Webbing Cutting

Webbing has a wide range of applications, necessitating processing equipment that offers high levels of automation and delivers a refined finish. Traditional cutting methods-relying on cold or hot cutting principles-often result in issues such as frayed edges, unraveling, uneven cuts, yellowing, or scorching. To address these problems, ultrasonic cutting technology is employed; this enables fully automated cutting and sealing without yellowing or scorching, achieving ideal results. Key equipment for this process includes fully automatic webbing cutting machines, fully automatic webbing punching and cutting machines, and semi-automatic webbing cutting machines, all of which utilize ultrasonic principles.

Webbing cutting generally involves two methods: manual cutting and machine cutting.

Manual cutting typically employs heated wire or a guillotine-style blade. While these processes require low equipment investment, they entail high labor costs; furthermore, heated wire cutting generates significant smoke and leaves scorch marks on the cut edges. Although guillotine cutting avoids smoke and scorch marks, it fails to effectively seal the edges, leading to fraying or unraveling.

Machine-based cutting utilizes automatic webbing cutters, which are categorized into hot-cutting, cold-cutting, and ultrasonic cutting machines.