Last Updated： Aggregation Period:Aug 27, 2025～Sep 23, 2025
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31～45 item / All 48 items
High-frequency ultrasonic cleaning machine
This is a plunge-type ultrasonic cleaning machine with frequencies of 500 kHz and 1 MHz. It can utilize existing cleaning tanks. It adopts a digital ultrasonic oscillator, allowing the output to be adjusted in the range of 10% to 100%. Since it uses high-frequency ultrasound, it does not damage the items being cleaned. Output: 250 W, 500 W.
For difficult-to-machine materials! Achieve ultrasonic rotary processing with existing machining centers!
The "UB40-C5-BT40" is a 40kHz ultrasonic arbor unit that can be mounted on existing machining centers. It allows for both general machining and ultrasonic rotary machining with a single machine. The attachment and detachment of the ultrasonic head can be safely performed by one operator. 【Features】 ■ Suitable for difficult-to-machine materials ■ Can be mounted on existing machining centers ■ Enables both general machining and ultrasonic rotary machining with a single machine ■ Safe attachment and detachment of the ultrasonic head by one operator *If you have any requests, we can accommodate even a production quantity of one per year. *For more details, please refer to the PDF materials or feel free to contact us.
Ultrasonic cleaner suitable for cleaning laboratory and glassware! A more delicate oscillation frequency of 40KHz suitable for cleaning laboratory and glassware!
The "Torcholarc IUC Series" is an ultrasonic cleaner that employs BLT transducers and is suitable for cleaning glass products, ceramics, metal products, and hard plastics with a delicate oscillation frequency of 40KHz. It features a highly durable vibration plate with a thickness of 3mm, significantly enhancing the durability of the plate. The quiet operation is achieved through a soundproof design that covers the ultrasonic tank with sound-absorbing material. Installation is easy as long as there is a power supply (grounding required), a water supply faucet, and a drainage outlet. 【Features】 ■ User-friendly digital timer ■ High durability vibration plate ■ BLT transducer ■ 40KHz frequency ■ Quiet design ■ Easy installation *For more details, please request materials or view the PDF data available for download.
Ultrasonic cleaner
Ultrasonic frequency: 25, 30, 40 kHz Ultrasonic output: 300-2000 W (Adjustable in the range of 50-100%) Timer: Can set irradiation time and interval time Radiator diameter: φ50, φ38, φ30 mm Radiator length: 198-1287 mm Radiator material: Titanium alloy
Achieving reduced cleaning unevenness and energy savings with FM+AM oscillation method.
FM modulation... continuously varying the frequency of ultrasound. AM modulation... continuously varying the high-frequency output of ultrasound. AM modulation is resistant to fluctuations in load (work, liquid type, liquid depth), while FM modulation can equalize the ultrasound in the tank, allowing for high-efficiency and uniform cleaning. ■ Adopts FM (frequency modulation) + AM (output modulation). It is a high-efficiency, energy-saving type that reduces cleaning unevenness. ■ The size and weight of the oscillator have been compacted to one-third of conventional models (compared to our company). ■ When replacing with the same specification transducer unit, no adjustment of the oscillator is required, making maintenance easy. ■ A wide range of power control is possible according to the cleaning and processing purposes.
Achieve both uniform cleaning and damage reduction! From soft cleaning to hard cleaning, you can obtain optimal cleaning power tailored to your needs.
■ Our unique "DynaShock Modulation (DM) method," made possible by full digital technology, allows for optimal cleaning power tailored to applications, ranging from soft to hard cleaning. * The DM (DYNASHOCK MODULATION) method is an oscillation method that controls the ultrasonic power ratio (modulation degree) generated simultaneously at two frequencies from the same transducer while maintaining a constant total output power, achieving optimal cleaning power from soft to hard cleaning. ■ By selecting the DM modulation degree, uniform ultrasonic waves with high sound pressure can be generated throughout the tank, enabling consistent cleaning without unevenness. ■ Various functions have been realized through digital control. - Achieving optimal cleaning: Stable cleaning is possible through optimal frequency control and ultrasonic output control. - Improved maintainability: No adjustment of the oscillator is required when replacing the transducer unit. - Wide power input range: Supports power input of AC200V to AC240V ±10%. - Monitoring function: Management of output power is possible via the front panel display. - Abnormal diagnosis function: An error message indicating the cause of the abnormality is displayed when an issue occurs. - Sweep function: Enables even more uniform ultrasonic cleaning.
Precision cleaning of solar cells, FPD substrates, and HD substrates.
- A new generation cleaning machine compatible with 430 kHz and 950 kHz. - Inherits the high functionality of QUAVA, optimal for single-sheet cleaning. - Cleaning solution with ultrasound is sprayed from a tube-shaped nozzle. - Uniform cleaning is possible with a highly flexible tube-shaped nozzle. - Compatible with side and back irradiation. ● The tube can be selected from three types: front irradiation method, shower irradiation method, and side irradiation method. ● Due to the tube-type nozzle, it is easy to install equipment without limiting the space for the transducer.
Ultrasonic meter
The ultrasonic meter SM1000 is designed to be compact, with a body weight of approximately 480g, making it convenient for portability and allowing measurements in various locations. The measurement values are displayed on an LCD screen, enabling direct reading. This device can measure the cleaning power (sound pressure) of ultrasonic cleaners in real-time (measurement unit: pounds per square inch). It can also measure the average cleaning power (sound pressure) of ultrasonic cleaners. You can set the upper and lower limits of the measurement range to check for abnormalities in cleaning power. Measurement frequency range: 0 to 500 kHz. Probe dimensions: Φ8.0 mm L = 370 mm.
A high-frequency ultrasonic cleaner that enables more productive cleaning with a variety of output settings!
The "N9000 Series" is a next-generation high-frequency ultrasonic cleaning machine designed for ultra-precision cleaning to remove sub-micron particles. It vibrates water molecules at an acceleration of approximately 100,000G (for 1MHz/730kHz), using that force to detach particles from the items being cleaned. The ultrasonic transducers to be connected are individually designed and manufactured according to the size and specifications of the cleaning tank. 【Features】 ■ High watt density ■ Easy and versatile output settings to improve productivity ■ Simple setup and enhanced work efficiency ■ User-friendly interface ■ Capable of global compatibility *For more details, please refer to the PDF document or feel free to contact us.
Ideal for cleaning various types of wafers, photomasks, magnetic disks, and more.
The Fine Series Cleaning Unit "Fine Sonic" removes particles below submicron size and efficiently transmits sound waves through a special vibration element, without damaging the workpiece. It offers a variety of selectable frequencies (750/1000/1500/2000 kHz) and allows for fine output adjustments with stable output control in 1W increments. The maximum output has been increased, allowing for an expanded cleaning area. Additionally, communication functions have been enhanced, enabling monitoring of the oscillator status and external settings. It also complies with various standards (FCC/CE/RoHS). For more details, please contact us or refer to the catalog.
ARR version (polybutadiene version) ultrasonic cleaning device
Although we have delivered numerous APR version ultrasonic cleaning devices, Blue Star R&D has further developed conventional technology and proposes a new, low-cost, precision cleaning system. Recently, the cleaning technology that transitions from NMP to water in the APR version has been widely used; however, our technical advisor, Shibano, in collaboration with a former executive of an APR version manufacturing company, has successfully developed this cleaning technology for the first time in the industry. Currently, by using wideband simultaneous oscillation ultrasonic waves ranging from 50 kHz to 275 kHz with a cavitation enhancement system, we enable stable, precise, and high-speed cleaning of APR versions.
Ultrasonic cleaners are extremely effective at removing dirt and abrasives that have entered narrow gaps!
Water is essential for ultrasonic cleaners, but this water contains components known as dissolved gases that are not visible to the eye. When tap water is poured into the tank, the dissolved gases are initially dispersed throughout the entire volume, but over time, the amount of dissolved gases at the bottom of the tank decreases due to the weight of the water. As the amount of disruptive gases for the ultrasound decreases, the cleaning efficiency improves. To stabilize the cleaning ability, the water poured into the tank is not used immediately; there is also a method that uses surfactants to evenly distribute the concentration of dissolved gases. However, we focused on eliminating the dissolved gases themselves. To forcibly remove dissolved gases from the water poured into the tank, we developed a microbubble generation device. As the water passes through this device, the dissolved gases are expelled as bubbles, much like wringing out a cloth. In this new product, the water in the tank is circulated by overflowing, and as it passes through the microbubble generation device installed along the path, the number of bubbles generated decreases significantly until the dissolved gases are reduced to a negligible state, at which point no bubbles are produced. Operating under these conditions eliminates factors that attenuate the ultrasound, allowing it to act directly on the items being cleaned, significantly improving cleaning efficiency.
Highly acclaimed CREST ULTRASONIC products for cleaning in the precision cleaning field, particularly for cleaning hard disk components.
"Hi-Frequency" is a high-efficiency ultrasonic unit that has successfully achieved very low impedance characteristics for the third harmonic wave by adopting a ceramic stack. It reduces the load on the power supply and realizes efficient oscillation characteristics. In examples of cleaning results for hard disk components, it is evident that the particle size that can be removed increases as the frequency becomes higher compared to other frequencies. 【Features】 ■ Adoption of ceramic stack ■ Reduction of load on the power supply ■ Realization of efficient oscillation characteristics *For more details, please refer to the PDF document or feel free to contact us.
Improvement of issues such as clogging, adhesion, and agglomeration in the powder screening process, as well as increasing yield and reducing time during powder screening! Be sure to consider the ultrasonic hopper!
The "Ultrasonic Sieve Unit" transmits special ultrasonic vibrations to each stainless steel mesh wire, resolving issues with sieve frames and hoppers (such as clogging, adhesion, and bridging). 【Features】 Improves classification efficiency in powder sieving processes and contributes to time savings! - Achieves dry sieving with high mesh sizes, such as 20μm openings. - Compatible with standard JIS sieve frames from Φ75 to Φ400, allowing for easy one-touch installation with clamp-type fixtures. - The ultrasonic hopper addresses surface adhesion, bridging, rat-hole issues, and enhances discharge capacity. - Removes foreign substances and crushes materials at the hopper discharge outlet through ultrasonic sieving, making fluffy powders advantageous for transport in the next process. - Enables coordinated management with electronic scales through quantitative supply transport using ultrasonic vibrations. - The ultrasonic sieve machine (two-stage) allows for even finer dry classification. Consulting services for ultrasonic vibration application are available. We also welcome comparisons and verifications with other equipment currently used or under consideration by our customers. *For more details, please refer to the PDF materials and the product introduction video on YouTube. Feel free to contact us with any inquiries. Additionally, we will be exhibiting at the International Powder Technology Exhibition in Osaka from October 15 (Wednesday) to 17 (Friday).
