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In the scientific community, laboratory cabinets play a crucial role. That is because in science, study involves putting theories to the test. Demonstration is needed to prove a point via practical experiments. Lab cabinets are used to house the materials needed to complete experiments and are therefore vital to the needs of the lab. Having the right laboratory furnishings is key to success. Learning more about the importance of cabinetry, as well as the types of materials and features to look for, is helpful in determining the kind of furniture to add to your workspace. Laboratories require a wide range of equipment and materials, and the right cabinetry is crucial to organizing and accessing this.

Mobile or Stationary?

One big question to ask yourself is if you need mobile or stationary cabinets. In most laboratory design, scientists can benefit from both types of lab cabinets. Mobile cabinets have wheels so they can be moved within the lab or even to other laboratories. With movement, you have more flexibility. You can move the cabinet to any space, which is helpful when completing experiments. It is recommended that a laboratory have one to two mobile units, at minimum, to be able to move about the lab freely with components as needed.

Stationary cabinets will always be part of a laboratory. Within the stationary cabinets, materials used on a regular basis can be stored. This can include beakers and test tubes, various chemicals, and other everyday items. When a cabinet is stationary, you can provide proper storage and an organized workspace within the laboratory environment. By storing items in the same place, you will know when inventory is low and can order accordingly, which is important for lab personnel.

The common types of lab cabinets, both mobile and stationary, are crucial to the success of scientific experimentation and research.

Types of Cabinet Materials

Laboratory cabinetry comes in a variety of materials, with something offered for every lab type. The type of experiments you complete will dictate the type of cabinet material you choose for the lab.

One option is metal lab cabinets, such as stainless steel. These cabinets are durable and efficient for laboratories that require chemical resistance. Cabinetry of this type can be stationary or mobile and the metal can easily be cleaned and holds up to certain types of spills. Stainless steel is a common choice for its ability to withstand exposure to a variety of chemicals.

Another option is wood cabinetry. In a laboratory setting, the cabinetry is usually created from birch or oak, even high-grade plywood. Wood cabinetry can stand the test of time, providing a sturdy and durable base for your storage needs.

Plastic laminate is another useful material for a laboratory setting. This material comes in several colors and sometimes patterns to create an interesting visual look in the laboratory space. The laminate is durable and can withstand certain chemicals and testing materials however has a relatively short lifespan compared to other options.

When it comes to corrosive or wet lab environments, phenolic resin cabinets work best. This material is highly durable and is used often by labs looking for a custom configuration that can stand up to risks and exposure.

Choosing the right cabinetry for your lab is essential to a smooth workday and a safe working environment. Several factors must be considered, including the material type, how it will withstand certain chemicals and experiments, and your storage solution needs. Proper maintenance is also key to ensuring laboratory personnel can access the supplies they need.By learning more about your options, you can create a scientific workspace that meets your day-to-day work needs without any issue. The right cabinetry can play a pivotal role in the organization and efficiency of your laboratory. Contact us today for assistance in choosing the right cabinetry for your lab!

Frequently Asked Questions

What types of surfaces are best for laboratory cabinets?

Laboratory cabinets with smooth, non-porous surfaces like stainless steel or phenolic resin are ideal as they are easy to clean and disinfect, reducing the risk of contamination.

How do laboratory cabinets help contain hazardous materials?

Proper storage in specialized laboratory cabinets helps contain hazardous materials like chemicals, biological agents, or radioactive substances, protecting laboratory personnel from exposure.

What features should be considered for laboratory cabinet selection?

Key features include adjustable shelving, proper ventilation, spill containment, and lockable doors to meet safety standards and regulations for the storage of sensitive materials.

How do laboratory cabinets support the integrity of experiments?

Cabinets with chemical-resistant surfaces and secure storage prevent cross-contamination, maintaining the integrity of experiments and laboratory processes.

What materials are commonly used for laboratory cabinets?

Stainless steel, wood, and phenolic resin are popular choices due to their durability, chemical resistance, and ability to withstand the demands of the laboratory environment.