30Khz Ultrasonic Composite Material Substitute Blade Cutting Knife

Description:

30Khz Ultrasonic Composite Material Substitute Blade Cutting Knife consists of a "transducer" that generates vibration and an "ultrasonic generator" that drives the transducer. The piezoelectric element is contained in the transducer, and by applying an alternating voltage with the characteristic frequency * of the transducer from the generator to the piezoelectric element, the entire vibrator, including the tool blade, resonates. The sensor is equipped with a feedback control system that transmits frequency or amplitude deviation information caused by cutting loads to the generator. The feedback control system can maintain the resonance state and amplitude stability of the blade, so that the tool can always cut materials quickly and cleanly.

30Khz Ultrasonic Composite Material Substitute Blade Cutting Knife vibrates 30000 times per second (30 kHz) and has a high output power of 300W. Due to this movement, ultrasonic cutting knives can easily cut resins, rubber, non-woven fabrics, and composite materials. The cutting blade adopts a 1mm thick wear-resistant hard alloy blade, and users can replace the blade themselves, increasing the lifespan of the cutting blade and reducing the cost of use. In addition to excellent maintainability, our products are also environmentally friendly as they basically do not emit any debris, wastewater, noise, or smoke.

Parameters:

Advantages:

1. In terms of cost:
The initial investment for ultrasonic cutting equipment is relatively high, but the cost of use is relatively low
No need to use consumables such as lubricating oil, which can save related costs
Due to precise cutting, material loss is reduced, which can save raw material costs
High degree of automation and relatively low labor costs
2. In terms of efficiency:
Fast cutting speed can significantly improve production efficiency
Cutting is clean and neat, without the need for additional trimming or other subsequent processes
Can integrate automated feeding, sorting and other functions to further improve efficiency
Suitable for cutting various complex shapes, with strong flexibility
Overall, although ultrasonic cutting technology requires high initial investment, its excellent cutting quality and efficient production capacity can bring significant cost advantages and efficiency improvements to enterprises in the medium to long term. In contrast, traditional mechanical cutting or manual cutting methods have lower efficiency and higher material loss.

30Khz Ultrasonic Composite Material Substitute Blade Cutting Knife