We are reckoned as the prime Multi Stage Ultrasonic Cleaning Systems Manufacturer, Exporter and Supplier in India. Our Multi Stage Ultrasonic Cleaning Systems are highly acknowledged amidst the clients, due to their excellent working performance and durability. Moreover, we provide the Multi Stage Ultrasonic Cleaning Systems at the most competitive prices for the clients. Old Method Of CleaningThe current practice involves use of chlorinated solvents like TCE, PCE, etc, that are the choice solvent used through the industries in their cleaning process. Aqueous ultrasonic cleaning system are very popular due to their good solvency, lower heat of evaporation, high or absence of flash point, non-corrosive nature, relative stability & compatibility with metals and glass. However all chlorinated solvents are hazardous to human health & environment. Some chlorinated solvents are suspected to cause cancer (Carcinogenic) over prolong exposure. Being hazardous to health their usage has come under intense investigation from pollution control and health authorities and has already been banned by developed countries. This has lead to shift to alternative cleaning technology based on aqueous solvents. Another factor driving the shift to aqueous ultrasonic cleaning system is the environmental hazard caused by chlorinated solvents due to their Ozone depleting property. Due to this they have been targets of strong Government regulations throughout the world. It may be not long before similar legislation is introduced in India to phase out their usage The New MethodAqueous ultrasonic cleaners are environmentally benign, technically feasible alternative to solvent cleaning. The medium used for cleaning is predominantly water compounded with Alkali, Surfactants, Water conditioners, Corrosion inhibitors, Foam stabilizers etc.Aqueous ultrasonic cleaners in many cases have replaced solvents without sacrificing cleaning performance. However due to the nature of solvent used, successful implementation of aqueous ultrasonic cleaning system require a careful design effort necessitated due to the multistage operations involved.While solvent based cleaning primarily rely on chemical properties of the solvent, whereas aqueous ultrasonic cleaning system rely on the mechanical properties like high-pressure spray, Ultrasonic agitation, dunking, etc. apart from the chemical properties of the aqueous medium. Pre Cleaning Tank (Injection Flood Wash)A very high-pressure spray of liquid is introduced within the process liquid to create a strong turbulence causing effective mass transfer between the chemical (detergent) and the contaminant (oil). Subsequently saponification and emulsification processes are carried out. Ultrasonic CleaningUltrasonic power is created by Piezo electric crystals suitably bonded and excited by a high frequency signal create an alternate pressure effect in the liquid which dislodges minute particles. This effect tears apart the solution and produce cavitational bubbles. When these bubbles collapse, during the compressional mode of the cycle, high pressure mechanical effects are created blasting away the solid soil from the surface. While Ultrasonic cavitations aids in the solvency of the oil and fat in the cleaning media and the cavitational power helps in dislodging the solid soil. RinsingThe carry over chemicals on the surface of the components are removed in the rinsing station .To achieve a quick dissolution of the carry over chemicals the water is heated. Many a time this process is done twice at different stations. Drying Hot Air BlowThe components are dried in this station by a blast of hot air at around 100 degree.

We are reckoned as the prime Multi Stage Ultrasonic Cleaning Systems Manufacturer, Exporter and Supplier in India. Our Multi Stage Ultrasonic Cleaning Systems are highly acknowledged amidst the clients, due to their excellent working performance and durability. Moreover, we provide the Multi Stage Ultrasonic Cleaning Systems at the most competitive prices for the clients. Old Method Of CleaningThe current practice involves use of chlorinated solvents like TCE, PCE, etc, that are the choice solvent used through the industries in their cleaning process. Aqueous ultrasonic cleaning system are very popular due to their good solvency, lower heat of evaporation, high or absence of flash point, non-corrosive nature, relative stability & compatibility with metals and glass. However all chlorinated solvents are hazardous to human health & environment. Some chlorinated solvents are suspected to cause cancer (Carcinogenic) over prolong exposure. Being hazardous to health their usage has come under intense investigation from pollution control and health authorities and has already been banned by developed countries. This has lead to shift to alternative cleaning technology based on aqueous solvents. Another factor driving the shift to aqueous ultrasonic cleaning system is the environmental hazard caused by chlorinated solvents due to their Ozone depleting property. Due to this they have been targets of strong Government regulations throughout the world. It may be not long before similar legislation is introduced in India to phase out their usage The New MethodAqueous ultrasonic cleaners are environmentally benign, technically feasible alternative to solvent cleaning. The medium used for cleaning is predominantly water compounded with Alkali, Surfactants, Water conditioners, Corrosion inhibitors, Foam stabilizers etc.Aqueous ultrasonic cleaners in many cases have replaced solvents without sacrificing cleaning performance. However due to the nature of solvent used, successful implementation of aqueous ultrasonic cleaning system require a careful design effort necessitated due to the multistage operations involved.While solvent based cleaning primarily rely on chemical properties of the solvent, whereas aqueous ultrasonic cleaning system rely on the mechanical properties like high-pressure spray, Ultrasonic agitation, dunking, etc. apart from the chemical properties of the aqueous medium. Pre Cleaning Tank (Injection Flood Wash)A very high-pressure spray of liquid is introduced within the process liquid to create a strong turbulence causing effective mass transfer between the chemical (detergent) and the contaminant (oil). Subsequently saponification and emulsification processes are carried out. Ultrasonic CleaningUltrasonic power is created by Piezo electric crystals suitably bonded and excited by a high frequency signal create an alternate pressure effect in the liquid which dislodges minute particles. This effect tears apart the solution and produce cavitational bubbles. When these bubbles collapse, during the compressional mode of the cycle, high pressure mechanical effects are created blasting away the solid soil from the surface. While Ultrasonic cavitations aids in the solvency of the oil and fat in the cleaning media and the cavitational power helps in dislodging the solid soil. RinsingThe carry over chemicals on the surface of the components are removed in the rinsing station .To achieve a quick dissolution of the carry over chemicals the water is heated. Many a time this process is done twice at different stations. Drying Hot Air BlowThe components are dried in this station by a blast of hot air at around 100 degree.

The company is known as the prominent Manufacturer, Exporter and Supplier of the advanced Single Chamber Ultrasonic Cleaning System. Our Single Chamber Ultrasonic Cleaning System is designed to be set on a countertop or to be placed into a cut away, or to put in a custom built Stainless Steel Frame for portability. Our Single Chamber Ultrasonic Cleaning System is adaptable to any application as it can be used single or can be integrated in system. Used ForTough batch cleaningSingle Chamber UnitsGround in buffingRemoval of oilsPolishing compoundsHard-to-remove contaminatesFeaturesMesh Type SS BasketsThermostatic Controlled HeatingTransducers Mounted on Studs by Special High Capacitance WeldingOptional PartsFiltration SystemDigital Temperature Indicator ControllerStainless Steel EnclosureMechanical Electronic TimersOil skimmersCastor WheelsLevel SensorsApplicationsDegassing of SolventsSemiconductor ComponentsWatch PartsHomogenizing and Sono-ChemistryDental and Medical InstrumentsCosmetics and PharmaceuticalsJewelry and Precious StonesOptics and LensesPrecision MechanicsDisk-DrivesPCBs and Hybrid CircuitsSpecificationsAverage Ultrasonic PowerTank Material Tank outer cabinet material Tank Size L x W x H (inch ) Tank Capacity (litres) Generator Type Input Power ACUC-150 W SS31616GSS304M.S. 7"x6"x6" 3.9Built-in seperate 1 Ph UC-250 W SS31616GSS304M.S. 10'x8"x6"7.5Built-in seperate 1 Ph UC-300 WSS31616GSS304M.S. 8"x8"x10" 10Built-in seperate 1 Ph UC-500 W SS31616GSS304M.S. 15"x12"x10" 28Built-in seperate 1 Ph UC-600 W SS31616GSS304M.S. 12"x12"x18" 40.5Built-in seperate 1 Ph UC-750 W SS31616GSS304M.S. 15"x12"x18" 51Built-in seperate 3 Ph UC-1000 W SS31616GSS304M.S. 24"x12"x18" 81Built-in seperate 3 Ph UC-1500 W SS31616GSS304M.S. 30"x145"x18" 126Built-in seperate 3 Ph UC-2000 W SS31616GSS304M.S. 30"x18"x20" 168Built-in seperate 3 Ph UC-2500 W SS31616GSS304M.S. 36"x12"x18" 201Built-in seperate 3 Ph UC-3000 W SS31616GSS304M.S. 40"x20"x20" 250Built-in seperate 3 Ph

We are reckoned as the prime Multi Stage Ultrasonic Cleaning Systems Manufacturer, Exporter and Supplier in India. Our Multi Stage Ultrasonic Cleaning Systems are highly acknowledged amidst the clients, due to their excellent working performance and durability. Moreover, we provide the Multi Stage Ultrasonic Cleaning Systems at the most competitive prices for the clients. Old Method Of CleaningThe current practice involves use of chlorinated solvents like TCE, PCE, etc, that are the choice solvent used through the industries in their cleaning process. Aqueous ultrasonic cleaning system are very popular due to their good solvency, lower heat of evaporation, high or absence of flash point, non-corrosive nature, relative stability & compatibility with metals and glass. However all chlorinated solvents are hazardous to human health & environment. Some chlorinated solvents are suspected to cause cancer (Carcinogenic) over prolong exposure. Being hazardous to health their usage has come under intense investigation from pollution control and health authorities and has already been banned by developed countries. This has lead to shift to alternative cleaning technology based on aqueous solvents. Another factor driving the shift to aqueous ultrasonic cleaning system is the environmental hazard caused by chlorinated solvents due to their Ozone depleting property. Due to this they have been targets of strong Government regulations throughout the world. It may be not long before similar legislation is introduced in India to phase out their usage The New MethodAqueous ultrasonic cleaners are environmentally benign, technically feasible alternative to solvent cleaning. The medium used for cleaning is predominantly water compounded with Alkali, Surfactants, Water conditioners, Corrosion inhibitors, Foam stabilizers etc.Aqueous ultrasonic cleaners in many cases have replaced solvents without sacrificing cleaning performance. However due to the nature of solvent used, successful implementation of aqueous ultrasonic cleaning system require a careful design effort necessitated due to the multistage operations involved.While solvent based cleaning primarily rely on chemical properties of the solvent, whereas aqueous ultrasonic cleaning system rely on the mechanical properties like high-pressure spray, Ultrasonic agitation, dunking, etc. apart from the chemical properties of the aqueous medium. Pre Cleaning Tank (Injection Flood Wash)A very high-pressure spray of liquid is introduced within the process liquid to create a strong turbulence causing effective mass transfer between the chemical (detergent) and the contaminant (oil). Subsequently saponification and emulsification processes are carried out. Ultrasonic CleaningUltrasonic power is created by Piezo electric crystals suitably bonded and excited by a high frequency signal create an alternate pressure effect in the liquid which dislodges minute particles. This effect tears apart the solution and produce cavitational bubbles. When these bubbles collapse, during the compressional mode of the cycle, high pressure mechanical effects are created blasting away the solid soil from the surface. While Ultrasonic cavitations aids in the solvency of the oil and fat in the cleaning media and the cavitational power helps in dislodging the solid soil. RinsingThe carry over chemicals on the surface of the components are removed in the rinsing station .To achieve a quick dissolution of the carry over chemicals the water is heated. Many a time this process is done twice at different stations. Drying Hot Air BlowThe components are dried in this station by a blast of hot air at around 100 degree.

We are reckoned as the prime Multi Stage Ultrasonic Cleaning Systems Manufacturer, Exporter and Supplier in India. Our Multi Stage Ultrasonic Cleaning Systems are highly acknowledged amidst the clients, due to their excellent working performance and durability. Moreover, we provide the Multi Stage Ultrasonic Cleaning Systems at the most competitive prices for the clients. Old Method Of CleaningThe current practice involves use of chlorinated solvents like TCE, PCE, etc, that are the choice solvent used through the industries in their cleaning process. Aqueous ultrasonic cleaning system are very popular due to their good solvency, lower heat of evaporation, high or absence of flash point, non-corrosive nature, relative stability & compatibility with metals and glass. However all chlorinated solvents are hazardous to human health & environment. Some chlorinated solvents are suspected to cause cancer (Carcinogenic) over prolong exposure. Being hazardous to health their usage has come under intense investigation from pollution control and health authorities and has already been banned by developed countries. This has lead to shift to alternative cleaning technology based on aqueous solvents. Another factor driving the shift to aqueous ultrasonic cleaning system is the environmental hazard caused by chlorinated solvents due to their Ozone depleting property. Due to this they have been targets of strong Government regulations throughout the world. It may be not long before similar legislation is introduced in India to phase out their usage The New MethodAqueous ultrasonic cleaners are environmentally benign, technically feasible alternative to solvent cleaning. The medium used for cleaning is predominantly water compounded with Alkali, Surfactants, Water conditioners, Corrosion inhibitors, Foam stabilizers etc.Aqueous ultrasonic cleaners in many cases have replaced solvents without sacrificing cleaning performance. However due to the nature of solvent used, successful implementation of aqueous ultrasonic cleaning system require a careful design effort necessitated due to the multistage operations involved.While solvent based cleaning primarily rely on chemical properties of the solvent, whereas aqueous ultrasonic cleaning system rely on the mechanical properties like high-pressure spray, Ultrasonic agitation, dunking, etc. apart from the chemical properties of the aqueous medium. Pre Cleaning Tank (Injection Flood Wash)A very high-pressure spray of liquid is introduced within the process liquid to create a strong turbulence causing effective mass transfer between the chemical (detergent) and the contaminant (oil). Subsequently saponification and emulsification processes are carried out. Ultrasonic CleaningUltrasonic power is created by Piezo electric crystals suitably bonded and excited by a high frequency signal create an alternate pressure effect in the liquid which dislodges minute particles. This effect tears apart the solution and produce cavitational bubbles. When these bubbles collapse, during the compressional mode of the cycle, high pressure mechanical effects are created blasting away the solid soil from the surface. While Ultrasonic cavitations aids in the solvency of the oil and fat in the cleaning media and the cavitational power helps in dislodging the solid soil. RinsingThe carry over chemicals on the surface of the components are removed in the rinsing station .To achieve a quick dissolution of the carry over chemicals the water is heated. Many a time this process is done twice at different stations. Drying Hot Air BlowThe components are dried in this station by a blast of hot air at around 100 degree.

The company is known as the prominent Manufacturer, Exporter and Supplier of the advanced Single Chamber Ultrasonic Cleaning System. Our Single Chamber Ultrasonic Cleaning System is designed to be set on a countertop or to be placed into a cut away, or to put in a custom built Stainless Steel Frame for portability. Our Single Chamber Ultrasonic Cleaning System is adaptable to any application as it can be used single or can be integrated in system. Used ForTough batch cleaningSingle Chamber UnitsGround in buffingRemoval of oilsPolishing compoundsHard-to-remove contaminatesFeaturesMesh Type SS BasketsThermostatic Controlled HeatingTransducers Mounted on Studs by Special High Capacitance WeldingOptional PartsFiltration SystemDigital Temperature Indicator ControllerStainless Steel EnclosureMechanical Electronic TimersOil skimmersCastor WheelsLevel SensorsApplicationsDegassing of SolventsSemiconductor ComponentsWatch PartsHomogenizing and Sono-ChemistryDental and Medical InstrumentsCosmetics and PharmaceuticalsJewelry and Precious StonesOptics and LensesPrecision MechanicsDisk-DrivesPCBs and Hybrid CircuitsSpecificationsAverage Ultrasonic PowerTank Material Tank outer cabinet material Tank Size L x W x H (inch ) Tank Capacity (litres) Generator Type Input Power ACUC-150 W SS31616GSS304M.S. 7"x6"x6" 3.9Built-in seperate 1 Ph UC-250 W SS31616GSS304M.S. 10'x8"x6"7.5Built-in seperate 1 Ph UC-300 WSS31616GSS304M.S. 8"x8"x10" 10Built-in seperate 1 Ph UC-500 W SS31616GSS304M.S. 15"x12"x10" 28Built-in seperate 1 Ph UC-600 W SS31616GSS304M.S. 12"x12"x18" 40.5Built-in seperate 1 Ph UC-750 W SS31616GSS304M.S. 15"x12"x18" 51Built-in seperate 3 Ph UC-1000 W SS31616GSS304M.S. 24"x12"x18" 81Built-in seperate 3 Ph UC-1500 W SS31616GSS304M.S. 30"x145"x18" 126Built-in seperate 3 Ph UC-2000 W SS31616GSS304M.S. 30"x18"x20" 168Built-in seperate 3 Ph UC-2500 W SS31616GSS304M.S. 36"x12"x18" 201Built-in seperate 3 Ph UC-3000 W SS31616GSS304M.S. 40"x20"x20" 250Built-in seperate 3 Ph

We are offering Single Chamber Ultrasonic Cleaning System. Our Single Chamber Ultrasonic Cleaning System is designed to be set on a countertop or to be placed into a cut away, or to put in a custom built Stainless Steel Frame for portability. Our Single Chamber Ultrasonic Cleaning System is adaptable to any application as it can be used single or can be integrated in system.

We are reckoned as the prime Multi Stage Ultrasonic Cleaning Systems Manufacturer, Exporter and Supplier in India. Our Multi Stage Ultrasonic Cleaning Systems are highly acknowledged amidst the clients, due to their excellent working performance and durability. Moreover, we provide the Multi Stage Ultrasonic Cleaning Systems at the most competitive prices for the clients.

The current practice involves use of chlorinated solvents like TCE, PCE etc. that are the choice solvent used through the industries in their cleaning process. Aqueous ultrasonic cleaning system are very popular due to their good solvency, lower heat of evaporation, high or absence of flash point, non-corrosive nature, relative stability & compatibility with metals & glass. However all chlorinated solvents are hazardous to human health & environment. Some chlorinated solvents are suspected to cause cancer (Carcinogenic) over prolong exposure. Being hazardous to health their usage has come under intense investigation from pollution control & health authorities & has already been banned by developed countries. This has lead to shift to alternative cleaning technology based on aqueous solvents.Another factor driving the shift to aqueous ultrasonic cleaning system is the environmental hazard caused by chlorinated solvents due to their Ozone depleting property. Due to this they have been targets of strong Government regulations throughout the world. It may be not long before similar legislation is introduced in India to phase out their usage.

THE NEW METHOD Aqueous ultrasonic cleaners are environmentally benign, technically feasible alternative to solvent cleaning. The medium used for cleaning is predominantly water compounded with Alkali, Surfactants, Water conditioners, Corrosion inhibitors, Foam stabilizers etc.Aqueous ultrasonic cleaners in many cases have replaced solvents without sacrificing cleaning performance. However due to the nature of solvent used, successful implementation of aqueous ultrasonic cleaning system require a careful design effort necessitated due to the multistage operations involved likeWhile solvent based cleaning primarily rely on chemical properties of the solvent, whereas aqueous ultrasonic cleaning system rely on the mechanical properties like high-pressure spray, Ultrasonic agitation, dunking, etc. apart from the chemical properties of the aqueous medium. 1. Pre cleaning tank (Injection flood wash) A very high-pressure spray of liquid is introduced within the process liquid to create a strong turbulence causing effective mass transfer between the chemical (detergent) and the contaminant (oil). Subsequently saponification and emulsification processes are carried out

2. Ultrasonic Cleaning.

Ultrasonic power is created by Piezo electric crystals suitably bonded and excited by a high frequency signal create an alternate pressure effect in the liquid which dislodges minute particles. This effect tears apart the solution and produce cavitational bubbles. When these bubbles collapse, during the compressional mode of the cycle, high pressure mechanical effects are created blasting away the solid soil from the surface. While Ultrasonic cavitations aids in the solvency of the oil and fat in the cleaning media and the cavitational power helps in dislodging the solid soil.

3. Rinsing

The carry over chemicals on the surface of the components are removed in the rinsing station .To achieve a quick dissolution of the carry over chemicals the water is heated. Many a time this process is done twice at different stations.

4. Drying Hot air blow

The components are dried in this station by a blast of hot air at around 100 deg.

Thorough ultrasonic cleaning of electronics plays a crucial role in assuring reliability of the finished product.Flux removal from assembled and reworked PCBs as well as solder paste removal from misprinted PCBs are critical process steps. An ultrasonic circuit board cleaner removes flux, even tenacious residues from lead-free and low-residue fluxes, from printed circuit boards with either through-hole technology or surface-mount components. Ultrasonic cleaning of electrical components offers clear advantages over spray washing when the components have tight clearances or tubular geometries.

We are reckoned as the prime Multi Stage Ultrasonic Cleaning Systems Manufacturer, Exporter and Supplier in India. Our Multi Stage Ultrasonic Cleaning Systems are highly acknowledged amidst the clients, due to their excellent working performance and durability. Moreover, we provide the Multi Stage Ultrasonic Cleaning Systems at the most competitive prices for the clients. Old Method Of CleaningThe current practice involves use of chlorinated solvents like TCE, PCE, etc, that are the choice solvent used through the industries in their cleaning process. Aqueous ultrasonic cleaning system are very popular due to their good solvency, lower heat of evaporation, high or absence of flash point, non-corrosive nature, relative stability & compatibility with metals and glass. However all chlorinated solvents are hazardous to human health & environment. Some chlorinated solvents are suspected to cause cancer (Carcinogenic) over prolong exposure. Being hazardous to health their usage has come under intense investigation from pollution control and health authorities and has already been banned by developed countries. This has lead to shift to alternative cleaning technology based on aqueous solvents. Another factor driving the shift to aqueous ultrasonic cleaning system is the environmental hazard caused by chlorinated solvents due to their Ozone depleting property. Due to this they have been targets of strong Government regulations throughout the world. It may be not long before similar legislation is introduced in India to phase out their usage The New MethodAqueous ultrasonic cleaners are environmentally benign, technically feasible alternative to solvent cleaning. The medium used for cleaning is predominantly water compounded with Alkali, Surfactants, Water conditioners, Corrosion inhibitors, Foam stabilizers etc.Aqueous ultrasonic cleaners in many cases have replaced solvents without sacrificing cleaning performance. However due to the nature of solvent used, successful implementation of aqueous ultrasonic cleaning system require a careful design effort necessitated due to the multistage operations involved.While solvent based cleaning primarily rely on chemical properties of the solvent, whereas aqueous ultrasonic cleaning system rely on the mechanical properties like high-pressure spray, Ultrasonic agitation, dunking, etc. apart from the chemical properties of the aqueous medium. Pre Cleaning Tank (Injection Flood Wash)A very high-pressure spray of liquid is introduced within the process liquid to create a strong turbulence causing effective mass transfer between the chemical (detergent) and the contaminant (oil). Subsequently saponification and emulsification processes are carried out. Ultrasonic CleaningUltrasonic power is created by Piezo electric crystals suitably bonded and excited by a high frequency signal create an alternate pressure effect in the liquid which dislodges minute particles. This effect tears apart the solution and produce cavitational bubbles. When these bubbles collapse, during the compressional mode of the cycle, high pressure mechanical effects are created blasting away the solid soil from the surface. While Ultrasonic cavitations aids in the solvency of the oil and fat in the cleaning media and the cavitational power helps in dislodging the solid soil. RinsingThe carry over chemicals on the surface of the components are removed in the rinsing station .To achieve a quick dissolution of the carry over chemicals the water is heated. Many a time this process is done twice at different stations. Drying Hot Air BlowThe components are dried in this station by a blast of hot air at around 100 degree.

We are reckoned as the prime Multi Stage Ultrasonic Cleaning Systems Manufacturer, Exporter and Supplier in India. Our Multi Stage Ultrasonic Cleaning Systems are highly acknowledged amidst the clients, due to their excellent working performance and durability. Moreover, we provide the Multi Stage Ultrasonic Cleaning Systems at the most competitive prices for the clients. Old Method Of CleaningThe current practice involves use of chlorinated solvents like TCE, PCE, etc, that are the choice solvent used through the industries in their cleaning process. Aqueous ultrasonic cleaning system are very popular due to their good solvency, lower heat of evaporation, high or absence of flash point, non-corrosive nature, relative stability & compatibility with metals and glass. However all chlorinated solvents are hazardous to human health & environment. Some chlorinated solvents are suspected to cause cancer (Carcinogenic) over prolong exposure. Being hazardous to health their usage has come under intense investigation from pollution control and health authorities and has already been banned by developed countries. This has lead to shift to alternative cleaning technology based on aqueous solvents. Another factor driving the shift to aqueous ultrasonic cleaning system is the environmental hazard caused by chlorinated solvents due to their Ozone depleting property. Due to this they have been targets of strong Government regulations throughout the world. It may be not long before similar legislation is introduced in India to phase out their usage The New MethodAqueous ultrasonic cleaners are environmentally benign, technically feasible alternative to solvent cleaning. The medium used for cleaning is predominantly water compounded with Alkali, Surfactants, Water conditioners, Corrosion inhibitors, Foam stabilizers etc.Aqueous ultrasonic cleaners in many cases have replaced solvents without sacrificing cleaning performance. However due to the nature of solvent used, successful implementation of aqueous ultrasonic cleaning system require a careful design effort necessitated due to the multistage operations involved.While solvent based cleaning primarily rely on chemical properties of the solvent, whereas aqueous ultrasonic cleaning system rely on the mechanical properties like high-pressure spray, Ultrasonic agitation, dunking, etc. apart from the chemical properties of the aqueous medium. Pre Cleaning Tank (Injection Flood Wash)A very high-pressure spray of liquid is introduced within the process liquid to create a strong turbulence causing effective mass transfer between the chemical (detergent) and the contaminant (oil). Subsequently saponification and emulsification processes are carried out. Ultrasonic CleaningUltrasonic power is created by Piezo electric crystals suitably bonded and excited by a high frequency signal create an alternate pressure effect in the liquid which dislodges minute particles. This effect tears apart the solution and produce cavitational bubbles. When these bubbles collapse, during the compressional mode of the cycle, high pressure mechanical effects are created blasting away the solid soil from the surface. While Ultrasonic cavitations aids in the solvency of the oil and fat in the cleaning media and the cavitational power helps in dislodging the solid soil. RinsingThe carry over chemicals on the surface of the components are removed in the rinsing station .To achieve a quick dissolution of the carry over chemicals the water is heated. Many a time this process is done twice at different stations. Drying Hot Air BlowThe components are dried in this station by a blast of hot air at around 100 degree.

The company is known as the prominent Manufacturer, Exporter and Supplier of the advanced Single Chamber Ultrasonic Cleaning System. Our Single Chamber Ultrasonic Cleaning System is designed to be set on a countertop or to be placed into a cut away, or to put in a custom built Stainless Steel Frame for portability. Our Single Chamber Ultrasonic Cleaning System is adaptable to any application as it can be used single or can be integrated in system. Used ForTough batch cleaningSingle Chamber UnitsGround in buffingRemoval of oilsPolishing compoundsHard-to-remove contaminatesFeaturesMesh Type SS BasketsThermostatic Controlled HeatingTransducers Mounted on Studs by Special High Capacitance WeldingOptional PartsFiltration SystemDigital Temperature Indicator ControllerStainless Steel EnclosureMechanical Electronic TimersOil skimmersCastor WheelsLevel SensorsApplicationsDegassing of SolventsSemiconductor ComponentsWatch PartsHomogenizing and Sono-ChemistryDental and Medical InstrumentsCosmetics and PharmaceuticalsJewelry and Precious StonesOptics and LensesPrecision MechanicsDisk-DrivesPCBs and Hybrid CircuitsSpecificationsAverage Ultrasonic PowerTank Material Tank outer cabinet material Tank Size L x W x H (inch ) Tank Capacity (litres) Generator Type Input Power ACUC-150 W SS31616GSS304M.S. 7"x6"x6" 3.9Built-in seperate 1 Ph UC-250 W SS31616GSS304M.S. 10'x8"x6"7.5Built-in seperate 1 Ph UC-300 WSS31616GSS304M.S. 8"x8"x10" 10Built-in seperate 1 Ph UC-500 W SS31616GSS304M.S. 15"x12"x10" 28Built-in seperate 1 Ph UC-600 W SS31616GSS304M.S. 12"x12"x18" 40.5Built-in seperate 1 Ph UC-750 W SS31616GSS304M.S. 15"x12"x18" 51Built-in seperate 3 Ph UC-1000 W SS31616GSS304M.S. 24"x12"x18" 81Built-in seperate 3 Ph UC-1500 W SS31616GSS304M.S. 30"x145"x18" 126Built-in seperate 3 Ph UC-2000 W SS31616GSS304M.S. 30"x18"x20" 168Built-in seperate 3 Ph UC-2500 W SS31616GSS304M.S. 36"x12"x18" 201Built-in seperate 3 Ph UC-3000 W SS31616GSS304M.S. 40"x20"x20" 250Built-in seperate 3 Ph

We are reckoned as the prime Multi Stage Ultrasonic Cleaning Systems Manufacturer, Exporter and Supplier in India. Our Multi Stage Ultrasonic Cleaning Systems are highly acknowledged amidst the clients, due to their excellent working performance and durability. Moreover, we provide the Multi Stage Ultrasonic Cleaning Systems at the most competitive prices for the clients. Old Method Of CleaningThe current practice involves use of chlorinated solvents like TCE, PCE, etc, that are the choice solvent used through the industries in their cleaning process. Aqueous ultrasonic cleaning system are very popular due to their good solvency, lower heat of evaporation, high or absence of flash point, non-corrosive nature, relative stability & compatibility with metals and glass. However all chlorinated solvents are hazardous to human health & environment. Some chlorinated solvents are suspected to cause cancer (Carcinogenic) over prolong exposure. Being hazardous to health their usage has come under intense investigation from pollution control and health authorities and has already been banned by developed countries. This has lead to shift to alternative cleaning technology based on aqueous solvents. Another factor driving the shift to aqueous ultrasonic cleaning system is the environmental hazard caused by chlorinated solvents due to their Ozone depleting property. Due to this they have been targets of strong Government regulations throughout the world. It may be not long before similar legislation is introduced in India to phase out their usage The New MethodAqueous ultrasonic cleaners are environmentally benign, technically feasible alternative to solvent cleaning. The medium used for cleaning is predominantly water compounded with Alkali, Surfactants, Water conditioners, Corrosion inhibitors, Foam stabilizers etc.Aqueous ultrasonic cleaners in many cases have replaced solvents without sacrificing cleaning performance. However due to the nature of solvent used, successful implementation of aqueous ultrasonic cleaning system require a careful design effort necessitated due to the multistage operations involved.While solvent based cleaning primarily rely on chemical properties of the solvent, whereas aqueous ultrasonic cleaning system rely on the mechanical properties like high-pressure spray, Ultrasonic agitation, dunking, etc. apart from the chemical properties of the aqueous medium. Pre Cleaning Tank (Injection Flood Wash)A very high-pressure spray of liquid is introduced within the process liquid to create a strong turbulence causing effective mass transfer between the chemical (detergent) and the contaminant (oil). Subsequently saponification and emulsification processes are carried out. Ultrasonic CleaningUltrasonic power is created by Piezo electric crystals suitably bonded and excited by a high frequency signal create an alternate pressure effect in the liquid which dislodges minute particles. This effect tears apart the solution and produce cavitational bubbles. When these bubbles collapse, during the compressional mode of the cycle, high pressure mechanical effects are created blasting away the solid soil from the surface. While Ultrasonic cavitations aids in the solvency of the oil and fat in the cleaning media and the cavitational power helps in dislodging the solid soil. RinsingThe carry over chemicals on the surface of the components are removed in the rinsing station .To achieve a quick dissolution of the carry over chemicals the water is heated. Many a time this process is done twice at different stations. Drying Hot Air BlowThe components are dried in this station by a blast of hot air at around 100 degree.

We are reckoned as the prime Multi Stage Ultrasonic Cleaning Systems Manufacturer, Exporter and Supplier in India. Our Multi Stage Ultrasonic Cleaning Systems are highly acknowledged amidst the clients, due to their excellent working performance and durability. Moreover, we provide the Multi Stage Ultrasonic Cleaning Systems at the most competitive prices for the clients. Old Method Of CleaningThe current practice involves use of chlorinated solvents like TCE, PCE, etc, that are the choice solvent used through the industries in their cleaning process. Aqueous ultrasonic cleaning system are very popular due to their good solvency, lower heat of evaporation, high or absence of flash point, non-corrosive nature, relative stability & compatibility with metals and glass. However all chlorinated solvents are hazardous to human health & environment. Some chlorinated solvents are suspected to cause cancer (Carcinogenic) over prolong exposure. Being hazardous to health their usage has come under intense investigation from pollution control and health authorities and has already been banned by developed countries. This has lead to shift to alternative cleaning technology based on aqueous solvents. Another factor driving the shift to aqueous ultrasonic cleaning system is the environmental hazard caused by chlorinated solvents due to their Ozone depleting property. Due to this they have been targets of strong Government regulations throughout the world. It may be not long before similar legislation is introduced in India to phase out their usage The New MethodAqueous ultrasonic cleaners are environmentally benign, technically feasible alternative to solvent cleaning. The medium used for cleaning is predominantly water compounded with Alkali, Surfactants, Water conditioners, Corrosion inhibitors, Foam stabilizers etc.Aqueous ultrasonic cleaners in many cases have replaced solvents without sacrificing cleaning performance. However due to the nature of solvent used, successful implementation of aqueous ultrasonic cleaning system require a careful design effort necessitated due to the multistage operations involved.While solvent based cleaning primarily rely on chemical properties of the solvent, whereas aqueous ultrasonic cleaning system rely on the mechanical properties like high-pressure spray, Ultrasonic agitation, dunking, etc. apart from the chemical properties of the aqueous medium. Pre Cleaning Tank (Injection Flood Wash)A very high-pressure spray of liquid is introduced within the process liquid to create a strong turbulence causing effective mass transfer between the chemical (detergent) and the contaminant (oil). Subsequently saponification and emulsification processes are carried out. Ultrasonic CleaningUltrasonic power is created by Piezo electric crystals suitably bonded and excited by a high frequency signal create an alternate pressure effect in the liquid which dislodges minute particles. This effect tears apart the solution and produce cavitational bubbles. When these bubbles collapse, during the compressional mode of the cycle, high pressure mechanical effects are created blasting away the solid soil from the surface. While Ultrasonic cavitations aids in the solvency of the oil and fat in the cleaning media and the cavitational power helps in dislodging the solid soil. RinsingThe carry over chemicals on the surface of the components are removed in the rinsing station .To achieve a quick dissolution of the carry over chemicals the water is heated. Many a time this process is done twice at different stations. Drying Hot Air BlowThe components are dried in this station by a blast of hot air at around 100 degree.

The company is known as the prominent Manufacturer, Exporter and Supplier of the advanced Single Chamber Ultrasonic Cleaning System. Our Single Chamber Ultrasonic Cleaning System is designed to be set on a countertop or to be placed into a cut away, or to put in a custom built Stainless Steel Frame for portability. Our Single Chamber Ultrasonic Cleaning System is adaptable to any application as it can be used single or can be integrated in system. Used ForTough batch cleaningSingle Chamber UnitsGround in buffingRemoval of oilsPolishing compoundsHard-to-remove contaminatesFeaturesMesh Type SS BasketsThermostatic Controlled HeatingTransducers Mounted on Studs by Special High Capacitance WeldingOptional PartsFiltration SystemDigital Temperature Indicator ControllerStainless Steel EnclosureMechanical Electronic TimersOil skimmersCastor WheelsLevel SensorsApplicationsDegassing of SolventsSemiconductor ComponentsWatch PartsHomogenizing and Sono-ChemistryDental and Medical InstrumentsCosmetics and PharmaceuticalsJewelry and Precious StonesOptics and LensesPrecision MechanicsDisk-DrivesPCBs and Hybrid CircuitsSpecificationsAverage Ultrasonic PowerTank Material Tank outer cabinet material Tank Size L x W x H (inch ) Tank Capacity (litres) Generator Type Input Power ACUC-150 W SS31616GSS304M.S. 7"x6"x6" 3.9Built-in seperate 1 Ph UC-250 W SS31616GSS304M.S. 10'x8"x6"7.5Built-in seperate 1 Ph UC-300 WSS31616GSS304M.S. 8"x8"x10" 10Built-in seperate 1 Ph UC-500 W SS31616GSS304M.S. 15"x12"x10" 28Built-in seperate 1 Ph UC-600 W SS31616GSS304M.S. 12"x12"x18" 40.5Built-in seperate 1 Ph UC-750 W SS31616GSS304M.S. 15"x12"x18" 51Built-in seperate 3 Ph UC-1000 W SS31616GSS304M.S. 24"x12"x18" 81Built-in seperate 3 Ph UC-1500 W SS31616GSS304M.S. 30"x145"x18" 126Built-in seperate 3 Ph UC-2000 W SS31616GSS304M.S. 30"x18"x20" 168Built-in seperate 3 Ph UC-2500 W SS31616GSS304M.S. 36"x12"x18" 201Built-in seperate 3 Ph UC-3000 W SS31616GSS304M.S. 40"x20"x20" 250Built-in seperate 3 Ph

We are offering Single Chamber Ultrasonic Cleaning System. Our Single Chamber Ultrasonic Cleaning System is designed to be set on a countertop or to be placed into a cut away, or to put in a custom built Stainless Steel Frame for portability. Our Single Chamber Ultrasonic Cleaning System is adaptable to any application as it can be used single or can be integrated in system.

We are reckoned as the prime Multi Stage Ultrasonic Cleaning Systems Manufacturer, Exporter and Supplier in India. Our Multi Stage Ultrasonic Cleaning Systems are highly acknowledged amidst the clients, due to their excellent working performance and durability. Moreover, we provide the Multi Stage Ultrasonic Cleaning Systems at the most competitive prices for the clients.

The current practice involves use of chlorinated solvents like TCE, PCE etc. that are the choice solvent used through the industries in their cleaning process. Aqueous ultrasonic cleaning system are very popular due to their good solvency, lower heat of evaporation, high or absence of flash point, non-corrosive nature, relative stability & compatibility with metals & glass. However all chlorinated solvents are hazardous to human health & environment. Some chlorinated solvents are suspected to cause cancer (Carcinogenic) over prolong exposure. Being hazardous to health their usage has come under intense investigation from pollution control & health authorities & has already been banned by developed countries. This has lead to shift to alternative cleaning technology based on aqueous solvents.Another factor driving the shift to aqueous ultrasonic cleaning system is the environmental hazard caused by chlorinated solvents due to their Ozone depleting property. Due to this they have been targets of strong Government regulations throughout the world. It may be not long before similar legislation is introduced in India to phase out their usage.

THE NEW METHOD Aqueous ultrasonic cleaners are environmentally benign, technically feasible alternative to solvent cleaning. The medium used for cleaning is predominantly water compounded with Alkali, Surfactants, Water conditioners, Corrosion inhibitors, Foam stabilizers etc.Aqueous ultrasonic cleaners in many cases have replaced solvents without sacrificing cleaning performance. However due to the nature of solvent used, successful implementation of aqueous ultrasonic cleaning system require a careful design effort necessitated due to the multistage operations involved likeWhile solvent based cleaning primarily rely on chemical properties of the solvent, whereas aqueous ultrasonic cleaning system rely on the mechanical properties like high-pressure spray, Ultrasonic agitation, dunking, etc. apart from the chemical properties of the aqueous medium. 1. Pre cleaning tank (Injection flood wash) A very high-pressure spray of liquid is introduced within the process liquid to create a strong turbulence causing effective mass transfer between the chemical (detergent) and the contaminant (oil). Subsequently saponification and emulsification processes are carried out

2. Ultrasonic Cleaning.

Ultrasonic power is created by Piezo electric crystals suitably bonded and excited by a high frequency signal create an alternate pressure effect in the liquid which dislodges minute particles. This effect tears apart the solution and produce cavitational bubbles. When these bubbles collapse, during the compressional mode of the cycle, high pressure mechanical effects are created blasting away the solid soil from the surface. While Ultrasonic cavitations aids in the solvency of the oil and fat in the cleaning media and the cavitational power helps in dislodging the solid soil.

3. Rinsing

The carry over chemicals on the surface of the components are removed in the rinsing station .To achieve a quick dissolution of the carry over chemicals the water is heated. Many a time this process is done twice at different stations.

4. Drying Hot air blow

The components are dried in this station by a blast of hot air at around 100 deg.

Thorough ultrasonic cleaning of electronics plays a crucial role in assuring reliability of the finished product.Flux removal from assembled and reworked PCBs as well as solder paste removal from misprinted PCBs are critical process steps. An ultrasonic circuit board cleaner removes flux, even tenacious residues from lead-free and low-residue fluxes, from printed circuit boards with either through-hole technology or surface-mount components. Ultrasonic cleaning of electrical components offers clear advantages over spray washing when the components have tight clearances or tubular geometries.