Portable Ultrasonic Cutting And Sealing Machine

How does ultrasonic cutter work?

Each object has its special frequency, by which the object is stable and easy to oscillate. By adding an external force that corresponds to that special frequency, a small force can obtain a large oscillation. This phenomenon is called resonance. The cutting edge is oscillated greatly with the use of resonance.

The ultrasonic cutter is composed of a "transducer" that generates oscillation and an "oscillator" that drives the transducer. Piezoelectric elements are incorporated in the transducer, and by applying an AC voltage aligned with the characteristic frequency of transducer from the oscillator to the piezoelectric element, the entire vibrator including the cutter blade is resonated. Transducer comes with feedback-control system which transmits information of frequency or amplitude deviation to oscillator caused by cutting load. The feedback-control system can keep resonance state and amplitude of blade stable and it enable the cutters always to cut materials sharply and cleanly.

Introduction:

Ultrasonic Slitting/Sealing,35Khz Ultrasonic Cutting And Sealing Equipment for Processing And Trimming The Edge of The Blanket,Ultrasonic slitters cleanly cut and seal the edges of synthetic or blended fabrics, eliminating the disadvantages of hot wire or rotating knives. Fraying, unraveling, or beading along the cut edge are eliminated.

Slitters may be mounted on a loom to cut the non-selvedge edge of woven fabric. Equipment is available to operate at the slow speed of weaving looms without burning or beading me fabrics. With special framework and motor drive, crosscuts can be made on the loom.

This ultrasininc slicing system can easy assemblyed on Ultrasonic Labeling Machine, Ultrasonic Ribbon Slitting Machine, Ultrasonic Cloth Slitting Machine, Ultrasonic Laminating Machine, Ultrasonic Nonwoven Slitting Machine,Ect.,

Parameter

Application areas

Ultrasonic cutting sewing equipment is mainly suitable for fabric, suitable materials such as butyrate, cellulose, nylon, polyester, polyethylene, polypropylene, PVC and other materials. It is also suitable for a wide range of tubing in automotive, metal, pharmaceutical, food, cosmetic, medical and scientific applications.