Our company steadfastly adheres to the entrepreneurial belief of "honest operation and striving for excellence" and consistently upholds the corporate spirit of "unity, struggle, pragmatism, and innovation"!
Applications of Ultrasonic Cutting Knives:
Raw rubber slitting, pipe cutting, frozen meat cutting, candy cutting, chocolate cutting, printed circuit board cutting, industrial cutting, decorative cutting, plastic product cutting and processing, food processing, printing industry cutting, automotive industry natural fiber segmentation (capable of fine line segmentation), synthetic fiber deep cutting (multi-layer circuit cutting), plastic shell cutting and processing, thin artificial resin lacquer processing, paper cutting, bottom film cutting, etc. Semi-steel tire cutting, radial tire cutting, inner lining cutting, bead cutting. Moreover, the applications of ultrasonic cutting machines can be expanded to include hole drilling, scraping, paint scraping, engraving, strip cutting, and more.

Advantages of ultrasonic cutting blades:
1. Ultrasonic cutting blades offer fast speed, high efficiency, zero pollution, and are easily adaptable to automated production.
2. Appropriate amplitude and feeding speed can enhance cutting quality.
3. High-power ultrasonic cutting blades are more suitable for tire tread cutting on cars.
4. Cutting speed depends on the angle and thickness of the tire rubber being cut.

Advantages of Ultrasonic Cutting Blades:
1. Wide Range: Ultrasonic cutting is applicable to various textile materials, including natural fibers, synthetic fibers, and fabrics such as aramid, carbon, and glass fibers, as well as non-woven and knitted materials.
2. Non-polluting: The ultrasonic cutting process only heats the equipment to about 50°C, producing no smoke or odor, and eliminates the risks of injury and fire during cutting.
3. High Reliability: The ultrasonic generator produces electromagnetic vibrations at 20-40 kHz during operation, which are then converted into mechanical oscillations by piezoelectric ceramics. These oscillations are transmitted to the ultrasonic cutting blade and the material to be cut, causing internal heating and subsequently mechanically separating the material. Unlike high-temperature cutting, ultrasonic cutting primarily utilizes mechanical energy rather than heat, resulting in minimal wear on the ultrasonic cutting blade.
4. Precision Cutting: The cut edges are extremely clean and the warp and weft of the fabric do not shift or come loose. The fabric can be cut at speeds up to 10 meters per minute on widthening machines and cylinder fabric cutting machines. When cutting non-thermoplastic materials, the fibers are treated or熔合when they enter the ultrasonic working area.
5. Traditional Comparison: Compared to cold cutting processes, when using ultrasonic cutting on thermoplastic materials, the cut edges will fuse together. In contrast to thermal cutting processes, ultrasonic cutting makes the cut edges of the fabric very soft, preventing excessive thickening due to melting and shrinkage. Since ultrasonic heating comes from the inside rather than the outside of the fabric, it does not cause the fabric to yellow.

Advantages of Ultrasonic Cutting Knives:
1. High Stability: The ultrasonic generator produces 40KHz electromagnetic vibration during operation, which is then converted into mechanical oscillation and transmitted to the cutting blade and material. The mechanical action performs the cutting, eliminating the need for a sharp edge, resulting in minimal blade wear, and allows for the easy replacement of blades.
2. Pollution-free: During ultrasonic cutting, the blade temperature remains below 50°C, eliminating smoke, dust, and odors, and excluding the risk of injury and fire during the cutting process.
3. Simple Operation: The cutting blade connects to the ultrasonic generator, plug the generator into a 220V power outlet, and turn on the switch to start cutting. It supports handheld cutting and comes with a forced-air cooling interface.
4. Wide Application Range: Ultrasonic cutting is applicable to various textile materials and plastic films, including natural fibers, synthetic fibers, non-woven fabrics, and knitted materials.
5. Tidy Cutting: Due to the use of high-frequency vibration for cutting, the material doesn't stick to the blade surface. Minimal pressure is needed during cutting, ensuring no deformation or wear on fragile or soft materials. Fabric cutting is accompanied by automatic sealing, preventing fraying.
Our company adheres to the business principle of "customer-centric, achieving a win-win situation with clients," and upholds the service philosophy of "honesty first, trust as the foundation," providing our customers with excellent products and comprehensive services.