Ultrasonic cutting is a processing technology that uses ultrasonic vibrations to make cuts. In ultrasonic cutting, the ultrasonic waves of high-frequency vibration are transmitted to the workpiece through the cutting tool, generating tiny vibration frequencies to achieve a precise cut of the workpiece.
High precision:Ultrasonic cutting can achieve high-precision cutting of workpieces, and is suitable for hard and brittle materials, flexible materials, composite materials, and workpieces that require fine machining.
Low calorie:Since less heat is generated during ultrasonic cutting, the formation of heat-affected zones can be avoided, reducing material deformation and thermal damage.
Wide applicability:Ultrasonic cutting is suitable for a variety of materials, including metal, plastic, rubber, etc., and has strong versatility.
Environmental protection and energy saving:There is no need to add additional cutting fluid during the ultrasonic cutting process, which saves energy and resources and meets environmental requirements.
Medical devicesIt is used for the production of precision parts such as medical devices and surgical instruments.
Electronic Devices:It is used for cutting and processing electronic components, semiconductor devices, etc.
AerospaceIt is used for the processing of honeycomb materials, composite materials and other devices.
Precision manufacturingIt is used for manufacturing precision parts, micro parts, etc.
Food processingIt is used for cutting and processing in the food industry, such as the processing of vegetables, fruits, meat, etc.
In general, ultrasonic cutting technology has the advantages of high efficiency, precision and environmental protection, and is widely used in precision machining in various fields.