DKSHマーケットエクスパンションサービスジャパン テクノロジー事業部門 Official site

The Heelusher ultrasonic wire and tape cleaning device can continuously clean with over 1000 times the high-density ultrasound compared to ultrasonic bath cleaning.

Heilshar Corporation primarily designs and manufactures large and powerful ultrasonic equipment, providing laboratory instruments, prototype benchtops, and production-level equipment. Effective and energy-efficient technology is necessary to harness ultrasonic capabilities. Additionally, even with the same ultrasonic technology, the results are completely different from immersion-type ultrasonic cleaners. This is a technology made possible only by Heilshar's powerful ultrasonic systems, which feature high amplitude and high surface intensity.

The powerful ultrasonic extraction technology is a new method for separating physiologically active compounds from plants using a high-amplitude, high-intensity Hielscher ultrasonic device.

Hielscher Company primarily designs and manufactures large and powerful ultrasonic equipment, offering lab equipment, prototype bench-top systems, and production-level devices. Effective and energy-efficient technology is necessary to harness ultrasonic capabilities. Additionally, even with the same ultrasound, the results are completely different from immersion-type ultrasonic cleaners. It is the high amplitude and high surface intensity of Hielscher's powerful ultrasound that makes this technology possible.

Ultrasonic treatment of the liquid in the vial (epper tube) can be performed instantly with zero contamination. Up to 10 tubes can be processed simultaneously.

Hielscher Company specializes in the design and manufacturing of large and powerful ultrasonic equipment, primarily providing lab equipment, prototype bench-top systems, and production-level devices. Effective and energy-efficient technology is necessary to harness ultrasonic capabilities. Furthermore, even with the same ultrasound, the results are completely different from immersion-type ultrasonic cleaners. It is the high amplitude and high surface intensity of Hielscher's powerful ultrasound that makes this technology possible.

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.

Circulation demo tests from 5L to 50L are possible. For production scale-up considerations, both in our lab room and at user sites with equipment rental!

This technology, which is distinct from the previously deemed impossible large-scale ultrasonic devices, is a high-power model with a large 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).

While maintaining all the functions of the conventional UP400S, we have added more convenient features for research and development purposes as standard, significantly improving operability.

[Features] - Box unit: Can be used with just one switch by connecting to a 100V outlet without the need for wiring. It is easy to carry around the laboratory, making it ideal for use in multiple locations. The total weight is about 4 kilograms. - Variety of probe types (sonotrode): Covers diameters from φ3mm to φ40mm, accommodating very small to several liters with one unit. - Timer function: Can be controlled not only by time but also by the amount of energy input (Ws). - High-performance dedicated flow cell. - Temperature management function considering cooling. - Special piezoelectric element mechanism adopted. - PC connection. Please feel free to contact us regarding pricing.

Equipment capable of scaling up (5ml → 100ml → 1,000ml → 10l) 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 give materials high potential. 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 allows for 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.

A high-impact wave ultrasonic processing device with an amplitude of over 50 microns is significantly different from an ultrasonic cleaning machine. It guarantees continuous operation for 24 hours and also guarantees continuous operation in the air.

The "Ultrasonic Processing Device" from Heelshaer, a manufacturer of powerful ultrasonic processors, features a diverse product lineup suitable for both industrial and laboratory use. It is entirely different from the amplitude and surface strength of ultrasonic cleaners, which are often confused. This is why it enables the dispersion of fine particles. 【Specifications (Output)】 <Industrial> 1000, 2000, 4000, 10,000, 16,000 (W) <Laboratory> 50, 100, 200, 400 (W) *For details such as frequency, please refer to the catalog. 【Applications】 - Fine particle dispersion - Nanoparticle dispersion - Microemulsification (nano size) - Cell disruption - Reaction promotion (sonochemistry) - Localized cleaning 【Exhibition Information】

It is possible to improve the penetration of dyes into the fibers and pores of textiles, significantly increasing color intensity and vibrancy! Low-temperature processing and fast dyeing speed too!

The influence of high-power ultrasound has enabled manifold applications not only in development, catalysis, electronics, and energy but also in biology & medicine and materials chemistry. Hielscher powerful ultrasound allows for the dispersion of 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. Laboratory models for consideration (50W-400W) UP50H, UP100H, UP200St, UP400St Industrial models for consideration (500W-16,000W) UIP500hdT, UIP1000hdT, UIP2000hdT, UIP4000hdT, UIP16000

This is a device that improves the hydrophilicity of hydrophobic substances (powders) like carbon particles by applying a strong electric field with a constant voltage for a certain period of time.

When the object is a conductor, the movement of electrons occurs under a strong electric field. When the object is an insulator, the electrons within the insulator show movement towards the charged body within the range allowed by the atomic nucleus. In both cases, a slight polarization in the molecular structure can be induced. The polarization of the molecules demonstrates an effect that enhances the hydrophilicity of the object. The chamber capacity for introducing the object is approximately 7 liters, and the entire chamber will be in a strong electric field environment. The amount of powder depends on the physical properties of the material, but about 2-4 kg of powder can be added, allowing for processing all at once. Since the molecules of the object change gradually, a certain amount of time is required, necessitating a 24-hour static treatment within the chamber.