We provide a wide range of LABORATORY REFRIGERATORS. Their use for Storage of sensitive materials, adhesive chemicals, reagents, pharmaceuticals and more. The temperature range of the refrigerators is between 4-10 degrees Celsius.
Refrigerators for medicines intended for the preservation of pharmacological products and diagnostic products, vaccines and medicines, biological materials, and the preservation of industrial products.
Applications Of Laboratory Refrigerators
Laboratory refrigerators are crucial in preserving sensitive materials and samples. In the medical industry, it allows healthcare professionals to safely store vaccines, blood samples, drug equipment and more. All of these substances rely on extremely consistent temperatures and other hygiene measures in order to reduce the risk of complications, such as growing bacteria or unstable substances. These refrigerators and freezers provide a reliable cold storage solution for scientific, medical and pharmaceutical laboratories.
Storing Biological Samples
Laboratory refrigerators preserve sensitive biological samples, such as DNA, RNA, and enzymes, ensuring they remain viable for research and diagnostic purposes.
Pharmaceutical Storage
These refrigerators help pharmacies and hospitals store vaccines, insulin, and other temperature-sensitive drugs that can degrade at room temperature.
Research and Medical Samples
Many scientific studies rely on stable storage conditions. Laboratory refrigerators safeguard samples used in medical, chemical, and biological research.
Chemical and Explosive Storage
Explosion-proof laboratory refrigerators are essential for storing flammable chemicals safely, ensuring lab safety.
Choosing a Lab Refrigerator
When choosing a refrigerator you need to decide on the capacity of the refrigerator, the range of temperatures needed and the type of doors.
Capacity: The storage volume of the device depends on your work.
-Temperature- This is an important factor that needs to be taken into account. You need to know what the desired temperature of the materials you want to store.
Importance of Laboratory Refrigeration
Why are laboratory refrigerators so crucial? Unlike standard household fridges, lab refrigerators meet the precise needs of scientific storage. They help prevent chemical reactions, control bacterial growth, and maintain the stability of pharmaceutical samples, among other things.
Types of Laboratory Refrigerators
General-purpose Laboratory Refrigerators
General-purpose refrigerators serve labs that don’t require strict temperature control. These refrigerators are often used for non-critical storage, making them versatile and budget-friendly.
Blood Bank Refrigerators
Specifically made for blood storage, these refrigerators maintain the required 2-6°C temperature range. With alarms and data logs, they ensure safe storage of blood products for transfusions.
Pharmaceutical Refrigerators
Pharmaceutical refrigerators are designed to store vaccines, medications, and other drugs at precise temperatures. They’re often required to meet specific regulatory standards to ensure drug potency.
Features to Look for in a Laboratory Refrigerator
Temperature Range
Choose a refrigerator that matches the temperature range required for your samples. For instance, blood bank refrigerators need a narrow range, while general storage might require broader parameters.
Storage Capacity
Laboratory refrigerators come in various sizes. Consider your lab’s storage needs and available space when selecting the appropriate capacity.
Alarm Systems
Look for refrigerators with built-in alarm systems that notify users when temperatures fluctuate outside acceptable ranges.
Temperature Uniformity
Ensure that the refrigerator maintains uniform temperatures across shelves. Variations can compromise sensitive samples.
Data Logging and Monitoring
Modern refrigerators offer data logging, which is useful for tracking temperature history. Many also have remote monitoring options, adding a layer of security.
Temperature Control in Laboratory Refrigerators
Maintaining Precise Temperatures
Laboratory refrigerators are designed to maintain precise temperatures, minimizing fluctuations that could harm sample integrity.
Avoiding Temperature Fluctuations
Frequent door openings and overloading can cause temperature shifts. Organize samples for easy access and avoid blocking airflow to help stabilize internal conditions.
What Makes Laboratory Refrigerators Unique?
At first glance, a laboratory refrigerator might look like a slightly more expensive cousin of the household fridge. However, the difference lies in its precision, reliability, and design features. Laboratory refrigerators are meticulously engineered to meet the demanding needs of scientific environments. Here are the defining characteristics that set them apart:
Temperature Precision and Stability Laboratory refrigerators operate within a narrow temperature range, often between 2°C and 8°C, with exceptional accuracy. Advanced sensors and digital thermostats ensure minimal fluctuations, protecting sensitive materials like enzymes, vaccines, and biological samples from degradation.
Uniform Cooling Unlike household refrigerators that may have uneven cooling zones, lab refrigerators are equipped with forced air circulation or fan-assisted cooling systems. This ensures uniform temperature distribution, critical for items that require strict storage conditions.
Enhanced Safety Features Laboratory refrigerators often include alarms for temperature deviations, power failures, or door openings. Additionally, many come with lockable doors to ensure security for valuable or hazardous materials.
Chemical and Biological Resistance The interiors of lab refrigerators are made with materials resistant to chemical spills, biological contamination, and corrosion. This enhances durability and maintains a sterile environment for sensitive materials.
Customizable Storage Adjustable shelves and compartments allow researchers to configure storage spaces for items of varying sizes, from test tubes and petri dishes to larger chemical containers.