Last Updated： Aggregation Period:Aug 27, 2025～Sep 23, 2025
This ranking is based on the number of page views on our site.
Last Updated： Aggregation Period:Aug 27, 2025～Sep 23, 2025
This ranking is based on the number of page views on our site.
Last Updated： Aggregation Period:Aug 27, 2025～Sep 23, 2025
This ranking is based on the number of page views on our site.
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洗浄力と使い易さ、機能性の総合ナンバー１を目指した超音波洗浄器
◆長年抜群のパワフルさと使い易さでご好評頂いた超音波洗浄器ネオソニックシリーズが更にパワーアップしました。 ◆今まで多くのお客様に納得頂いた洗浄力に加え、機能性を大幅にアップします。 ◆今までの機能に加えて新たに発振出力調整と洗浄むらをなくすスイープ機能を標準で加えました。 ◆タフな状況下の荒洗浄から精密洗浄までの様々な用途に、投込み振動子ユニットやステンレス超音波洗浄槽と組み合わせて幅広くご利用いただけます。 ◆更に一台の発振器で大容量の振動子に対応が可能ですので、コストパフォーマンスが非常に高いのが特徴な超音波洗浄器です。
From industrial parts to accessories! A tabletop ultrasonic cleaner that supports a wide range of cleaning.
At Japan Alex Corporation, we offer a diverse range of tabletop ultrasonic cleaners. Our lineup includes the "SW Series," equipped with comprehensive oscillation functions such as sweep, boost, and degas; the "S Series," suitable for cleaning industrial parts and molds; and the "MJ Series," ideal for cleaning accessories. Additionally, we can provide custom-made tabletop ultrasonic cleaners to meet all of our customers' needs. *For more details, please refer to the PDF materials or feel free to contact us.
Since it's custom-made, it fits perfectly with the cleaning tank. We respond to a wide range of needs at a reasonable price!
A vibrator unit that is custom-made to meet customer requirements without being constrained by mounting methods, dimensions, or output, in addition to its powerful and reliable performance. Delivery time is 2 to 3 weeks. This is a technology that only Alex, who manufactures BLT in-house, can provide, and we confidently recommend it. (⇒ For more details, please download and view the catalog.)
Removal of ultrafine particles below 45nm required for semiconductors and liquid crystals.
Concentrated control of output due to built-in CPU High-frequency ultrasonic cleaner capable of feedback on operating status
Ultrasonic cleaning solution is sprayed from the nozzle tip.
This is an introduction to the spot shower ultrasonic cleaning machine handled by Kaijyo Corporation.
Cleaning device using Phoenix 26 kHz / 38 kHz / FM.
Ultrasonic cleaning using cavitation in the 26 kHz or 38 kHz range is used for cleaning oil stains and other contaminants attached to metal machined parts. Generally, the process involves ultrasonic alkaline cleaning → ultrasonic rinsing → drying. Our Phoenix II 26 kHz and Legend 38 kHz/FM are equipped with high-performance constant output circuits, providing consistently stable cleaning power, which has led to their adoption and positive feedback from many cleaning equipment manufacturers.
This cleaning power, and at a low price.
The new Three has been introduced to the highly acclaimed Phoenix with high cleaning power. 1. Initialize Function Automatically sets the optimal operating point for various conditions such as cleaning solution, liquid temperature, and liquid depth with simple operations. It can be used under optimal conditions even if the transducer is replaced. 2. Triple Check Function for "Operation" Standard equipped with three necessary check functions when the device is installed: READY (standby), six types of alarm checks, and interlock stop terminals for GO (oscillation). 3. Power Voltage Change Function Allows for easy changes to the corresponding power voltage from the operation panel. 4. Output Control Ultrasonic output can be set in 10 levels from 10% to 100%. External control is also possible. 5. Diverse Mode Settings Equipped with three types of oscillation modes, three types of operation modes, and three types of setting modes. 6. No need for complicated notifications to the General Communications Bureau for compliance with Radio Law type designation.
Equipped with four oscillation modes, achieving powerful cleaning with reduced unevenness.
■ Four cleaning modes can be selected according to the purpose. By choosing the appropriate cleaning mode, stable cleaning performance is achieved. ・STANDARD: Provides a cleaning process with minimal unevenness. It balances the features of both POWERFUL and MULTI modes. ・POWERFUL: Suitable for removing stubborn dirt by concentrating ultrasonic waves. ・MULTI: Ideal for precise cleaning that effectively removes dirt from hidden areas. ・BURST: Allows for energy-saving cleaning by intermittently emitting ultrasonic waves. ■ A simple design that combines functionality The clean form without protrusions from the drain valve and power cord eliminates wasted space for installation. The switch and power cord are located on the back, making it less likely to get wet. ■ Easy mode switching with button operation Timer, output, and temperature adjustments can be easily set with simple button operations.
The proximity dual-wave washing mode is effective against stubborn stains.
■High-efficiency cleaning effect with blast wash mode When using the blast wash mode, bubbles in the liquid undergo transient responses, generating large energy and high-frequency vibrations instantaneously, resulting in efficient cleaning effects. ■Cleaning of fine parts is possible Cleaning of the interiors of fine tubes and the holes of through-hole substrates, which was impossible with single-frequency cleaning machines, has become possible. ■Elimination of cleaning unevenness The movement of standing waves eliminates cleaning unevenness. Additionally, cleaning that minimizes damage to the items being cleaned has also become possible.
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.
Tabletop ultrasonic cleaner equipped with a vacuum function (for aqueous solutions only)
By reducing the pressure inside the cleaning tank, ultrasonic waves can reach fine pores and blind holes that are generally difficult to clean. - Cleaning of fine pores and blind holes that could not be cleaned with conventional ultrasonic cleaners is now possible. - The cavitation, which is the cleaning element of the ultrasonic cleaner, has been powered up. - The automatic repetition of reduced pressure and normal pressure allows for speedy detachment of dirt. - Two types of reduced pressure cycles can be selected.
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.
By adding ultrasonic resonance to the tip of diamond electroplated tools, high effectiveness can be achieved!
"Quartz hole drilling processing" achieves remarkable effects that are not possible with conventional processing methods by adding ultrasonic resonance to the tip of diamond electroplated tools. It is particularly effective for brittle materials such as quartz glass and ceramics. It extends tool life, significantly reduces chipping, and shortens processing time. 【Features】 ■ Extended tool life ■ Significant reduction in chipping ■ Shortened processing time *For more details, please refer to the PDF document or feel free to contact us.
Detailed explanation with images! Ultra-hard machining using a 40kHz ultrasonic rotary spindle!
Our company handles the design and manufacturing of ultrasonic application processing machines, the production and sale of ultrasonic dedicated tools, and contract processing of brittle materials and new materials using ultrasonic processing machines. This document provides a detailed explanation of hard material processing using a 40kHz ultrasonic rotary spindle, accompanied by images. [Examples included] ■ φ0.15 hole depth 0.5mm ■ φ0.2 hole depth 0.5mm ■ φ0.2 hole depth 1.0mm ■ φ0.6 hole depth 3.0mm ■ φ0.8 hole depth 5.5mm (through hole), etc. *For more details, please refer to the PDF document or feel free to contact us.
An example of ultrasonic processing that can be performed without applying significant stress to the workpiece!
Our company handles the design and manufacturing of ultrasonic application processing machines, the production and sale of ultrasonic dedicated tools, and contract processing of brittle materials and new materials using ultrasonic processing machines. This document provides a detailed explanation with images regarding the observation of stress fields in cutting units. In conventional processing, it can be confirmed that a large force is applied to the workpiece during processing. In contrast, it can be confirmed that ultrasonic processing is performed without applying a large force to the workpiece compared to conventional processing. [Contents] ■ Polarized Imaging - Observation of Stress Fields - ■ Conventional Processing ■ Ultrasonic Processing *For more details, please refer to the PDF document or feel free to contact us.
