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High-output ultrasonic equipment (up to 120,000W) that was impossible with conventional ultrasound. Guaranteed continuous operation for 24 hours. It is different from an ultrasonic bath.

The German company Heelsscher is a manufacturer of ultrasonic processors for dynamic applications. We have obtained a patent for a converter circuit that converts electrical energy into ultrasonic vibrational energy. We have successfully minimized energy loss due to internal heating to nearly zero, allowing our lab equipment to operate without a cooling mechanism, achieving a compact design with an ultrasonic conversion efficiency of over 98%. Our industrial equipment lineup includes models with a maximum output of 16,000W/unit. Both lab and industrial models guarantee continuous operation for 24 hours.

Obtained domestic explosion-proof type number for production ultrasonic equipment for use in explosion-proof areas. Capable of large processing from 2000W to a maximum of 8000W with one unit.

This technology, which is distinct from the previously deemed impossible large-scale ultrasound, is a high-power model with a remarkable output. It is a dedicated model developed for mass production, capable of processing large volumes of liquid with an astonishing maximum output of 16,000W (UIP16000). Unlike other products, it does not require cooling of the equipment itself and can operate continuously for 24 hours. Multiple ultrasonic homogenizers can be used in parallel to meet the customer's output needs, and if necessary, it can be scaled up to a maximum of 120,000W (using 12 units of UIP10000).

Can operate continuously for 24 hours in the air (patented), and also capable of continuous operation in liquid for 24 hours. Disperses even strong primary particles with the power of powerful ultrasound, achieving nano-level emulsification.

【Features】 • No heat generation from the converter, resulting in very high ultrasonic efficiency (over 95%), allowing for continuous operation for 24 hours (other companies' devices experience difficulties in continuous operation due to heating of the piezoelectric elements requiring heat dissipation). • With dry operating protection, it is possible to operate while recognizing the load even in air (other ultrasonic devices from different manufacturers strictly prohibit dry operation). • No need for equipment cooling, and the electric box and transducer are integrated, making it very compact. • Equipped with automatic frequency control, it scans changes in liquid temperature, specific gravity, viscosity, etc., to ensure constant operation at the appropriate frequency. For product and pricing inquiries, please feel free to contact us. ◎ For more details, please refer to the PDF document or feel free to contact us.

Equipment capable of scaling up (5ml → 1000ml → 10L → 1000L) with powerful ultrasonic devices equivalent to ultra-high pressure jet mills.

Nano-sized particles exhibit unique properties, and nanomaterials have attracted the attention of scientists, researchers, and engineers. Physical properties such as optical and magnetic characteristics, specific heat, melting point, and surface reactions provide high potential for materials. However, the smaller the particles, the more difficulties arise in processing them. High-power ultrasound is often the only effective method to achieve nanoparticles. The effects of high-power ultrasound have enabled manifold applications in development, catalysis, electronics, energy, as well as in biology & medicine and materials chemistry. Hielscher powerful ultrasound enables the dispersion of the desired crushed nanoparticles (such as nanotubes, graphene, nanodiamonds, ceramics, metal oxides, etc.). Ultrasound-assisted precipitation, known as bottom-up synthesis, is an efficient method for creating pure nanocrystals with unique properties.