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An ultrasonic bath or ultrasonic cleaner is very popular in laboratories or research institutes to clean various objects utilizing high-frequency sound waves. This equipment degasses and removes contaminants like dirt, greases, etc from objects’ external surfaces and makes them ready for research experiments.
How does an ultrasonic bath work?
Within the ultrasonic bath cleaner cabinet sound waves are generated from 20 kHz to 40 kHz. Separately there is a cleaning water or solution where tiny bubbles are developed with the sound waves.
In the second stage, the water bubbles implode on the external surface of the laboratory’s samples. This stage is called Cavitation. Here cleaning bubbles not only clean but also create scrubbing actions.
In the final round when the cleaning water becomes highly energized, it produces microjets. In this step, the external surface of the sample becomes clean finally.
Components of the ultrasonic bath:
Ultrasonic transducers: There are two types of transducers such as piezoelectric and magnetostrictive transducers present within the ultrasonic bath. With the former transducer, the AC electrical charges are converted to mechanical energy. With the latter, the magnetic energy of the solutions is converted to mechanical energy. In this way, an ultrasonic cleaning machine produces bubbles and removes all the dirt from the external surface.
Ultrasonic generators: This part receives energy and converts or transforms those into the suitable energy to continue the cleaning process. The standard power frequency is 40 to 60 KhZ. Lower ultrasonic energy creates a high range of oscillation or cavitation energy. With a high cavitation bubble, the cleaning process becomes easy.
Cleaning solution &workpiece tank: It contains the cleaning solution according to the sample. This workpiece tank is placed at the bottom of the solution and we need to place the part within the tank which is required to be cleaned.
Heater: Within the tank there are the assemblages of heating elements. With all those elements heat is created and it enhances the amount of cavitation or scrubbing elements.
Ultrasonic bath cleaner and different frequency ranges:
Frequency ranges play a vital role in ultrasonic bath cleaner machines where lower frequency range enhances the cavitation but higher frequency makes the finer clearance.
20-40 kHz: In this frequency, we may generally clean general large amounts of materials.
60- 80 kHz: This frequency of ultrasonic bath cleaner helps in microscopic particle removal. It is important in cleaning the semiconductors, watches, and other precise materials.
100 kHz & above: It makes the gentler cavitation and is helpful to clean silicon wafers also.
Classification of ultrasonic cleaning machines:
Single-tank ultrasonic cleaners: It is suitable for single to medium-sized parts. Here jewelry, laboratory equipment, and different kinds of surgical parts are cleaned in the single-tank ultrasonic cleaners with cleaning, removal, and drying steps.
Multiple-tank ultrasonic cleaners: It is a three-tank system where removal samples are placed within 1st tank and then transferred to another for cleaning and drying.
Immersible ultrasonic cleaners: These immersible ultrasonic cleaners are connected with the previous one to enhance the cleaning function more finely.
Ultrasonic rod transducers: This is done where a single piezo element creates vibration with the help of the cylindrical rod. The vibration spreads into the cleaning water and helps to remove the external surface.
Features of ultrasonic bath cleaners:
This ultrasonic bath cleaning system is very popular in the jewelry industry, cosmetics, research laboratories, glasswares, surgical equipment, electronic components, small machinery, etc. Its manual and automatic controlling system has made this more popular in research institutes.
Features
Specifications
| Model No | SI- USB/S-60 | SI- USB/SH-120 | SI- USB/SH-180 | SI- USB/SH-300 |
|---|---|---|---|---|
| Capacity | 2 Ltrs | 4 Ltrs | 6 Ltrs | 9 Ltrs |
| Tank capacity | 2 Lt | 4 Lt | 6 Lt | 9 Lt |
| Ultrasonic Power | 50W | 100W | 150W | 200W |
| Heating Temp | Upto 80 ºC | |||
| Heating Power | 50W | 100W | 300W | 300W |
| Time | 1-99 min | |||
| Make | inner & outer both SS | |||
| Timer | SS | |||
| Timer | digital timer for auto stop of sonication | |||
| Power Supply | 230 VAC +-10% 50 HZ | |||
| Tank Size | 150x37x100 mm (approx) | 300x155x100 mm (approx) | 300*155*150 mm (approx) | 300x240x150 mm (approx) |
| Overall size | 190*170*220 mm (approx) | 330*180*240 mm (approx) | 330*180*310 mm (approx) | 330*270*310 mm (approx) |
| Supplied with basket and lid | ||||
An ultrasonic bath or ultrasonic cleaner is very popular in laboratories or research institutes to clean various objects utilizing high-frequency sound waves. This equipment degasses and removes contaminants like dirt, greases, etc from objects’ external surfaces and makes them ready for research experiments.
How does an ultrasonic bath work?
Within the ultrasonic bath cleaner cabinet sound waves are generated from 20 kHz to 40 kHz. Separately there is a cleaning water or solution where tiny bubbles are developed with the sound waves.
In the second stage, the water bubbles implode on the external surface of the laboratory’s samples. This stage is called Cavitation. Here cleaning bubbles not only clean but also create scrubbing actions.
In the final round when the cleaning water becomes highly energized, it produces microjets. In this step, the external surface of the sample becomes clean finally.
Components of the ultrasonic bath:
Ultrasonic transducers: There are two types of transducers such as piezoelectric and magnetostrictive transducers present within the ultrasonic bath. With the former transducer, the AC electrical charges are converted to mechanical energy. With the latter, the magnetic energy of the solutions is converted to mechanical energy. In this way, an ultrasonic cleaning machine produces bubbles and removes all the dirt from the external surface.
Ultrasonic generators: This part receives energy and converts or transforms those into the suitable energy to continue the cleaning process. The standard power frequency is 40 to 60 KhZ. Lower ultrasonic energy creates a high range of oscillation or cavitation energy. With a high cavitation bubble, the cleaning process becomes easy.
Cleaning solution &workpiece tank: It contains the cleaning solution according to the sample. This workpiece tank is placed at the bottom of the solution and we need to place the part within the tank which is required to be cleaned.
Heater: Within the tank there are the assemblages of heating elements. With all those elements heat is created and it enhances the amount of cavitation or scrubbing elements.
Ultrasonic bath cleaner and different frequency ranges:
Frequency ranges play a vital role in ultrasonic bath cleaner machines where lower frequency range enhances the cavitation but higher frequency makes the finer clearance.
20-40 kHz: In this frequency, we may generally clean general large amounts of materials.
60- 80 kHz: This frequency of ultrasonic bath cleaner helps in microscopic particle removal. It is important in cleaning the semiconductors, watches, and other precise materials.
100 kHz & above: It makes the gentler cavitation and is helpful to clean silicon wafers also.
Classification of ultrasonic cleaning machines:
Single-tank ultrasonic cleaners: It is suitable for single to medium-sized parts. Here jewelry, laboratory equipment, and different kinds of surgical parts are cleaned in the single-tank ultrasonic cleaners with cleaning, removal, and drying steps.
Multiple-tank ultrasonic cleaners: It is a three-tank system where removal samples are placed within 1st tank and then transferred to another for cleaning and drying.
Immersible ultrasonic cleaners: These immersible ultrasonic cleaners are connected with the previous one to enhance the cleaning function more finely.
Ultrasonic rod transducers: This is done where a single piezo element creates vibration with the help of the cylindrical rod. The vibration spreads into the cleaning water and helps to remove the external surface.
Features of ultrasonic bath cleaners:
This ultrasonic bath cleaning system is very popular in the jewelry industry, cosmetics, research laboratories, glasswares, surgical equipment, electronic components, small machinery, etc. Its manual and automatic controlling system has made this more popular in research institutes.
Features:
Specifications
| Model No | SI- USB/S-60 | SI- USB/SH-120 | SI- USB/SH-180 | SI- USB/SH-300 |
|---|---|---|---|---|
| Capacity | 2 Ltrs | 4 Ltrs | 6 Ltrs | 9 Ltrs |
| Tank capacity | 2 Lt | 4 Lt | 6 Lt | 9 Lt |
| Ultrasonic Power | 50W | 100W | 150W | 200W |
| Heating Temp | Upto 80 ºC | |||
| Heating Power | 50W | 100W | 300W | 300W |
| Time | 1-99 min | |||
| Make | inner & outer both SS | |||
| Timer | SS | |||
| Timer | digital timer for auto stop of sonication | |||
| Power Supply | 230 VAC +-10% 50 HZ | |||
| Tank Size | 150x37x100 mm (approx) | 300x155x100 mm (approx) | 300*155*150 mm (approx) | 300x240x150 mm (approx) |
| Overall size | 190*170*220 mm (approx) | 330*180*240 mm (approx) | 330*180*310 mm (approx) | 330*270*310 mm (approx) |
| Supplied with basket and lid | ||||
Samara Instruments is a trusted source for cutting-edge scientific equipment. We specialize in providing high-quality instruments and solutions for researchers, laboratories, and scientific professionals worldwide. With 8 years of industry experience, we are committed to delivering innovative products that empower scientific discovery and advancement.
An ultrasonic bath or ultrasonic cleaner is very popular in laboratories or research institutes to clean various objects utilizing high-frequency sound waves. This equipment degasses and removes contaminants like dirt, greases, etc from objects' external surfaces and makes them ready for research experiments.
How does an ultrasonic bath work?
Within the ultrasonic bath cleaner cabinet sound waves are generated from 20 kHz to 40 kHz. Separately there is a cleaning water or solution where tiny bubbles are developed with the sound waves.
In the second stage, the water bubbles implode on the external surface of the laboratory's samples. This stage is called Cavitation. Here cleaning bubbles not only clean but also create scrubbing actions.
In the final round when the cleaning water becomes highly energized, it produces microjets. In this step, the external surface of the sample becomes clean finally.
Components of the ultrasonic bath:
Ultrasonic transducers: There are two types of transducers such as piezoelectric and magnetostrictive transducers present within the ultrasonic bath. With the former transducer, the AC electrical charges are converted to mechanical energy. With the latter, the magnetic energy of the solutions is converted to mechanical energy. In this way, an ultrasonic cleaning machine produces bubbles and removes all the dirt from the external surface.
Ultrasonic generators: This part receives energy and converts or transforms those into the suitable energy to continue the cleaning process. The standard power frequency is 40 to 60 KhZ. Lower ultrasonic energy creates a high range of oscillation or cavitation energy. With a high cavitation bubble, the cleaning process becomes easy.
Cleaning solution &workpiece tank: It contains the cleaning solution according to the sample. This workpiece tank is placed at the bottom of the solution and we need to place the part within the tank which is required to be cleaned.
Heater: Within the tank there are the assemblages of heating elements. With all those elements heat is created and it enhances the amount of cavitation or scrubbing elements.
Ultrasonic bath cleaner and different frequency ranges:
Frequency ranges play a vital role in ultrasonic bath cleaner machines where lower frequency range enhances the cavitation but higher frequency makes the finer clearance.
20-40 kHz: In this frequency, we may generally clean general large amounts of materials.
60- 80 kHz: This frequency of ultrasonic bath cleaner helps in microscopic particle removal. It is important in cleaning the semiconductors, watches, and other precise materials.
100 kHz & above: It makes the gentler cavitation and is helpful to clean silicon wafers also.
Classification of ultrasonic cleaning machines:
Single-tank ultrasonic cleaners: It is suitable for single to medium-sized parts. Here jewelry, laboratory equipment, and different kinds of surgical parts are cleaned in the single-tank ultrasonic cleaners with cleaning, removal, and drying steps.
Multiple-tank ultrasonic cleaners: It is a three-tank system where removal samples are placed within 1st tank and then transferred to another for cleaning and drying.
Immersible ultrasonic cleaners: These immersible ultrasonic cleaners are connected with the previous one to enhance the cleaning function more finely.
Ultrasonic rod transducers: This is done where a single piezo element creates vibration with the help of the cylindrical rod. The vibration spreads into the cleaning water and helps to remove the external surface.
Features of ultrasonic bath cleaners:
This ultrasonic bath cleaning system is very popular in the jewelry industry, cosmetics, research laboratories, glasswares, surgical equipment, electronic components, small machinery, etc. Its manual and automatic controlling system has made this more popular in research institutes.
| Model No | SI- USB/S-60 | SI- USB/SH-120 | SI- USB/SH-180 | SI- USB/SH-300 |
|---|---|---|---|---|
| Capacity | 2 Ltrs | 4 Ltrs | 6 Ltrs | 9 Ltrs |
| Tank capacity | 2 Lt | 4 Lt | 6 Lt | 9 Lt |
| Ultrasonic Power | 50W | 100W | 150W | 200W |
| Heating Temp | Upto 80 ºC | |||
| Heating Power | 50W | 100W | 300W | 300W |
| Time | 1-99 min | |||
| Make | inner & outer both SS | |||
| Timer | SS | |||
| Timer | digital timer for auto stop of sonication | |||
| Power Supply | 230 VAC +-10% 50 HZ | |||
| Tank Size | 150x37x100 mm (approx) | 300x155x100 mm (approx) | 300*155*150 mm (approx) | 300x240x150 mm (approx) |
| Overall size | 190*170*220 mm (approx) | 330*180*240 mm (approx) | 330*180*310 mm (approx) | 330*270*310 mm (approx) |
| Supplied with basket and lid | ||||