Ultrasonic simulator Ultrasonic transducer

This general-purpose ultrasonic generator is compatible with ultrasonic cutting systems and other ultrasonic processing equipment,

with customized solutions available. Its compact body is easy to place. Boasting brightcolored housing and strong tech-sense, it

provides stable and reliable energy output for ultrasonic devices.

product details

Working Principle

The generator converts standard mains power into highfrequency electrical energy and feeds it to the ultrasonic transducer. The transducer turns electric energy into highfrequency mechanical vibration, which is transmitted to processing tools such as cutting blades to finish material processing by highfrequency vibration. This unit handles energy adjustment and operatingstatus management for the whole ultrasonic system, ensuring consistent vibration output and desirable processing results.

Product Introduction

The ultrasonic generator is the core drivecontrol unit for ultrasonic equipment. It can work cooperatively with cutting systems and a variety of ultrasonic actuators. With compact footprint, it occupies little workspace and features modern eyecatching appearance. Custom modifications are supported according to customers’ actual working conditions and application scenarios. It delivers steady ultrasonic energy for complete ultrasonic systems for diverse industrial tasks.

Application Fields

Suitable for various nonmetallic material processing scenarios: food processing, rubber & plastic treatment, textile composite materials, packaging material processing and more. When paired with cutting systems, it performs ultrasonic cutting for diverse materials to satisfy crossindustry processing demands.

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Product Parameters

Machine Maintenance

Ultrasonic generator : Wipe the machine body regularly with a clean, soft cloth to remove dust and stains, and prevent foreign objects from entering the interior and affecting performance . Check whether the wiring connections are loose, ensure good ventilation and heat dissipation, and prevent malfunctions caused by overheating.

Transducer and amplitude transformer : Check for cracks and wear, and ensure the connections are secure. Replace or tighten any faulty components promptly.

Welding head maintenance : Clean surface residue after each use, regularly check for wear, and replace it in time if the wear is severe to ensure welding effect.

Control system : Regularly check whether the control buttons and display screen are working properly to avoid accidental operation, and update the system software in a timely manner.

Regular inspections : The overall performance of the equipment is tested at regular intervals, such as welding strength and frequency stability, to ensure that the equipment is in optimal working condition.