shaking incubator with induction motors for pilot production

Shaking Incubator

Multiple bottles are operated at the same time, which still ensures that each bottle is evenly heated to achieve good experimental results.

The Characteristics of Shaking Incubator

• 1, structural design: vertical double-layer structure, occupies a small space, can accommodate more sample bottles. Compact design, suitable for limited space in the laboratory.
• 2, screen display: equipped with LCD large screen backlit liquid crystal display, clearly display the set temperature, speed, time and other important parameters, intuitive and convenient operation.
• 3, safety protection function: through encryption to lock the operating parameters, to avoid human error operation, while equipped with over-temperature alarm, temperature loss of control alarm and motor overheating alarm and other safety measures to protect the safety of equipment and samples.
• 4, Intelligent storage: built-in storage function, can remember the set parameters, to avoid repeated settings of cumbersome operation.
• 5, Constant temperature and constant speed: Equipped with high efficient AC induction motor, featuring wide range of speed regulation, constant torque, constant speed, etc. Carbon brushless design, maintenance free.
• 6, automatic stop: timer function up to 9999 minutes, after the completion of oscillation will automatically stop and sound and light alarm.
• 7, fault recovery function: when the external power supply is disconnected, when the power is turned on again, the equipment can be automatically restored to the original set state, to ensure that the experiment is not interrupted.
• 8, anti-static design: the box adopts electrostatic spraying process, the appearance of durable. Equipped with tempered glass window, convenient to observe the internal operation.

Advantages

• 1, high efficiency and energy saving: AC induction motor design, so that the equipment can maintain a constant speed and stable torque when running, while not generating additional maintenance costs.
• 2, easy to operate: the large LCD display makes all the operation interface clear at a glance, and the parameter adjustment is more simple. The storage function also avoids the tedious settings during each operation.
• 3, safe and reliable: equipped with multiple safety measures, including temperature, overheating, overcurrent and other automatic alarms, to ensure that the equipment in poor conditions can automatically protect and reduce accidents.
• 4, flexible customization: can be customized according to the user’s special needs to join the constant humidity function, to adapt to more kinds of experimental needs, and further expand the scope of application of the equipment.

Principle

shaking incubator through the built-in motor to drive the oscillation platform for rotary movement, the sample container on the platform for uniform oscillation. At the same time, the heating system of the equipment regulates the temperature-controlled environment inside the oscillator to ensure that each container is oscillated at the set temperature to achieve good experimental results. The equipment provides a favorable environment for cell culture, fermentation and other bioprocesses through precise temperature control and stable oscillation frequency.

The temperature control system usually consists of a heating element and a thermostat, which automatically monitors and regulates the temperature to ensure low temperature fluctuation and high stability. The oscillation system is powered by a brushless motor to ensure long time operation without damage.

Application Fields

• 1, laboratory research: widely used in biological laboratories for cell culture, enzyme reaction, DNA extraction, protein synthesis and other experiments.
• 2, Pharmaceutical industry: used for temperature control and oscillation operation in the process of drug fermentation to ensure the uniformity and stability of the fermentation process.
• 3, Chemical analysis: It is suitable for solution mixing in chemical reaction to ensure that the reactive substances are evenly heated and the reaction is more adequate.
• 4, food industry: in food science research, for temperature control oscillation experiments, such as fermentation experiments, food quality testing.
• 5, pilot production: in the process of large-scale production, the use of shaking incubator for testing, simulating the actual production conditions, to provide data support for large-scale production.