Specification Brand : YFYIQI BulletPoint1 : LCD displays system operating status and parameter values in real time; BulletPoint2 : Using high-quality switching power supply, the whole machine runs stably and reliably for a long time; BulletPoint3 : Microprocessor control, good temperature control linearity, small fluctuation; BulletPoint4 : Double-layer heating system to ensure the stability of constant temperature culture; BulletPoint5 : The incubation time can be set arbitrarily within the range of 0~100 hours, and a prompt sound will be automatically issued after the timing is over. IncludedComponents : Microplate Thermostatic Shaker ItemName : YFYIQI Microplate Thermo Incubator Microplate Shaker Mixer Capacity 2 Microtiter Plates or Deep Well Plates Speed Range 200 to 1600rpm Temperature Control Accuracy ≤±0.5°C ItemPackageDimensions_Height : 24 centimeters ItemPackageDimensions_Length : 42 centimeters ItemPackageDimensions_Width : 32 centimeters ItemTypeKeyword : science-lab-orbital-shakers Manufacturer : YFYIQI ModelNumber : 202412131000 NumberOfItems : 1 PartNumber : 202412131000 ProductDescription : YFYIQI Microplate Thermo Incubator Microplate Shaker Mixer Capacity 2 Microtiter Plates or Deep Well Plates Speed Range 200 to 1600rpm Temperature Control Accuracy ≤±0.5°C
Application:
It is an incubator and microplate constant temperature shaker designed and manufactured based on microprocessing technology and PID control method. It is small size, light weight, no pollution; LCD display of temperature and time, beautiful appearance, simple operation and so on. Mainly used for ELISA plate (96-well/384-well plate), cell culture plate (24-well plate, 48-well plate, 96-well plate, etc.) and other samples to culture and incubate cells at appropriate temperature.
Main Features:
Using one-button knob operation, easy to use;
Brushless DC motor, maintenance-free, low noise;
With power failure recovery function, when the external power supply is cut off and the power is turned on again, the device can automatically resume operation according to the original set procedure;