World Leaders in Ultrasonic Vapour Degreasing Equipment
nanopac
The world’s most compact ultrasonic precision cleaning system measuring only 510mm x 450mm x 430mm. Engineered to offer quality construction, low solvent emissions, and ease of maintenance. Designed for use with non-flammable solvents, the system is configured as follows: vapour generator, immersion sump with 100 Watts of Crests Patented Ceramically Enhanced Transducer Technology operating at 132kHz and a freeboard zone.
A compact floor standing ultrasonic precision cleaning system the Micropac FS Series has a basket size of 250mm x 200mm x 250mm and been engineered to offer quality construction, low solvent emissions, and ease of maintenance. This degreaser is designed for use with non-flammable solvents. The system is configured as follows: vapour generator, primary cleaning sump, immersion sump with Crests Patented Ceramically Enhanced Transducer Technology operating at 40kHz and a freeboard zone.
The 1010 is a single sump, compact ultrasonic vapour degreasing system with a tank size of 255 x 255 x 250mm, designed for use with non-flammable solvents. The process consists of; automated wash, rinse and dry stages all within a single unit. The automated compression lid seals the process making for more efficient use of energy and less emissions. Solvent consumption is reduced by lowering the freeboard area temperature, this is achieved by increasing the size of the freeboard coil zone.
The 1812 is a single sump, compact ultrasonic vapour degreasing system with a tank size of 470 x 300 x 297mm, designed for use with non-flammable solvents. The process consists of; automated wash, rinse and dry stages all within a single unit. The automated compression lid seals the process making for more efficient use of energy and less emissions. Solvent consumption is reduced by lowering the freeboard area temperature, this is achieved by increasing the size of the freeboard coil zone.
A twin sump ultrasonic vapour degreasing system designed for use with non-flammable solvents. The whole process takes place underneath the automated sealed compression lid, the basket is moved through the process via an automatic low line transfer system. If you combine the dual refrigeration units carrying out primary and secondary cooling within the freeboard stage and the efficient solvent distillation system, this combination reduces solvent consumption dramatically when compared to other systems.