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Generator Product List and Ranking from 598 Manufacturers, Suppliers and Companies | IPROS GMS

Last Updated： Aggregation Period:Apr 22, 2026～May 19, 2026
This ranking is based on the number of page views on our site.

Generator Manufacturer, Suppliers and Company Rankings

Last Updated： Aggregation Period:Apr 22, 2026～May 19, 2026
This ranking is based on the number of page views on our site.

  1. サタコ Tokyo//Industrial Machinery
  2. 大栄無線電機 Tokyo//Trading company/Wholesale
  3. アースウォーカートレーディング Yamaguchi//Industrial Electrical Equipment
  4. 4 タニコー Tokyo//Other manufacturing
  5. 5 ライヴス　　 東京本社 Tokyo//others
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Generator Product ranking

Last Updated： Aggregation Period:Apr 22, 2026～May 19, 2026
This ranking is based on the number of page views on our site.

  1. High-pressure nitrogen-enriched gas generation device 'HND-RA' *Work examples are also being introduced. サタコ
  2. 4-channel digital delay/pulse generator "T660-1 type" 大栄無線電機
  3. Micro-nano bubble cleaning machine タニコー
  4. 4 Mosquito MK4 (Youth Gathering Prevention Device) メルク
  5. 5 Micro-Nano Bubble Generation Device "YJ Nozzle" エンバイロ・ビジョン

Generator Product List

181～210 item / All 1988 items

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Loop flow microbubble generation device/nozzle 500L/min *custom order available

Loop flow microbubble generation device/nozzle 500L/min *custom order available

A microbubble generator (nozzle) with a capacity of 500L/min has been introduced as part of the sterilization device!

[Introduction of a Case Study on the Microbubble Generator (Nozzle) 500L/min] 500ml is the largest custom microbubble generator (nozzle) developed by our company. It has been introduced as part of a sterilization device. The 500L/min nozzle measures 290mm in length and weighs 14kg. The thread is PT3. The thread at the liquid inlet can also be PT2. We can prototype and manufacture any size according to your needs! *The microbubble generator (nozzle) is used in various fields such as household, agriculture, fisheries, and industrial sectors. It excels in functionality, simplicity, and price, and microbubbles are active in various situations. ● For more details, please click the link below. http://oke-matrix-mb.blogspot.com/2011/12/89.html

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Patent obtained in May! Loop flow microbubble generation nozzle.

Patent obtained in May! Loop flow microbubble generation nozzle.

The loop flow microbubble generation nozzle has been patented!

The Loop Flow Microbubble Generation Nozzle, application number 2008-034846, was granted a patent on May 15, 2012, and the patent registration process was completed on the 21st, resulting in the acquisition of the patent. We were considering a "divisional application," but concluded that it was unnecessary, and completed the patent registration process on the 21st. It took four years from the application. No one had created a similar microbubble generation nozzle. Neither patent searches nor internet searches revealed any designs that maximized the characteristics of loop flow. In August of this year, I will present on "Characteristics and Application Examples of the Loop Flow Microbubble Generation Nozzle" at a conference of the Japan Society of Multiphase Flow at the University of Tokyo, Kashiwa Campus. For more details, please contact us or refer to the catalog.

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Custom 1000mL/min MB generation nozzle features (made of Teflon)

Custom 1000mL/min MB generation nozzle features (made of Teflon)

A Teflon microbubble generation nozzle with an output of 1000 mL/min has been completed.

The custom 1000mL/min MB generation nozzle (made of Teflon) features a very high vacuum level in the nozzle agitation section, reaching 95.5% at 0.3MPa. It is energy-efficient for low pressure use. Additionally, it has a very high self-priming capacity, at 130% of the discharge amount. The 1000mL/min nozzle has no discontinuity in self-priming capacity. The OKE-MB01FJ and OKE-MB03FJ show discontinuity in self-priming capacity near a water pressure of 0.15MPa. Microbubbles are generated even in a jacuzzi state. This nozzle has been used in experiments for cleaning with ultra-pure water. For more details, please contact us or refer to the catalog.

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Generation of microbubbles in anhydrous ethanol.

Generation of microbubbles in anhydrous ethanol.

I filmed how microbubbles are generated.

I recorded a video on how microbubbles are generated in 99.5% anhydrous ethanol. I placed a glass filled with ethanol into an empty tank and generated the bubbles using a nozzle with a flow rate of 420 cc/min. The pressure was about 0.27 MPa. In the first half, the solution was a thick white turbidity, but it became thinner in the second half. It seems that there is a bit of a trick to controlling the generation of microbubbles. Since I was using an electromagnetic pump, I tried to reduce vibrations by using a silicone rubber tube, but it burst during the experiment. The video was recorded after changing to a urethane tube where the pressure was applied. For more details, please contact us or refer to the catalog.

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Suction of 80% of the discharge air! OKE-MB01FJ suction measurement.

Suction of 80% of the discharge air! OKE-MB01FJ suction measurement.

Measurement of self-priming capacity of OKE-MB01FJ (7L/min)

We will measure the self-priming volume of standard and semi-standard nozzles. Measurements will be taken in increments from 0.00 to 0.01 MPa. The experimental results yielded unexpectedly very interesting findings, revealing the existence of water pressure at which the self-priming volume becomes discontinuous. The experimental conditions were set with a water heater temperature of 43°C, utilizing tap water pressure. The self-priming inlet was fully opened using a throttle valve. A 6mm outer diameter tube of 2 meters was used, with a check valve that has a cracking pressure close to 0 in between. The measuring device for the self-priming volume was the Horiba Manufacturing Corporation Estec Digital Flow Meter SEF-51. The nozzle used was OKE-MB01FJ with a discharge capacity of 7L/min (at water pressure of 0.15 MPa). For more details, please contact us or refer to the catalog.

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Air self-priming at 105% of water discharge volume! OKE-MB03FJ self-priming measurement.

Air self-priming at 105% of water discharge volume! OKE-MB03FJ self-priming measurement.

Self-priming flow measurement of OKE-MB03FJ (6L/min)

We will measure the self-priming capacity of the OKE-MB03FJ (6L/min) which self-primes air at 105% of the water discharge volume. The results of the experiment revealed that there is a water pressure at which the self-priming capacity becomes discontinuous. The experimental conditions were set with the water heater at 43°C, utilizing tap water pressure. The pressure was measured at the base of the shower hose, with the self-priming inlet fully open using a throttle valve. A 6mm outer diameter tube was used. The self-priming measurement device was the Horiba Seiki Digital Flow Meter SEF-51. The nozzle used was the OKE-MB01FJ with a discharge capacity of 7L/min (at a water pressure of 0.15MPa). For more details, please contact us or refer to the catalog.

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Improving the cutting of machine tools with fine bubbles! *Case study collection available.

Improving the cutting of machine tools with fine bubbles! *Case study collection available.

By simply installing the microbubble generation device "OK Nozzle," there are cases of reduced processing time and prevention of coolant liquid contamination and decay!

Fine bubbles refer to the general term for microbubbles and ultrafine bubbles (nanobubbles). Ultrahigh fine bubbles (UFB) are nanobubbles (NB). *Defined in June 2017 by ISO TC281. Our "OK Nozzle" is an ultrafine bubble generation device with a very high generation efficiency of [480 million bubbles/mL]. The effects of fine bubbles are diverse and are effective even in cutting and grinding situations. **Effects of using the microbubble generation device "OK Nozzle":** - Improved cutting and grinding performance - Cleaning and purification of coolant tanks - Prevention of edge chipping during aluminum cutting - Separation of lubricating oil and cutting oil - Purification of cutting fluid and prevention of spoilage This document details cases where the "OK Nozzle" was used in cutting with machine tools. It includes examples where the cutting depth increased from 4μm to 7μm, reducing processing time, and cases where the generation of biofilms on the inner surface of water-soluble coolant tanks was suppressed. *For more details, please contact OK Engineering. If you would like the document, please refer to the PDF materials.

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[Case] New release of loop flow OK nozzle for draft beer.

[Case] New release of loop flow OK nozzle for draft beer.

Fine bubbles rise for a long time! A case of the server's self-cleaning ability and the beer becoming smoother.

The "fine bubble generation nozzle for draft beer" was developed over three years starting in 2014 with the support of the national "monozukuri subsidy." The goal was to enable self-cleaning of draft beer servers, but it was discovered as a byproduct that the draft beer became "mellow." It is hypothesized that this is due to ultra-fine bubbles (nanobubbles). Additionally, we requested an investigation from the National Institute of Advanced Industrial Science and Technology to understand why draft beer with fine bubbles becomes "mellow." They conducted comparisons of floating Pocky, foam generation with Mentos, and analyses using an electron microscope. *For detailed information on the case, please refer to the related links. For more details, feel free to contact us.*

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[Case Study] China Experiments with Fine Bubbles for Pig Farm Waste Treatment

[Case Study] China Experiments with Fine Bubbles for Pig Farm Waste Treatment

Using the 500L OK nozzle! A case where many fundamental aspects of pig manure and urine treatment technology were understood.

Initially, the purpose of purchasing the OK nozzle was for the treatment of domestic wastewater, so a single φ16 self-priming hose was used. However, the actual experiment involved the treatment of pig manure, and it was being investigated how much processing capacity could be achieved with the "500L OK nozzle" to generate fine bubbles and whether it could meet the standard values. At the time of installation, it was noted that the NH3 levels did not reach the standard values, and inquiries were made regarding countermeasures. Through several email exchanges involving an interpreter, the current situation was somewhat understood, so measures were proposed to ensure that ammonia levels fell within the standard values. Experimental methods were suggested, and solutions were clearly outlined. Based on these instructions, some improvements were made, but only insufficient interim data was obtained, and after being informed that "there was a prospect of clearing the standard values," the final data was not sent. However, many fundamental aspects of pig manure treatment technology were understood from this experiment, so it was decided to compile the results, including the progress of this experiment. *For detailed information about the case, please refer to the related links. For more details, feel free to contact us.*

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[Case] Harvesting 4.2 kg melons with fine bubbles.

[Case] Harvesting 4.2 kg melons with fine bubbles.

Fine bubbles were also used for irrigation in the melon house! As a result, the overall melons grew larger.

In the melon house of Kamigaki Farm in Shizunai, Hidaka Town, Hokkaido, a 4.5 kg melon was harvested, and it was reported that they were surprised by the size, which they had never harvested before. Last August, they purchased a "300L/min OK nozzle" for mini tomatoes and generated fine bubbles in the well, which also led to successful results with the mini tomatoes. As a result of irrigating the melon house with fine bubbles, it was reported that all the melons grew larger. I received an email from the introduction site regarding the results of melon cultivation, which I would like to share. [Overview] ■ Introduction ■ Email from the introduction site ■ Generation of fine bubbles in the well ■ Discussion and conclusion *Details of the case can be viewed through the related links. For more information, please feel free to contact us.

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[Case Study] Mechanism of Silicon Wafer (Semiconductor) Cleaning

[Case Study] Mechanism of Silicon Wafer (Semiconductor) Cleaning

This is an introduction to a case that clearly shows the area ratio that can be cleaned has reached 92%!

Here is a case study on the mechanism of silicon wafer cleaning. By utilizing the characteristic of ultra-fine bubbles that creates high pressure inside, we experimentally verified the effect of removing fine particles from solid surfaces using pressure waves. It was revealed that fine particles larger than 1 micron were removed and became unobservable, and that the area ratio of the cleaned surface reached 92%. 【Cleaning Effect】 ■Before cleaning: 359–472 µm² ■After ultrapure water cleaning: 320–482 µm² ■After ultrapure water jet + ultra-fine bubble cleaning - 1000x image: 28.65 µm² - 3000x image: 37.33 µm² *For more detailed information about the case study, please refer to the related link. For further inquiries, feel free to contact us.

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[Case Study] Flounder Farming in Jeju Island, South Korea (1200L/min OK Nozzle)

[Case Study] Flounder Farming in Jeju Island, South Korea (1200L/min OK Nozzle)

Using the "1200L/min OK nozzle"! It is expected to cover an area of about 8,000 to 10,000 m2 of water surface.

At the Jeju flounder breeding farm "Sangji Fisheries," an oxygen dissolution system using the "large nozzle MB1,200" has been introduced. The total water surface area of the farm is approximately 25,000 m2. One "MB1,200L nozzle" is expected to cover an area of about 8,000 to 10,000 m2. [Case Overview] ■ Jeju flounder breeding farm "Sangji Fisheries" - The total water surface area of the farm is approximately 25,000 m2 - One "MB1,200L nozzle" is expected to cover an area of about 8,000 to 10,000 m2 *For more detailed information about the case, please refer to the related link. For further inquiries, feel free to contact us.

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[Case Study] Flounder Farming in Jeju Island, South Korea (300L/min OK Nozzle)

[Case Study] Flounder Farming in Jeju Island, South Korea (300L/min OK Nozzle)

Installed on a portion of the pumped underground seawater! It has been turned into oxygen fine bubble seawater.

We would like to introduce a case of using the "300L/min OK nozzle" in flounder aquaculture on Jeju Island, South Korea. The total seawater volume of the aquaculture pond is 1000m3. The self-aspirated gas is oxygen, and the DO value is determined to be almost proportional to the oxygen intake, making DO value management easy. An OK nozzle is installed on a portion of the underground seawater intake, creating oxygen fine bubble seawater. 【Case Summary】 ■ Total seawater volume of the aquaculture pond: 1000m3 ■ OK nozzle used: 300L/min ■ Self-aspirated gas: Oxygen *For more detailed information about the case, please refer to the related links. For further inquiries, feel free to contact us.

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Case Study: Purification Experiment of the Moat at Yodo Castle

Case Study: Purification Experiment of the Moat at Yodo Castle

This is an introduction to a case that demonstrated significant effects in purifying the water of A City’s moat!

Before directly purifying the water from the moat of Yodo Castle on-site, purification experiments were conducted in a tank to evaluate the effects of fine bubbles. Visual inspection, camera photos, and microscope observation photos were used as methods for assessing purification. From the experimental results, it was found that the "loop flow fine bubble generation OK nozzle" had a significant effect on the purification of the water from A Castle's moat. 【Overview】 ■ Purpose of the experiment ■ Experimental equipment ■ Experimental methods ■ Partial publication of experimental results ■ Discussion *Detailed information about the case can be viewed through the related links. For more information, please feel free to contact us.

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[Example] Fine bubbles for fuel improvement (6L/min OK nozzle)

[Example] Fine bubbles for fuel improvement (6L/min OK nozzle)

Manufacturing and selling fuel improvement devices! Capable of generating oxygen fine bubbles, allowing for fuel savings of around 10%.

We will introduce a case study that utilizes fine bubbles for fuel improvement using the "6L/min OK nozzle." Oohashi Co., Ltd. manufactures and sells fuel improvement devices using the OK nozzle. By generating oxygen fine bubbles, it can achieve fuel savings of approximately 10%. 【Case Overview】 ■ Oohashi Co., Ltd. - Manufactures and sells fuel improvement devices using the OK nozzle (6L/min OK nozzle) ■ Examples of Delivery Records - Furukawa Electric, Gunze Fukushima Plant, Kaneka Kanto Styrene, Kanro Candy, Daimyo Chemical, Sansha Electric Eastern, Hokuetsu Paved Road, etc. *For more detailed information about the case, please refer to the related links. For further inquiries, please feel free to contact us.

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[Example] Use of 25L/min OK nozzle

[Example] Use of 25L/min OK nozzle

Achieved 400%! A case where it was proposed to install a hose about 10 to 20 meters on the discharge side of the OK nozzle.

We received data from a Chilean vendor regarding an experiment to increase the Do value using a "25L/min OK nozzle." In the experiment before reaching 400%, we received an email stating that the Do value did not exceed 160%. At that time, we suggested placing a hose about 10 to 20 meters on the discharge side of the OK nozzle. As a result, we achieved 400%. *For more details on this case, you can view them through the related link. Please feel free to contact us for more information.

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[Example] Custom OK nozzle for drainage treatment, 100L/min

[Example] Custom OK nozzle for drainage treatment, 100L/min

A breakthrough in wastewater treatment system reform! Introducing a case where the biggest issue of oxygen deficiency has been resolved.

We would like to introduce a case study using the "custom OK nozzle for wastewater treatment at 100L/min" from OK Engineering Co., Ltd. In December 2010, we delivered two 100L/min nano-microbubble generation nozzles for wastewater treatment to a food manufacturer in Shikoku. In January, we received an email stating, "The installation is complete, and the biggest concern, the lack of oxygen, has been resolved all at once." 【Case Overview】 ■ Response - Delivered two 100L/min nano-microbubble generation nozzles ■ Effect - Installation is complete, and the biggest concern, the lack of oxygen, has been resolved all at once. *For more detailed information about the case, please refer to the related links. For further inquiries, feel free to contact us.

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Humidity Generator S503 Series

Humidity Generator S503 Series

It can be used to calibrate up to five humidity probes at a time with a relative humidity generator.

The S-503 humidity generator was created for the purpose of verifying the operation of calibration, relative humidity sensors, and transmitters.

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Ozone generator for removing bad odors in grease traps - Guri Tora 10

Ozone generator for removing bad odors in grease traps - Guri Tora 10

Just switch it on while on the bed! No more extensive construction work like before is necessary at all.

Simply switch it on while on the floor. There is no need for any large-scale construction like before. By inserting an aeration pipe into the grease trap and turning on the switch, you can eliminate the unpleasant odors inside the grease trap. Additionally, by simply replacing the ozone generation outlet at the tip, it is also possible to generate ozone water. Since it is at a very low concentration, there is no concern about harm to the human body. It is suitable for removing unpleasant odors from the grease trap and converting bath water into ozone water! It can be used for facial washing, vegetable washing, and generating ozone water for indoor cleaning. For more details, please contact us.

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I. Ozone Air Purifier Deodorizer HO-50ZO-4

I. Ozone Air Purifier Deodorizer HO-50ZO-4

Ultra-thin with a depth of 13.5 cm! The ozone gas generation can be controlled with a knob.

The "I-Ozone Air Purifier and Deodorizer HO-50ZO-4" is an ultra-thin model with a depth of 13.5 cm, and the amount of ozone gas generated can be controlled with a knob. It is effective for both air purification and deodorization in places where people gather or where odors tend to accumulate. Since it combines deodorization and sterilization, it is a highly effective product for influenza prevention. For more details, please contact us.

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Ozone Generator for Grease Traps GT-10

Ozone Generator for Grease Traps GT-10

It operates 24 hours a day and is low concentration, so you can use it safely!

The grease trap, which is mandated by Japanese restaurant laws to collect wastewater and residue (leftovers) to prevent them from flowing into rivers, often ends up in a state of foul odor. The "Ozone Generator for Grease Traps GT-10" is a device designed to eliminate that bad smell with ozone. Its advantage is that it operates 24 hours a day at low concentrations, making it safe to use. By installing the ozone generator, you can visibly notice the water in the grease trap becoming clearer. However, it is necessary to regularly scoop out the residue using a net or similar tool for cleaning. We also offer integrated units that include both the grease trap and the ozone generator, but the price varies significantly depending on the size of the tank, so please contact us for more details.

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Micro-Nano Bubble Generation Device "YJ Nozzle"

Micro-Nano Bubble Generation Device "YJ Nozzle"

Despite being micro-nanobubbles, it has a completely straight structure with no clogging! It supports various flow rates with a rich lineup!

The YJ nozzle is a simple micro-nano bubble generation device. By simply attaching it to a general-purpose pump, it can self-suction air or gas like an ejector and operate. With a completely straight structure that prevents clogging, it can be used maintenance-free in wastewater, sewage, rivers, oceans, and lakes. Thanks to a rich lineup, it can accommodate water volumes for sewage and paper mills. Please also refer to the ozone microbubble wastewater treatment system "Ozack" that utilizes the YJ nozzle.

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  • Water treatment equipment
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Micro-Nano Bubble Generation Device for Wastewater Treatment "YJ-MB Aeration Device"

Micro-Nano Bubble Generation Device for Wastewater Treatment "YJ-MB Aeration Device"

The microbubble and nanobubble generation device "YJ-MB Aeration Device" for wastewater treatment is effective for odor control, capacity enhancement, and energy saving! It is actively used in adjustment tanks, aeration tanks, and more.

Odor control measures for wastewater treatment, capacity enhancement, sludge volume reduction, and energy-saving measures! Micro-nano bubble generation device YJ aeration device! The microbubble aeration device for wastewater treatment, "YJ-MB aeration device," is an environmentally friendly microbubble generation device that enables low-cost industrial waste disposal and CO2 reduction. The micro-nano bubble aeration device "YJ-MB aeration device" uses pre-treatment in a conditioning tank to reduce the raw water from high molecular weight to low molecular weight, equalizing DO and load fluctuations, and stabilizing the entire system for smooth operation. The micro-nano bubble generation device "YJ-MB aeration device" achieves uniform DO in the tank through microbubbles and nanobubbles, promoting aeration at the bottom of anaerobic tanks and effectively decomposing and deodorizing substances like hydrogen sulfide, making it the definitive solution for odor control. The effects are particularly outstanding when ozone micro-nano bubble treatment is applied. When combined with an ozone generation device for ozone micro-nano bubble pre-treatment, the performance of the "YJ-MB aeration device" is maximized, especially demonstrating overwhelming performance in oil treatment, oil decomposition, and n-hexane countermeasures. Additionally, OZAQ wastewater treatment can drastically reduce sludge generation.

  • Other physicochemical equipment
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Micro-nano bubble generation device for river and lake purification application example "YJ Nozzle"

Micro-nano bubble generation device for river and lake purification application example "YJ Nozzle"

Successful water quality improvement (removal of blue-green algae and musty odor) at the intake of the water supply for the Ogawa River estuary dam reservoir water quality conservation project using the YJ nozzle micro-nano bubble generation device.

In the case of the adoption of the micro-nano bubble generation device YJ nozzle in the water quality conservation project at the Onga River processing weir reservoir, there was a demand for the introduction of water quality conservation facilities to address issues such as landscape disturbances caused by algal blooms, the formation of hypoxic water masses in the bottom layer, and the generation of foul-smelling substances due to algal proliferation. Based on the achievements of water quality conservation measures at that time across the country, the micro-nano bubble generation device YJ nozzle was installed. As a result, functions such as the supply and improvement of dissolved oxygen (DO) to the sediment, suppression of the leaching of nutrients, and improvement of the habitat for aquatic organisms are expected, and indeed, positive results have been achieved. For more details, please contact us or download the catalog.

  • Water treatment equipment
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Case study of microbubble adoption: Micro-nanobubble generation device "YJ Nozzle"

Case study of microbubble adoption: Micro-nanobubble generation device "YJ Nozzle"

Microbubbles enable the elimination of odors, reduction of BOD, and decrease in chemical dosing in wastewater treatment facilities!

At Raw Material Manufacturing Company N, the introduction of the microbubble generation device "YJ Nozzle" has achieved the elimination of odors, reduction of BOD, decrease in chemical dosing, and volume reduction of flocculated sludge and excess sludge in wastewater treatment facilities. The modification involved installing one unit of the microbubble generation device YJ Nozzle "YJ-15" (0.75 kW submersible pump) in both the raw water tank and the adjustment tank. As a result, the long-standing issue of odors was completely resolved in just one day after the installation of the microbubble YJ Nozzle. Additionally, the Ministry of Land, Infrastructure, Transport and Tourism adopted the microbubble generation device for the Onga River Estuary Water Quality Conservation Project. To purify a water area measuring 400 meters wide and 1200 meters long, the microbubble "YJ Nozzle" was installed. Consequently, successful suppression of algal blooms and the occurrence of unpleasant odors and tastes was achieved. Before the improvements, it was thought that the introduction of an ozone advanced water treatment facility, which would require a huge investment, was necessary for the water supply facility drawing from this intake, but currently, that need has been eliminated. For more details, please contact us or refer to the catalog.

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Medication injection and coagulated sludge reduction device, micro-nano bubble generation device "YJ device"

Medication injection and coagulated sludge reduction device, micro-nano bubble generation device "YJ device"

The YJ device for chemical dosing and sludge reduction is currently being demonstrated! The chemical and sludge reduction device cuts costs by over 50%!

The chemical and sludge reduction device allows for coagulation with less than half the amount of chemicals and coagulants through coagulation sedimentation treatment and pressurized flotation treatment, thereby halving the sludge and significantly reducing the running costs of wastewater treatment. The chemical dosing and coagulation sludge reduction device, the Micro-Nano Bubble Generation Device YJ, is also highly effective in suppressing odors caused by the decay of wastewater. It can be installed simply by throwing it into the reaction tank of the coagulation sedimentation device or the pressurized flotation device, as well as the adjustment tank in front of it, so there are no construction costs involved. *If you would like a demonstration of the chemical dosing and coagulation sludge reduction device YJ, please contact us.

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  • Water treatment equipment
  • nozzle
  • Generator

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Fine bubble generation device YJ nozzle cleaning performance improvement PCB cleaning example

Fine bubble generation device YJ nozzle cleaning performance improvement PCB cleaning example

Improved yield with enhanced cleaning power from fine bubble generation device! Bubble delivery results in the printed circuit board (PCB) industry.

Improvement of yield through cleaning with the fine bubble generation device YJ nozzle, which has a proven track record in the printed circuit board (PCB) industry. Fine bubble test results are published! 【Fine Bubble Test Results】 ■ Achieved yield improvement through fine bubble cleaning! 　＜Details＞ 　　In the manufacturing process of printed circuit boards (PCBs), during the water washing process after developing the solder resist, there have been zero occurrences of ink adhesion defects for over a week since the test began. * Test results of yield improvement through cleaning with the fine bubble generation device YJ nozzle! For more details, please request materials from our company or view the PDF data available for download.

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Microbubble generation device "YJ" fine bubble device for coolant grinding

Microbubble generation device "YJ" fine bubble device for coolant grinding

Improvement of grinding and cutting efficiency with fine bubbles. The coolant grinding wheel lifespan is extended by over 15%! Confirmed energy-saving effects and time reduction of the grinding machine with fine bubbles.

Improving coolant grinding and cutting with a fine bubble generation device! Experiment with the coolant "YJ Nozzle" micro fine bubble generation device. 【Experiment Objective】 Improvement of coolant using a fine bubble generation device. Confirming the efficiency improvement effect before and after using coolant grinding fluid containing fine bubbles in in-house grinding tests. 【Experiment Results】 Improvement of coolant with the fine bubble generation device. <When a ceramic plate was ground flat with a #325 diamond grinding wheel at a depth of cut of 20µm per pass, the following results were obtained.> 1. In the comparison of grinding resistance current, the presence of fine bubbles resulted in a lower resistance value. A reduction of about 5% in peak current was confirmed, indicating energy-saving effects. 2. In the comparison of coolant grinding wheel wear, the presence of fine bubbles resulted in less wear. The expected extension of coolant life, based on the conversion value of grinding wheel wear, showed an extension result of over 15% with fine bubbles. 3. There was also less burning smell from the grinding wheel, which helps with odor control and indicates an extension of life. *For more details about the fine bubble generation device for coolant "YJ Nozzle," please request materials from Enviro Vision.

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  • Grindstone
  • Wastewater/wastewater treatment equipment
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Fine Bubble: Delivery record of fine bubble generation equipment to a certain chemical plant.

Fine Bubble: Delivery record of fine bubble generation equipment to a certain chemical plant.

[Case Study] The odor problem in the wastewater treatment facility was completely resolved in just one day with fine bubbles! Reduction in chemical dosing and volume reduction of coagulated sludge and excess sludge were also achieved.

The introduction of the fine bubble generation device "YJ Nozzle" has achieved the elimination of odors, reduction of BOD, decrease in chemical dosing, and reduction of the volume of aggregated sludge and excess sludge in wastewater treatment facilities! 【Improvements】 ■ The introduction of the fine bubble generation device "YJ Nozzle" completely eliminated a long-standing odor issue in just one day. ■ After the introduction of the fine bubble generation device "YJ Nozzle," the BOD of raw water after bentonite coagulation treatment was significantly reduced from 7000 mg/L to 3000 mg/L. ■ The introduction of the fine bubble generation device "YJ Nozzle" halved the amount of chemicals used for bentonite, successfully reducing costs. ■ The introduction of the fine bubble generation device "YJ Nozzle" reduced the average number of bentonite sludge extractions from 22 times a month to 11 times (halving waste disposal costs). ■ The introduction of the fine bubble generation device "YJ Nozzle" also halved the excess sludge from activated sludge treatment (halving waste disposal costs), successfully reducing costs. ■ The microbubble aeration, which has extremely low vibration and noise, contributes to environmental improvement. *Delivery record of the fine bubble generation device to a certain chemical manufacturing plant. For details, please request documentation or view the PDF data from the download.

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Fine bubbles - Delivery record of fine bubble generation equipment for wastewater treatment in food factories.

Fine bubbles - Delivery record of fine bubble generation equipment for wastewater treatment in food factories.

Successfully achieved 11 kW energy savings and approximately 90% cost reduction with fine bubbles! Effluent BOD reduced significantly from 500 mg/L to 200 mg/L.

By introducing the fine bubble generation device "YJ Nozzle," a certain food manufacturing factory achieved the elimination of odors, reduction of BOD, decrease of normal hexane extract in discharged water, and approximately 90% cost reduction! 【Improvements】 ■ The conventional issue of odors was resolved in just a few days after the installation of the fine bubble YJ nozzle. ■ The BOD of discharged water was significantly reduced from 500 mg/L to 200 mg/L. ■ The normal hexane extract in discharged water was significantly reduced from 17 mg/L to 2 mg/L. ■ Two blowers of 5.5 kW each were used in each tank, leading to successful energy savings of 11 kW when stopped. ■ The required power of 11 kW for the blower and 1.5 kW for the circulation pump, totaling 12.5 kW, was reduced to just 1.5 kW, achieving approximately 90% cost reduction. *For detailed information on the delivery of the fine bubble generation device to a certain food manufacturing factory, please request the materials or view the PDF data from the download.

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