incubated shaker with tft color touch screen operation

Incubated Shaker (Stackable Type)

This incubated shaker can realize multi-layer stacking to save experimental space, suitable for laboratory environments with limited space but intensive experimental needs.

Features

• 1, intelligent interactive interface: equipped with TFT true color touch screen, intuitive operation, simple and easy to understand parameter settings, support multi-level menu navigation.
• 2, intelligent temperature control system: using advanced PID automatic adjustment technology, stable and reliable temperature control, small fluctuations.
• 3, High-efficiency power system: built-in constant torque brushless motor, to ensure that in different load conditions can still maintain accurate speed.
• 4, sturdy structure and corrosion resistance: the inner cavity is made of high-quality 304 stainless steel, rounded corners are designed to facilitate cleaning and prevent bacterial growth.
• 5, Multiple safety protection: with automatic door stop protection, power failure memory recovery, temperature overheating alarm and other functions, to ensure the safety of the experimental process without worry.
• 6, modular pull-out tray: easy to pick up and place samples, compatible with a variety of specifications of triangular bottles, test tube racks and other containers.
• 7, stackable structure design: support for three vertical stacking of equipment, significantly reducing the footprint of the experimental bench.
• 8, flexible vibration mode: the use of orbital cyclotron oscillation, adjustable amplitude, to meet a variety of culture modes.

Core Advantages

• 1, high throughput and high precision coexist: in the limited space to realize multi-sample high-efficiency culture, to meet the needs of large-scale experiments.
• 2, strong stability and safety: even if running for a long time, the temperature and speed remain highly stable, suitable for experiments that require continuous cultivation.
• 3, humanized design: convenient operation and intelligent storage functions combine to improve experimental efficiency and user experience.
• 4, strong flexibility of expansion: support a variety of types of culture containers and additional modules, such as condensate tray, UV sterilization device.

Working Principle

The culture shaker establishes a uniform constant temperature environment through the built-in heater and fan system. The temperature is sampled by the built-in sensor in real time and fed back to the control system, and the PID algorithm finely adjusts the heating intensity to achieve precise temperature control.

The oscillating part is driven by a precision track and brushless motor to realize stable gyratory motion. The combination of different amplitudes and speeds can simulate a variety of cultivation environments, promoting the rapid growth of microorganisms or cells under the conditions of fully mixed oxygen and nutrients. The system supports dynamic and static mode switching, which can meet the needs of different experimental programs.

Application Fields

• 1, Microbial fermentation engineering: for dynamic culture and metabolism research of bacteria, yeast, fungi and other microorganisms.
• 2, cell biology: suitable for temperature-controlled oscillation culture of mammalian cells and plant cells.
• 3, molecular biology experiments: such as plasmid amplification, protein expression, PCR product frozen recovery.
• 4, Biopharmaceuticals: for antibody screening, vaccine development, cell culture before protein purification.
• 5, food and environmental testing: such as food spoilage bacteria analysis, water quality microbiological testing.