Ultrasonic Cutter | Wondercutter S by Cutra | 40,000 Vibrations Per Sec | Maximize Efficiency & Minimize Heating (Gray)

Product Information

Technology has progressed leaps and bounds in the recent few decades. What used to take hours and days by human hands can now be done within seconds by machines. To keep up with the competition, you need to use the latest trends and innovations. Ultrasonic cutters are one of these innovations which has become a game-changer in recent years. Very well. The Sonic Saber is one of those products that you have to try for yourself to understand the appeal. You don’t feel the vibrations at all. In fact, you might not even realize it is running, which is why there is an LED to let you know when the cutter is active. But touch the blade to your part and it cuts right through without any effort whatsoever.

The ultrasonic transducer works as an ultrasonic converter. Its purpose is to take the high-frequency electrical signal and convert it into a mechanical high-frequency motion. It utilizes piezoelectric ceramic discs that expand on the application of electricity. In this article, you will learn about the basics of Ultrasonic wave cutting machines, how does an ultrasonic wave cutting machine work, and the various applications of this method. What is an Ultrasonic Cutting Machine? Disclaimer: Phrozen provided me with the Sonic Saber free of charge, but this review is as unbiased as possible. Phrozen did not pay for this review and these are entirely my own thoughts. What is an ultrasonic cutter?

Defined border – better edges

One of the major examples of this progressing technology can be seen in the ultrasonic food cutting process. It is a common cutting technology that is applied in almost all modern food processing plants. t o ≃ 5 r c o ( c o v ) 1 5 {\displaystyle t_{o}\simeq {\frac {5r}{c_{o}}}\left({\frac {c_{o}}{v}}\right)

An ultrasonically vibrating machine consists of two major components, an electroacoustic transducer and a sonotrode, attached to an electronic control unit with a cable. The abrasive grains in the slurry now act as a free cutting tool as they strike the workpiece thousands of times per second. [3] An electronic oscillator in the control unit produces an alternating current oscillating at a high frequency, usually between 18 and 40kHz in the ultrasonic range. The transducer converts the oscillating current to a mechanical vibration. Two types of transducers have been used in ultrasonic machining; either piezoelectric or magnetostrictive: Cutting soft products like cheese or soft bread with a knife often leads to the complete shattering of the product, making it unusable. In case of an ultrasonic cutter, the cutting motion is so swift that it eliminates any chances of shattering the food item. High Speed But I will say this: there were times when I should have grabbed the Sonic Saber. For my review of the Phrozen Sonic Mighty 8K, I printed some very delicate models. In a couple of instances, I broke those with my side cutters while trying to remove supports. If I had used the Sonic Saber, that wouldn’t have happened. A knife blade vibrating at an ultrasonic frequency can easily slice into the material, cutting it precisely without producing any waste.

Customer-specific Solutions

There are many benefits of an ultrasonic cutter for food products as compared to other cutting alternatives. Some of these benefits include: Excellent Cut Face Ultrasonic Generator utilizes the 110 V AC or 220 V AC power supply electricity and turns it into a high voltage, high-frequency electricity signal. This signal is then fed to the transducers. Ultrasonic Transducer The Sonic Saber has a fine blade that zips right through resin. It yields nice, clean cuts that don’t damage the surrounding material. Because it doesn’t really on heat and doesn’t require any physical force, the blade can cut through resin without risking damage to any of the delicate features attached to supports. How well does it work?