It is necessary to maintain the stability of biological materials (cell culture, DNA, RNA, protein samples) and for long-term storage. By storing samples used in research at temperatures as low as -80°C, they retain their biological activity and can be preserved for use in future experiments. Long-term storage is critical to ensure continuity between experiments, reproducibility and data reliability.

Used for short-term storage of biological samples, maintaining chemical and enzyme stability, and cold storage of general laboratory supplies. The 4°C compartment is ideal for short-term storage of materials such as cell culture media, reagents, biological samples. It maintains the stability of biological samples and slows the growth of bacteria and microorganisms. The -20 °C chamber is used for longer-term storage, especially for sensitive materials such as DNA, RNA, protein samples. The low temperature stops the activity of such samples, slowing down biological and chemical processes.

It prevents contamination in cell culture studies and creates a safe and sterile working environment for live cultures and other biological materials. On the other hand, the safety of the researcher is ensured by the air flow from the room in which the researcher is located into the cabin. Thanks to the laminar air flow, the HEPA filter in the environment sterilizes the air circulating in the device and reduces the risk of contamination of the working environment. The UV lamp and real-time airflow control included in the Electronic Control System provide a sterile environment completely free of particles. The downward laminar flow of HEPA filtered air provides protection for the experimental materials inside the chamber. Environmental protection is also ensured as the air inside the chamber is filtered and free of contamination.

It provides a physical method for disinfection and sterilization. They work with a combination of steam, pressure and time. In principle, it works at high temperature and pressure to kill microorganisms and spores. It is used to decontaminate certain biological wastes, sterilize environments, instruments and laboratory equipment.

Liquid nitrogen is nitrogen, the main component of atmospheric air, converted to a liquid state at low temperatures (around -196 °C or -321 °F). These containers are designed to store liquid nitrogen at low temperatures. In cell culture laboratories, various cell lines, samples and other biological materials can be stored and transported in liquid nitrogen at low temperatures. This container is important for long-term preservation and storage of cell culture materials.

It is a device that evaporates liquid nitrogen and releases vaporized nitrogen into the environment. It is used for cryopreservation, lyophilization and biobanking for many different purposes known as cryopreservation, lyophilization and biobanking for the long-term preservation and storage of cell cultures and biological materials by freezing them intact.

It enables viability, proliferation and toxicity tests to be performed in cell cultures. It is used to detect and quantify biological, chemical or physical events in samples. It can be used for many purposes, including cell and molecular biology research, drug testing and gene expression studies. It can perform absorbance measurements on a large number of samples (in 96-well dishes) simultaneously. This saves both time and materials. Temperature adjustment and shaking capabilities ensure that cultures and biological materials can be analyzed in an undisturbed and steerable process.

Ensures high purity of water, providing pure water for use in sensitive experiments and analysis

It is a device used in cell culture laboratories to mix liquid samples, homogenize solutions, redisperse cell pellets and prepare experimental materials.

By measuring the pH levels of solutions and cell culture media, it helps to ensure appropriate environmental conditions (optimum levels of acidity and alkalinity) for cell growth and experiments.

It is used for precise measurements of chemical and biological substances for accurate dosing and analysis in experimental studies.

It is a device used to carry out chemical reactions by mixing liquid samples and solutions and controlling their temperature.

It is used for the production of in vitro cell cultures under optimal growth conditions in an environment similar to the conditions inside the body, for growth, multiplication, preservation before and during analysis. It provides a controllable environment for tests on cell cultures to study the effects of drugs and biological agents. It is an airtight laboratory device whose temperature (7-50°C), carbon dioxide and humidity can be adjusted and creates a sterile working environment with its built-in HEPA filter.

They are special types of microscopes used in cell culture laboratories to examine living cells and tissues and to perform live cell experiments. The main advantage of these microscopes is the ability to observe cells from below, rather than from above, by passing light through the bottom of cell culture dishes. Special contrast techniques such as phase contrast and differential interference contrast can be used to better visualize the different structures and components inside the cells. It provides better depth of focus in cell culture samples, making it possible to obtain better quality three-dimensional images. The fluorescence attachment is a powerful tool for studying intracellular events and protein interactions in cell culture studies.

They have designs that can provide precise temperature control and ensure homogeneous heating of the water. They are used in many fields such as cell culture experiments, biochemical analysis and molecular biology studies. It ensures that cells, microorganisms or other biological materials are kept at appropriate growth conditions. Cell culture studies often require an environment at body temperature, such as 37°C, and water bath devices are used to maintain these temperature levels. It helps maintain a constant temperature in environments where enzymatic reactions and various biochemical experiments are performed. It increases the reproducibility and reliability of results by keeping samples used during biochemical analysis, immunological reactions and other laboratory experiments at a constant temperature.

They are used for cell counting and cell density determination in cell culture laboratories. It provides the advantage of fast, accurate and reproducible cell counting where manual cell counting can be time consuming and subjective. It can be used for optimization of cell culture experiments. Cell counting is especially important during the expansion, transit and harvesting stages of cell culture and these devices can facilitate these processes. Thanks to the clear information it provides about cell viability, studies are much healthier and more stable