List of Other cleaning machines products
- classification：Other cleaning machines
2596～2610 item / All 2815 items
Achieves high collection efficiency through electrostatic methods. Offers a wide range of products from large to small sizes. Also compatible with water-soluble oil mist.
- air conditioning
Compact and lightweight, easy to handle. Equipped with an LED light function for easy visibility of dust. High-voltage circuits are contained within the body, with no external exposure, ensuring safet...
- Static electricity eliminator
- Ionizers and static eliminators
- Other cleaning machines
Ion nozzle with a sensor. The infrared sensor allows for static electricity removal only when necessary. The use of fluororesin nozzles improves ozone resistance.
- Static electricity eliminator
- Ionizers and static eliminators
- Other cleaning machines
For piping pipes, long glass equipment, and long metal products. For tabletop long items.
- Other cleaning machines
- Ultrasonic Cleaner
Demo available only for US-500ES! Easy! Clean! Speedy!
- Other cleaning machines
- Ultrasonic Cleaner
All models have a demo! Just press the start switch for automatic operation.
- Other cleaning machines
- Ultrasonic Cleaner
We will perform showering as a pre-treatment/post-treatment for ultrasonic cleaning.
- Other cleaning machines
- Ultrasonic Cleaner
Ultrasonic cleaning can be performed without altering the existing layers.
- Other cleaning machines
- Ultrasonic Cleaner
For cleaning laboratory glassware and similar items. Can be used for indirect washing. High airtight lid.
- Other cleaning machines
- Ultrasonic Cleaner
For metal pipes, plumbing parts, blinds, air conditioning filters, etc. Long type.
- Other cleaning machines
- Ultrasonic Cleaner
It is a device that removes organic contamination from the workpiece using UV light and improves wettability.
- Other cleaning machines
I filmed how microbubbles are generated.
- Other cleaning machines
Generation of microbubbles in anhydrous ethanol.
A video was recorded on how microbubbles are generated in 99.5% anhydrous ethanol. A glass containing ethanol was placed in an empty tank, and microbubbles were generated using a nozzle with a flow rate of 420 cc/min. The pressure was approximately 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 a bit of skill is required to control the generation of microbubbles. Since we were using an electromagnetic pump, we tried to mitigate vibrations by using a silicone rubber tube, but it burst during the experiment. The footage was recorded after switching to a urethane tube where the pressure was applied. For more details, please contact us or refer to the catalog.
A Teflon microbubble generation nozzle with an output of 1000 mL/min has been completed.
- Other cleaning machines
Custom 1000mL/min MB Generation Nozzle Features (Made of Teflon)
A Teflon microbubble generation nozzle with a discharge capacity of 1000 mL/min has been completed. - The vacuum level in the nozzle mixing section is very high, reaching 95.5% at 0.3 MPa. It is energy-efficient for low-pressure use. - The self-priming capacity is very high, at 130% of the discharge amount. The 1000 mL/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 0.15 MPa. At 0.11 MPa, the air self-priming capacity exceeds the discharge amount. At 0.15 MPa, the air self-priming capacity is 1.3 L/min. - Microbubbles are generated even in a jacuzzi state. They are very fine microbubbles. - This nozzle has been used in experiments for cleaning with ultra-pure water. For more details, please contact us or refer to the catalog.
Contamination removal was achieved with the same effect as ultra-mirror polishing of the wafer.
- Other cleaning machines
Cleaning to remove burr contamination from automotive press parts.
We were able to remove contamination with the same effect as during the ultra-polishing of wafers. We received an inquiry regarding contamination removal from pressed punched products. The issue was that the contamination generated during the burr removal process was strongly adhered to the products, and there were some that could not be removed even after passing through the cleaning removal device. Since they mentioned using a neutral detergent, we used a small OK nozzle OKE-MB07FJ (20L/min). The cleaning solution containing the neutral detergent in the 500L tank was initially cloudy, making it difficult to determine the generation of microbubbles. We experimented by varying the air suction volume and selected the optimal suction volume for cleaning, achieving the same effect as during the ultra-polishing of wafers. In this cleaning process, it seems that microbubbles burst due to showering and brushing, allowing for detachment cleaning through their destructive power. The method for generating microbubbles involves using a submersible pump within the 500L tank. For more details, please contact us or refer to the catalog.
The loop flow microbubble generation nozzle has been patented!
- Other cleaning machines
Patent obtained in May! Loop flow microbubble generation nozzle.
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 considered the need for 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 Loop Flow Microbubble Generation Nozzles" at a conference of the Japan Multiphase Flow Society at the University of Tokyo, Kashiwa Campus. For more details, please contact us or refer to the catalog.
Self-priming flow measurement of OKE-MB03FJ (6L/min)
- Other cleaning machines
Air self-priming at 105% of water discharge volume! OKE-MB03FJ self-priming measurement.
The OKE-MB03FJ (6L/min) self-priming pump draws in air at 105% of the water discharge volume. The experiment revealed that there is a water pressure at which the self-priming volume becomes discontinuous. 【Experimental Conditions】 - The water heater was set to 43°C, utilizing tap water pressure. → Pressure was measured at the base of the shower hose. - The self-priming inlet was fully opened using a throttle valve. - A 6mm outer diameter tube was used. - Self-priming volume measuring device: → Horiba Seisakusho Estec Digital Flow Meter SEF-51. 【Results and Discussion】 - The self-priming volume is very high, drawing in 105% of the discharge volume. - At a water pressure of 0.16MPa, the self-priming volume is 6.3L/min. → Exceeding this pressure causes a jump to 0.19MPa, reducing the self-priming volume to 3.4L/min. - There exists a water pressure at which the self-priming volume becomes discontinuous. For more details, please contact us or refer to the catalog.