Product Description
The laboratory ultrasonic cleaning machine can be used for: ultrasonic cleaning, sample pretreatment, ultrasonic water bath, ultrasonic oscillation, emulsification, mixing, extraction, dispersion, elimination, degassing, cell crushing catalytic reaction, and assistance functions such as dissolution, acceleration of chemical reactions, viscosity reduction of adhesive liquids, semiconductor silicon wafers, new materials and energy, scraper extraction, high-speed magnetic materials for smoke and other applications.
Product Feature
Panel control Inch LCD color screen; AUTO touch button operation, sensitive control, no failure;
Material structure The whole machine is made of SUS304 stainless steel laser cutting integrated molding, easy to clean and easy to discharge;
Electric energy design Using German Infineon IGBT core memory chip, with frequency sweep degassing function, high frequency stability, and low energy consumption;
Exquisite appearance Made of nano black titanium stainless steel material, anti fingerprint technology, the whole machine adopts experimental instrument style design, streamlined exterior view design;
Ultrasonic design Each ultrasonic transducer has a rated transmission power of 50W and a frequency of 40KHZ. The power can be adjusted arbitrarily by0-100%,Circuit sound energy conversion efficiency;
Temperature control design Using PT100 high-precision temperature controller, accurate temperature, real-time water temperature display; Heating uses ceramic heating plates to increase the temperature fast and uniform;
Safety design Adopting automatic buffering protection during startup, temperature control protection, over current and over voltage protection, anti-static grounding protection system, etc.
Dual frequency optional Can choose to convert 28KHz, 45KHz optional 45KHz, 80KHz
Our Laboratory Ultrasonic Cleaner is specifically designed to meet the strict hygiene and precision standards required in research institutions, universities, medical labs, and industrial RD facilities.
