-
E-mail
hzch17@qq.com
-
Phone
18158509323
-
Address
No. 172, Lindong Road, Nanyuan Street, Yuhang District
Hangzhou Chuanheng Experimental Instrument Co., Ltd
hzch17@qq.com
18158509323
No. 172, Lindong Road, Nanyuan Street, Yuhang District
Stacked constant temperature shaker CNNS-88A oscillating incubatorMain features:
1. A combination of one, two, or three layers stacked together to provide users with the largest usage space structure with the smallest footprint, with small footprint and large usage space.
2. Three dimensional integrated three wheel drive, smooth, stable, durable, and reliable operation.
3. It has over temperature alarm function and automatic power-off function in case of abnormal situations.
4. It has a power-off recovery function to avoid data loss caused by power outages or crashes.
5. Glass observation window, convenient for observing experimental conditions.
6. Streamlined appearance, beautiful and elegant; The inner lining is designed with surface stainless steel, which is easy to clean, not prone to bacterial growth, and corrosion-resistant; The shell adopts electrostatic spraying.
7. Each layer is independently controlled and can operate simultaneously at different temperatures and speeds, or run one, two, or three layers as needed.
8. Fluorine free and environmentally friendly refrigerant, with low noise and good cooling effect, ensures long-term stable operation of equipment at low temperatures.
9. Constant temperature control system, fast response, high temperature control accuracy, air duct ventilation, forced convection, soft working room wind speed, uniform temperature;
10. The humanized design of the door opening and stopping function makes it safer and more convenient to use.
11. It has ultraviolet sterilization function.
12. LCD touch screen, set temperature, speed, time, and measured temperature, speed, and remaining time are displayed on the same interface without switching interfaces, making observation more intuitive; The encryption and locking function of the operation interface prevents repeated operations and human errors.
13. The oscillation experiment is completed and can be automatically converted to use in the incubator.

What issues should be noted when choosing a constant temperature shaker
1. First, we need to know the capacity of the flask we are using, such as 250ml, 500ml, 1L, etc.
2. After determining the capacity of the flasks we frequently use in our experiments, we need to determine the quantity we need (so that we know what size of constant temperature shaker equipment we should use)
After determining the size of the shaker, we also need to know the low temperature and high temperature of the experiment we are conducting (the temperature is determined based on the experimental object). For example, when we are conducting bacterial culture, the temperature is usually above room temperature,
The purpose of temperature determination is mainly for shaking tables of the same size and specifications, with and without refrigeration! So by providing these, we can accurately purchase a temperature controlled shaker that suits you!
The intelligent constant temperature cultivation shaker is widely used in bacterial cultivation, fermentation, hybridization, biochemical reactions, fermentation, and cell tissue research that require high temperature, oscillation frequency, and amplitude. It plays a wide and important role in research and application fields such as medicine, biology, molecular biology, pharmaceuticals, food, and environmental protection.
Stacked constant temperature shaker CNNS-88A oscillating incubatorTechnical Specifications
model |
CNNS-88A (first floor) |
CNNS-88B (second floor) |
CNNS-88C (three layers) |
Rotation frequency/accuracy |
30~300rpm/±1rpm |
||
Oscillation amplitude |
Ф26mm |
||
Oscillation mode |
swirl |
||
Standard Configuration |
Spring clamp (fixed clamp/adhesive plate optional) |
||
Shake board size |
520×420mm |
||
timing range |
0-999.9 hours |
||
Temperature control range/accuracy |
4℃~60℃/±0.1℃ |
||
Temperature Uniformity |
±0.5℃(at 37℃) |
||
display mode |
LCD (touch screen) |
||
Control method |
P. I.D microcomputer intelligent control |
||
Convection mode |
forced convection |
||
Power supply |
220V 50HZ |
||