Notice of participation in the International Nanotechnology Exhibition and Conference nano tech 2022 from January 26 (Wednesday) to January 28 (Friday), 2022.

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

When it comes to ultrasonic cleaning of wires, the product wire (bobbin) is immersed in a bathtub equipped with an ultrasonic cleaning machine filled with cleaning solution, and it is either left for a period of time or mechanically vibrated for cleaning. However, it is quite difficult to remove the lubricating oil and dirt that are stuck between the wires. The Heelscher wire cleaning device features a special sonotrode (resonator) of 400 mm with holes of appropriate diameter for the wire size, shaped like a cylinder, through which cleaning solution flows, allowing the wire or cable to pass through and run. Inside that cylinder, countless cavitations generated by powerful ultrasound occur, removing lubricating oil and dirt adhered to the surface of the wire or tape. These cavitations form a jet stream of 400 m/h in the small area within the cylindrical shape, stripping away unwanted residual lubricating oil and impurities from the surface of the wire flowing in the line. Compared to ultrasonic baths, the cavitation density in the solution is over 1000 times greater, allowing for efficient cleaning in a short time.

• Winding Machine
• Other processing machines
• Ultrasonic Cleaner

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.

Ultrasonic extraction is an effective new technology for isolating bioactive compounds from plants. However, ultrasonic extraction must be powerful to be successful, and Heelscher ultrasound generates high output and low frequency, producing intense cavitation. It moves energetically through the liquid in a slurry made of plant materials in the solvent, where extreme temperatures, pressures, heating/cooling rates, and pressure differentials create locally intense shock waves. When cavitation bubbles collapse on the surface of solids (particles, plant cells, tissues, etc.), micro-jets and partial collisions generate effects such as surface peeling, erosion, particle destruction, sonoporation (penetration of cell walls and membranes), and cell destruction. Until now, ultrasonic equipment could achieve localized processing in laboratories, but scaling up ultrasonic equipment for production was not possible. Heelscher ultrasonic equipment ensures high output (50,000W) and guarantees continuous operation for 24 hours. The erosion dispersion achieved through 100% cavitation by ultrasound allows for results that could not be achieved by shear force.

• Other processing machines
• Other powder equipment
• Homogenizer

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.

Ultrasonic treatment of liquids inside standard vials (such as Eppendorf tubes) is typically performed by immersing vials stored in a basket in the water of a general ultrasonic bath for an extended period. The ultrasonic equipment in the ultrasonic bath not only has low output and amplitude but also causes the ultrasound to attenuate as it passes through the medium of water, resulting in only minimal cavitation occurring inside the vials. The Heelscher ultrasonic equipment has developed a technology that allows for air operation, enabling vials to be inserted into a special holder that is vibrated intensely to generate strong cavitation inside. (This is almost an air operation.) This is the VialTweeter. Compared to ultrasonic baths, the VialTweeter can generate over 1000 times the cavitation inside the vials. Therefore, it can complete ultrasonic treatment of vials that would normally take time, almost instantaneously. <Applications> Cell lysis, dissolution, nanodispersion of aggregates, reduction of particle size, extraction, emulsification, Chemical reactions (sonochemistry) <Fields> Biology, nanomaterials, inks & pigments, chemicals, cosmetics, food & beverages.

• Separation device
• Emulsifier/Disperser
• Crusher

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.

Heelscher Co. has made it possible to safely use Heelscher ultrasonic processing equipment in explosion-proof areas by obtaining the explosion-proof type approval number in Japan. The type certification is for ultrasonic outputs of <2000W>, <4000W>, <6000W>, and <8000W>, and it seems to be for complete production facilities. Heelscher ultrasonic equipment, which guarantees high output and continuous operation for 24 hours, achieves what was impossible with ultrasonic devices through 100% cavitation erosion dispersion, differing from the dispersion methods used by shear force-based shear homogenizers, ultra-high pressure homogenizers, and stirring bead mills. Moreover, even with the same ultrasonic technology, the results are entirely different from those of immersion-type ultrasonic cleaners. This is a technology made possible only by Heelscher's powerful ultrasonic equipment, which features high amplitude and high surface strength. <Applications> Nanodispersion of aggregates, reduction of particle size, extraction, emulsification, dissolution, chemical reactions <Fields> Nanomaterials, batteries, electronic materials, coatings, inks, pigments, fuels, chemicals, cosmetics, biology, food & beverages.

• Other processing machines
• Emulsifier/Disperser
• Homogenizer

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.

Are you facing any of the following issues with nano-level dispersion and emulsification? Please feel free to consult us. • I want to use a powerful ultrasonic dispersion machine. • I want to achieve dispersion with minimal contamination. • I am considering scaling up from lab equipment. • I want to achieve even finer dispersion than now. This is a powerful ultrasonic processing device for dispersion, emulsification, and homogenization in liquids. It has zero heat generation, is compactly designed, and can operate continuously for 24 hours. Additionally, it can operate in air (patented), allowing for new applications in the atmosphere. For more details, please refer to the PDF materials or feel free to contact us.

• Emulsifier/Disperser
• Fine grinding machine
• Homogenizer

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!

Heilshar Corporation primarily designs and manufactures large and powerful ultrasonic equipment, offering lab equipment, prototype benchtops, and production-level devices. The results are completely different from those of immersion-type ultrasonic cleaners. It is the high amplitude and high surface strength of Heilshar's powerful ultrasound that enables this technology. Until now, Heilshar ultrasonic equipment, which guarantees high output (50,000W) and 24-hour continuous operation, achieves what was impossible with ultrasonic devices. Unlike shear mixers, ultra-high pressure homogenizers, and stirring bead mills that use shear force, it employs 100% cavitation through ultrasound for erosion dispersion, achieving results that shear force could not. <Applications> Nanodispersion of aggregates, reduction of particle size, extraction, emulsification, dissolution, chemical reactions (sonochemistry) <Sectors> Nanomaterials, paints, inks, pigments, fuels, chemicals, cosmetics, biology, food & beverages.

• Other processing machines
• Fine grinding machine
• Other powder equipment

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.

[Equipped with Touch Screen] All operations can be performed on the screen, allowing for intuitive control. Output, frequency, liquid temperature, and time can be checked immediately on one screen! [Wide Processing Range] Supports batch sizes from 5mL to 4000mL, and with the optional flow cell, processing of 10L to 50L/hour is also possible. Experimental data and parameters are fully linked with mass production machines, making it ideal for consideration of future implementation into actual machines (up to 16,000W).

• Homogenizer

Equipment capable of scaling up (5ml → 100ml → 1,000ml → 10l) with powerful ultrasonic devices equivalent to ultra-high pressure jet mills.

Heilshar Corporation primarily designs and manufactures large, powerful ultrasonic equipment, offering lab equipment, prototype benchtops, and production-level devices. Effective and energy-efficient technology is necessary to harness ultrasonic capabilities. Furthermore, even with ultrasonic technology, the results are entirely different from immersion-type ultrasonic cleaners. It is the high amplitude and high surface intensity of Heilshar's powerful ultrasound that enables this technology. Until now, Heilshar ultrasonic equipment has achieved high output (50,000W) and guarantees 24-hour continuous operation, differing from shear mixers, ultra-high-pressure homogenizers, and stirring bead mills that use shear force. Through 100% cavitation caused by ultrasound, it can achieve what was previously impossible with shear force alone. <Applications> Nano-dispersion of aggregates, reduction of particle size, extraction, emulsification, dissolution, chemical reactions (sonochemistry) <Sectors> Nanomaterials, paints, inks, pigments, fuels, chemicals, cosmetics, biology, food & beverages.

• Other processing machines
• Emulsifier/Disperser
• Fine grinding machine

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 Heelscher-made "Ultrasonic Treatment Device" guarantees continuous operation for 24 hours. By minimizing internal heat energy loss to nearly zero, there is no overheating of the equipment, which has been a weakness of ultrasonic devices. Internal air cooling is not required. Guaranteed continuous operation for 24 hours even for laboratory equipment. The industrial equipment model with 16,000W also guarantees continuous operation for 24 hours as a production model. It has a wide range of applications including nano-dispersion, re-agglomeration prevention, nano-emulsification, cell disruption, and extraction. It is utilized in numerous fields such as chemistry, electronic materials, pharmaceuticals, cosmetics, food, and biotechnology. 【Features】 ■ Overwhelming output of up to 16,000W (for standalone equipment) ■ Capable of continuous operation in the air (patented) ■ Guarantees continuous operation for 24 hours *For more details about the product, please refer to the "catalog." Feel free to inquire about "demo tests" as well!

• Other processing machines
• Emulsifier/Disperser
• Fine grinding machine

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!

<Ultrasonic Effects During Dyeing> Even with the same ultrasound, the results are completely different from those of immersion-type ultrasonic cleaners. At amplitudes below 1μm, no effects can be expected from ultrasound. It is only with high amplitudes of over 50μm and high surface intensity of over 20W/cm² that the powerful ultrasonic technology of Heelusher can achieve these results. Wet & Batch Dyeing: Ultrasonic cavitation and microstreaming can enhance the penetration of dyes into the fibers and yarn pores of materials. Ultrasonic cavitation accelerates the diffusion rate of pigments inside the fibers by perforating the outer layer of the fibers, allowing the dye to enter the fiber pores. At the same time, ultrasonic treatment can speed up the chemical reactions between the dye and the fibers.

• Textile Processing Machinery
• Other processing machines

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.

Ion Hydrophilization Device Rich Ion Hydolofilitor Inside the device, there is a chamber insulated from the outside, where the target powder is placed in a bag and allowed to sit. A strong electric field is created only within this chamber. The target powder is subjected to a static treatment in the chamber with the strong electric field for 24 hours. The strong electric field passes through the bag and causes a distortion in the molecular electronic arrangement of the target powder inside. By continuing this phenomenon for a certain period, a slight distortion can be induced in the molecular structure of the entire substance. This distortion makes it easier for the target powder to interact with water molecules and liquid molecules. Since the changes occur at the molecular level, hydrophilicity can be enhanced without altering the physical properties.

• Other processing machines
• stainless
• Organic Natural Materials

At the Dry Fog Humidification System Free Demo Experience, you will have the opportunity to actually experience our Dry Fog, as well as our single-fluid and dual-fluid humidifiers. We will explain the differences from conventional humidifiers and the effects of implementation. In addition to introducing the latest case studies, we will also provide time for you to consult directly with our specialized staff. Please select a convenient venue and date from the application page and apply. * The "morning session" and "afternoon session" contain the same content. Please participate at a time that suits you. * This event is intended for users only. Participation from trading companies, other companies in the same industry, or for sales purposes to our company is not permitted. Venues: ■ Yamagata Venue: 3/12 (Wed) at Yamagata International Exchange Plaza 3/13 (Thu) at Sakata Chamber of Commerce and Industry ■ Sendai Venue: 3/14 (Fri) at Kiri no Ikeuchi Sendai Branch ■ Tokyo Venue & Osaka Venue: 3/18 (Tue), 3/19 (Wed), 3/21 (Fri) at Kiri no Ikeuchi Tokyo Sales Office & Kiri no Ikeuchi Osaka Headquarters ■ Nagoya Venue & Fukuoka Venue: 4/9 (Wed), 4/10 (Thu), 4/11 (Fri) at Kiri no Ikeuchi Nagoya Sales Office & Kiri no Ikeuchi Fukuoka Sales Office

[Speaker] Mr. Manabu Kamitani, Manager, Performance Unit, Arthur D. Little Japan K.K. [Key Lecture Content] In recent years, both quantum technology and AI have seen technological development and investment at the national level, not just by companies, in various countries. While private enterprises are advancing the verification of the potential and promise of both quantum and AI technologies, the societal penetration of these technologies differs due to the uncertainty of their evolution. This has led to a demand for advanced technological intelligence capabilities that balance the maturity of the technology with expectations for its application in business development and internal implementation based on cutting-edge technologies. This lecture will multifacetedly examine the key points of how to utilize developing advanced technologies, taking into account the current understanding and future direction of quantum technology and AI. [Lecture Items] 1. Current status of the utilization of quantum technology and AI 2. Future development directions of quantum technology and AI and challenges toward realization 3. Considerations for business development and planning for advanced technologies based on the current status and challenges 4. Summary of today's discussion 5. Q&A / Business card exchange

[Speaker] Takayuki Furuta, Director of the Future Robot Technology Research Center (fuRo), Executive Director of Chiba Institute of Technology [Key Lecture Content] The true value of robotic technology lies in its ability to directly impact the physical world, creating tangible value for society, from economic activities to people's daily lives. This lecture will focus on the evolution of robotic technology as a core system that connects cyberspace and the real world, introducing development examples of AI-equipped mobility. Furthermore, while considering the latest trends in robotic technology being utilized in real society, we will explore the future direction and potential of technological development. Additionally, we will indicate the direction that Japan's industry and technology should aim for in the future and reflect on the grand design of society and technology necessary for its realization. [Lecture Items] 1. The essence of robotic technology and its social value 2. The fusion of AI and robotics 3. Development examples of AI mobility 4. How robotic technology is transforming industry and society 5. The grand design of Japan's technology and industry 6. Q&A / Business card exchange *The lecture content may be subject to change based on the latest trends.

[Speaker] Tetsuji Narita, President of NRT Energy Bridge Co., Ltd. [Key Lecture Content] Due to the rapid expansion of AI data centers, the power system is transitioning from "ensuring quantity" to "simultaneous design of reliability, environmental value, and construction period." While the government is taking steps to ensure system capacity in collaboration with watt-bit and in GX strategy regions, on-site, different entities such as DC operators, retailers, power generation and storage, local governments, and transmission companies tend to operate in different languages. This lecture will organize the current state of the system from PPA to practical design of power source portfolios, providing a checklist for each stakeholder and a common language to "operate on the same schedule." [Lecture Items] 1. Overall Overview: Structural organization of how AI DC has become a "design variable" in the power system 2. Current state of watt-bit collaboration and connection discipline 3. GX strategy regions (DC aggregation type): Issues in industrial cluster design 4. Practical design of PPA and power source portfolio 5. Preparation for environmental value and 24/7 CFE 6. Summary: Stakeholder-specific checklist and common schedule 7. Q&A / Business card exchange

[Speaker] Kazuhiro Kaiho, Manager, Environmental, Energy, and Resource Strategy Group, Research and Consulting Division, Japan Research Institute, Ltd. [Key Lecture Content] Decarbonization of automobiles is entering a phase where EVs, hydrogen, and RNG are utilized according to the industrial structure of countries and regions, energy resources such as renewable energy and biomass, and infrastructure constraints, rather than being solely focused on EVs. This presentation will compare the U.S. tax credits, LCFS, and RFS; China's NEV promotion policies and hydrogen demonstrations; and Europe's RED III and AFIR, organizing which fuels each region is aiming to expand for which applications. It will highlight different winning strategies for passenger and commercial vehicles and provide insights for Japanese companies. [Lecture Items] 1. Why is it important to view "automotive fuel policy" through regional comparisons now? 2. United States: Expanding RNG, hydrogen, and low-carbon fuels through market incentives. 3. China: A dual-front strategy focusing on EVs while nurturing hydrogen for commercial vehicles. 4. Europe: Advancing EVs, hydrogen, and renewable gas through regulatory leadership. 5. Insights for Japanese companies: What should Japan learn and how should it proceed? 6. Q&A / Business card exchange.