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Ultrasonic cleaning: generators, transducers
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Ultrasonic cleaning system - Mono-solvent series
Solvent Ultrasonic Cleaning Systems is Microsolve Mono-Solvent'stwo-stage systems attained the highest cleaning standards yet amazingly running at a low cost. The systems use HFE...
Ultrasonic cleaning system - Mono-solvent series
Solvent Ultrasonic Cleaning Systems is Microsolve Mono-Solvent'stwo-stage systems attained the highest cleaning standards yet amazingly running at a low cost. The systems use HFE (hydrofluoroether) or HFC (hydrofluoro-carbon) solvents. These solvents are followed by vapour rinsing and the freeboard dry. It can be used in precision cleaning bearings, gyro components, medical components, in the maintenance cleaning of pneumatic and hydrolic components, in electonics, flux removal from PBCs or soldering jigs and fixtures and the likes. Interested users are to submit sample components for free testing in the company's wide development workshop in England and get free recommended course of action.
Ultrasonic cleaning system - Co-Solvent series
The Microsolve Co-Solvent ultrasonic cleaning systems are specially designed for cleaning and maintenance operations such as solder flux removal,...
Ultrasonic cleaning system - Co-Solvent series
The Microsolve Co-Solvent ultrasonic cleaning systems are specially designed for cleaning and maintenance operations such as solder flux removal, polishing compound removal, and power generation system components cleaning. These systems work by using two cleaning stages for high quality, heavy duty cleaning.
A combination of hydrocarbon solvating agent and HFE are used in the first stage to minimize the bulk of component contamination, such as high volume oil and dirt residue. Afterwards, the cleaning cycle is completed with freeboard drying and vapor rinsing.
A combination of hydrocarbon solvating agent and HFE are used in the first stage to minimize the bulk of component contamination, such as high volume oil and dirt residue. Afterwards, the cleaning cycle is completed with freeboard drying and vapor rinsing.
Immersible ultrasonic transducer - max. 2 000 W, max. 200 kHz | Pulsatron KST series
Pulsatron KST ultrasonic transducers are available in both standard as well as customized configurations. Standard generators run at 38 kHz (+/- 10%) with frequency sweep for ideal...
Immersible ultrasonic transducer - max. 2 000 W, max. 200 kHz | Pulsatron KST series
Pulsatron KST ultrasonic transducers are available in both standard as well as customized configurations. Standard generators run at 38 kHz (+/- 10%) with frequency sweep for ideal...
Ultrasonic generator / cleaning / for tank - max. 2 kW | Primewave
The Guysonic's ultrasonic generator combined with the Primewave® controller shows the advantages of larger equipment. It is best used for modifying in cleaning tanks or for inclusion into other...
Ultrasonic generator / cleaning / for tank - max. 2 kW | Primewave
The Guysonic's ultrasonic generator combined with the Primewave® controller shows the advantages of larger equipment. It is best used for modifying in cleaning tanks or for inclusion into other...
Ultrasonic cleaning system
Guyson has introduced ultrasonic cleaning - system based on solvent that can satisfy requirements of most of the industries. This is the popular brand that is famous for the excellence it has on design, engineering...
Ultrasonic cleaning system
Guyson has introduced ultrasonic cleaning - system based on solvent that can satisfy requirements of most of the industries. This is the popular brand that is famous for the excellence it has on design, engineering and manufacturing of ultrasonic cleaning equipments that have advanced features in them. The ultrasonic - cleaning system that is based on solvent can be used in optical, aerospace and medical industries. It has features such as automatic transfer of installations and components along with advanced features for solution management and unique ultrasonic cleaning - systems that are custom engineered. They are capable of matching with the demands of most of the industries. It has become a link within the global support - chain which includes Guyson service and sales branches in China and Malaysia.
High-temperature ultrasonic transducer
The Dual Element Transducers, assembled by Olympus, are flaw detectors having a Pseudo-Focus mechanism that improves the resolution in the focal area. The dual angled components of the device produce a V...
High-temperature ultrasonic transducer
The Dual Element Transducers, assembled by Olympus, are flaw detectors having a Pseudo-Focus mechanism that improves the resolution in the focal area. The dual angled components of the device produce a V - Shaped sound path in the test material. The product is made up of two crystal components enclosed in the same housing but separated by an acoustic barrier.
This apparatus from Olympus features an exclusion of the delay line multiples in cases of high temperatures. Reduction on direct back-scattering noise in fine grained or dispersing materials is another highlight of the product. Moreover, it is capable of integrating penetration capabilities of a lower frequency single component transducer with the nearby surface resolution capabilities of a higher frequency single element transducer.
This apparatus from Olympus features an exclusion of the delay line multiples in cases of high temperatures. Reduction on direct back-scattering noise in fine grained or dispersing materials is another highlight of the product. Moreover, it is capable of integrating penetration capabilities of a lower frequency single component transducer with the nearby surface resolution capabilities of a higher frequency single element transducer.
Immersible ultrasonic transducer / high-frequency - max. 225 MHz
These High Frequency Transducers manufactured by Olympus, are specifically engineered to create...
Immersible ultrasonic transducer / high-frequency - max. 225 MHz
These High Frequency Transducers manufactured by Olympus, are specifically engineered to create ≥ 20Mhz frequencies. These are available in 3 different delay line configurations namely, BA, BB, and BC. All these configurations allow various combinations of delay line echoes. Furthermore, its heavily damped broadband design gives excellent time resolution to its user.
Ultrasonic generator / high-frequency / cleaning / precision - 250 - 1 000 W, 80 - 170 kHz
Manufactured by Branson, these ultrasonic generators provide a diversity of features that satisfy any accurate cleaning...
Ultrasonic generator / high-frequency / cleaning / precision - 250 - 1 000 W, 80 - 170 kHz
Manufactured by Branson, these ultrasonic generators provide a diversity of features that satisfy any accurate cleaning requirements. This product can be utilized on a simple cleaning tank or in a fully integrated cleaning system and will perform regular and economical cleaning in a short span of time.
All Branson ultrasonic generators adhere to the FCC Rules and Regulations. They observe EN 60-204-1 standards and are branded with either the CSA or CE mark.
All Branson ultrasonic generators adhere to the FCC Rules and Regulations. They observe EN 60-204-1 standards and are branded with either the CSA or CE mark.
Immersible ultrasonic transducer - 40 - 170 kHz
The immersible transducers from Branson are known as versatile devices suitable for adding ultrasonics to both existing and new tankages, in a wide range of industrial settings....
Immersible ultrasonic transducer - 40 - 170 kHz
The immersible transducers from Branson are known as versatile devices suitable for adding ultrasonics to both existing and new tankages, in a wide range of industrial settings. Cleaning with ultrasounds depends upon cavitation, while the violent collapse of minute cavities or bubbles in a cleaning liquid is possible. The small and intense imploding bubbles create a scrubbing solution for both hidden and exposed surfaces of the parts immersed in it.
As the operator increases the frequency, the number of cavities grows and each of these releases less energy, which makes higher frequencies suitable for removal of small particles without causing any damage to the substrate.
As the operator increases the frequency, the number of cavities grows and each of these releases less energy, which makes higher frequencies suitable for removal of small particles without causing any damage to the substrate.