Product parameters:
Model: THZ-100
Volume (L): 100
Door opening method: single door opening
Temperature range (℃): RT+5~65 ° C
Temperature resolution (℃): 0.1
Temperature fluctuation (℃): 0.5
Temperature uniformity (℃): ± 0.5
Oscillation frequency (rpm): Single layer: 40-280rpm
Oscillation mode: cyclotron oscillation
Power W: 300
Working hours: continuous
Amplitude (mm): 20
Environmental temperature (℃): 10-30
Tray size (mm): 250x290
External dimensions (mm): 540x460x375
Timing range (min): 1-9999
Power supply: 220V 50Hz
- Product Details
- Product manual
Yetuo THZ-100 constant temperature cultivation shaker
Model: THZ-100
Product Overview:
Widely used in fine culture, fermentation, hybridization, biochemical reactions, enzyme and cell tissue research that require temperature and oscillation frequency, it can be used for the dynamic and static cultivation of microbial cells and various bacterial strains
Characteristics of Ye Tuo THZ-100 Constant Temperature Cultivation Shaker Product
Integrating constant temperature cultivation and oscillation, one machine for dual use;
The microcomputer controls temperature and oscillation frequency, with timing function. The LCD display screen can continuously and accurately display temperature and frequency in real time, running smoothly, steadily, and reliably. It also has functions such as over temperature, power outage, leakage, and sensor fault alarm;
● Adopting DC brushless motor, long service life, wide speed regulation, constant torque, constant speed, maintenance free;
Conceptual aesthetic design with observation windows. The inner liner and vibration table are made of antibacterial stainless steel with rounded corners for easy cleaning;
● Equipped with a door switch, the oscillation system stops working when the box door is opened, and automatically starts when it is closed;
Unique control speed circuit ensures slow start and smooth acceleration of the shaker, prevents liquid splashing, and ensures the integrity of the test sample;
● Independent temperature limit alarm system, which can automatically cut off the power supply after exceeding the limit temperature, ensuring safe operation without accidents (optional);