Digital Dry Bath is a type of laboratory equipment that is used to heat samples. Dry Bath is widely used in various fields, such as molecular biology and cell biology, including gene synthesis, gene cloning and so on. The capacity of these baths is measured in blocks. Depending on the size of the block, you can place a centain number of the tubes into each block, including 0.2ml, 0.5ml, 1.5ml, 2ml, 5ml, 15ml and 50ml tube and so on, we also offer 2 in 1 block bread bath and water bath.

There are 3 main series of dry baths including Block Heater, ThermoStat and ThermoShaker. Block Heater series has heating function, max heating temperature is 150℃. ThermoStat series has heating and cooling functions, max heating temperature is 100℃. Thermoshaker series has heating, cooling and mixing functions, mixing speed is 1500rpm.

LAB1ST environmental temperature and humidity test chamber is a specialized enclosure designed to simulate and control environmental conditions of temperature and humidity for the purpose of testing various materials, products, and components. These chambers play a critical role in industries such as electronics, automotive, pharmaceuticals, and materials science by providing controlled environments that mimic real-world conditions.

Application

• Electronics: Testing electronic components and devices for reliability and performance under different climate conditions.
• Automotive: Assessing the durability of automotive parts and systems to ensure they can withstand varying environmental conditions.
• Pharmaceuticals: Testing drug stability and packaging under controlled humidity and temperature conditions.
• Materials Science: Studying how different materials degrade or behave in response to environmental changes.

How to choose:

An Incubator Shaker is a specialized laboratory instrument designed for cultivating biological samples under controlled conditions of temperature, humidity, and agitation. It combines the features of an incubator, which maintains a stable environment for growth, with a shaker that provides gentle agitation to evenly distribute nutrients and oxygen throughout the culture medium. This equipment is essential in scientific research, particularly in fields like microbiology and cell biology, where precise control over culture conditions and optimal growth environment are critical for successful experiments and studies.

How do I choose the right shaker incubator?

When choosing an incubator, several key factors should be considered and evaluated based on different types of requirements:

Experimental Needs and Applications: Firstly, it's important to clarify your experimental requirements, such as whether you need a constant temperature, humidity-controlled environment, oscillation function, or CO2 concentration control for cell culture. Different types of incubators are suitable for different experimental scenarios; for example, stacked models are space-saving, high-speed incubators are ideal for rapid growth, and CO2 incubators are suitable for cell cultures requiring controlled CO2 levels.

Space and Layout: Select the type of incubator based on the spatial layout and available space in your laboratory. For instance, stacked models conserve space, benchtop versions are suitable for smaller labs, and upright or horizontal types are more appropriate for labs needing larger capacities or specific layouts.

Features and Characteristics: Define the features and characteristics you require, such as temperature control range, humidity control, types and frequencies of oscillation, temperature control precision, etc. Different models of incubators may vary in these aspects, so choosing the right configuration that meets your experimental needs is crucial.

In conclusion, selecting an incubator should involve a comprehensive assessment of experimental needs, spatial layout, feature requirements and so on to ensure that the chosen equipment maximally supports your research endeavors.

What kind of incubator shakers do you offer?

CO2 incubator shaker is a laboratory equipment that integrates functions of an incubator, a shaker, and CO2 control. It cultivates cell or tissue cultures in a controlled environment of temperature and humidity, facilitating mixing through oscillation and enhancing the transfer of oxygen and carbon dioxide. CO2 incubator shakers are typically used for experiments that require maintaining specific CO2 concentrations for cell cultures, tissue engineering research, drug screening, and similar applications.

• Cell and Tissue Culture: It provides a controlled environment with precise temperature, humidity, and CO2 levels suitable for cultivating cell and tissue cultures.
• Enhanced Mixing and Oxygen Transfer: Through oscillatory motion, it improves mixing of culture media, ensuring even distribution of cells or tissues and enhancing oxygen transfer efficiency.
• Support for Cell Growth and Viability: Maintains optimal conditions for cell growth and viability by controlling CO2 levels critical for pH balance in the media.
• Applications in Research and Biotechnology: Widely used in biomedical research, drug discovery, and biotechnology applications requiring controlled culture conditions and efficient mixing capabilities.

CO2 incubator shaker plays a crucial role in maintaining ideal growth conditions for cell cultures while facilitating uniform mixing, essential for various scientific and experimental purposes.