Lab Circumferential Shaker Oscillator Orbital Shaker Flask Liquid Mixing Instrument with Adjustable Tray Amplitude 4mm Motor Type DC Brushless Motor LCD Display

YFYIQI Lab Circumferential Shaker Oscillator Orbital Shaker Flask Liquid Mixing Instrument with Adjustable Tray Amplitude 4mm Motor Type DC Brushless Motor LCD Display Features: Large LCD display of timing time, speed and temperature values, with an easy-to-understand operating interface; Locked operation mode to prevent misoperation; DC brushless motor drive, low noise, precise speed, long service life and maintenance-free; A wide range of trays, shakers and clamps available for a wide range of needs; Easy accessory replacement, greatly improving work efficiency; soft start, uniform acceleration, effective avoidance of sample splashing Optional RS232 interface, through the RS232 interface to connect to the computer, you can achieve the computer side of the instrument parameters setting and real-time display of the working curve (optional, if you need please contact us) Specification: Shaking mode:Orbital Amplitude:4mm Load capacity:≤7.5kg Motor type : DC Brushless Motor Motor input power: 35W Motor output power:25W Speed range: 60-400(optional 500)rpm Speed display: LCD Timer display: LCD Time setting range: 99h59min Power supply: 100~240V,50/60Hz Gross weight: 8.5kg Allowable ambient temperature/humidity: 5~40℃,80% Instrument size (L*W*H): 330*370*130mm Enclosure protection level: IP21 Data:RS232

• Shaking mode:Orbital; Amplitude:4mm; Motor type:DC Brushless Motor; Motor input power: 35W;Motor output power:25W
• DC brushless motor drive, low noise, precise speed, long service life and maintenance-free;
• The adjustable tray can hold 4 500ml flasks.
• The circular shaker with brushless DC motor and microcomputer control technology and unique knob operation mode is easy to use and can be used to mix and incubate all types of common flasks, petri dishes and beakers by changing different trays.
• It is suitable for use in biotechnology, microbiology and medical analysis, colloid colouring or decolourisation and combinatorial chemistry.