a wide range of materials – thin plastics sheets, rubber, paper products, woven and non-woven materials, and even carbon fiber pre-preg. Available models are designed around hand-held pieces, or mountable transducers for use with industrial robots, plotters, and automated machinery.

Ultrasonic cutters are essentially cutting or trimming tools utilizing a vibrating ultrasonic horn to assist the cutting action of sharp utility knife blades. Ultrasonic vibrations are transmitted to the end of the blades resulting in a substantially smoother and even cutting action.

Advantage:

– Precision cutting: the cutting quality obtained through the use of an ultrasonic cutting machine is much better compared to the laser. Ultrasonic cutting machines offer an extreme level of precision and make it possible to better meet the various cutting constraints imposed in an industrial context.

– Energy saving: the ultrasonic cutting machine consumes less energy compared to the laser. However, it offers a better quality of cutting and / or welding.

– The ease of handling: the ergonomic aspect is interesting.

– An optimized industrial process: whether for cutting or sealing materials, integrating the use of ultrasonic cutting machines and welding machines into the industrial process allows for maximum time savings, increased productivity and increased productivity. better flexibility in the face of growing market demands.

– Better environmental impact reduction: The ultrasonic cutting machine does not cause negative impacts on the ecosystem. Its use is recognized without danger in an industrial environment. Cutting and ultrasonic welding is a reliable technology that respects the environment.

– Hygiene: the industrial process implementing the use of such technology remains subject to stringent hygiene conditions to curb the risk of product contamination. The law strictly regulates the different cutting conditions: temperature of products, nature of the supports.