Initial Vibration Time:
Ultrasonic cutting tool head may be difficult to design and make due to their slim blade shape. A full-force vibration with no loading can result in an early failure. So, the sound signal generated by the ultrasonic generator must be timed correctly with the machine’s automatic mechanism so that the machine can reach maximum vibration prior to the cutting edge comes into contact with the food. It is important to vibrate before the food comes into contact in order to stop the deformation of food by contact with the cutting surface that does not have vibration.
Vibration Amplitude:
“Amplitude” describes the microscopic distance over which the cutting edge of the corner oscillates. The magnitude of the cutting surface of the tool’s head is adjustable mechanically through the horn, and additionally via the generator. The magnitude is adjusted electronically by the horn and generator. The amplitude of the horn has an impact on cutting procedure. The amplitude can have an impact on cutting performance and should be adjusted to meet the requirements of every job.
Cutting Speed:
The speed with when the blade of cutting enters and is able to pass through the materials cutting material is also an element that is variable. It should be adapted to each specific use. In some instances, it’s essential to cut the material with a solid shell in order to stop deformation. afterwards increase the speed the machine in the material for the most effective outcomes.
Time for the final vibration:
The quality of the material to be cut, the final slice. The nature of the material being cut, the final slice might stick to the opposite edge of the cut once the ultrasonic vibrating is shut off. Thus, retaining the ultrasonic sound when the tool has been removed from the item can make benefit of the non-slip characteristics that allow the cut to be released which makes the cut much more secure and cleaner.
