Efficient cutting: Ultrasonic cutters use high-frequency vibration for cutting, with a vibration frequency of up to 20,000-40,000 times per second (20-40 kHz), which can cut food quickly and efficiently and reduce food deformation.
Reducing food deformation: Ultrasonic cutters have low friction resistance during cutting, which reduces the pressure of the blade on the food, and the cut surface is smooth and neat, without affecting the internal structure and quality of the food, and maintaining the beauty and integrity of the food to the greatest extent. It is suitable for cutting easily deformed foods such as bread, cakes, and cheese.
High cutting accuracy: Ultrasonic cutters can accurately control the cutting depth and shape to ensure the flatness and smoothness of the cutting surface, especially for multi-layer sandwich foods and foods with high viscosity.
No thermal effect: During ultrasonic cutting, the contact time between the knife and the food is short, the friction is small, and no excessive heat is generated, which can effectively avoid the damage of high temperature to the nutritional components and physical structure of the food.
Wide range of applications: Ultrasonic cutting knives are suitable for a variety of foods, including frozen foods, sticky foods, perishable foods, and foods prone to mold, etc., and can maintain the integrity and beauty of foods.
Clean and hygienic: Ultrasonic cutting knives do not stick to the knife during operation, and will not leave residue on the blade, reducing the possibility of bacterial growth, and are particularly suitable for food processing environments with high hygiene requirements.
High degree of automation: Ultrasonic food cutting machines can achieve fully automated cutting through automatic control systems, improve production efficiency, and are suitable for production lines.
