The selection of base or lower commercial cabinet units is crucial when shaping a functional and efficient workspace in a lab. To do this, it is very important to understand certain aspects associated with commercial cabinets, such as Euro-style design, concealed hinges, metal wire pulls, construction materials, plastic laminated surfaces, chemical-resistant options, and the ADA accessible sink area option. Knowing this empowers laboratory professionals to make informed decisions when customizing their lab spaces.

1. Euro-style design

Euro-style design is synonymous with modern aesthetics and functionality. Characterized by a sleek and frameless appearance, this design maximizes storage space and offers a contemporary look to your lab. The absence of a face frame allows for easier access to cabinet interiors, making Euro-style lab base cabinets a popular choice for those seeking a seamless blend of form and function.

1. Concealed Hinges

Concealed hinges contribute to both the aesthetic appeal and functionality of lab base cabinets. Unlike traditional exposed hinges, concealed hinges are hidden from view when the cabinet doors are closed. This not only adds a clean and streamlined look to the cabinets but also minimizes the risk of accidental damage. Additionally, concealed hinges provide improved adjustability, allowing for precise alignment and smooth operation of cabinet doors.

1. Metal wire pulls

The choice of cabinet hardware can significantly impact the overall design of your lab. Metal wire pulls, offered as a standard feature with the option for additional charges for other styles, provide a contemporary and ergonomic solution for easy cabinet access. The versatility of finishes, including chrome, brushed chrome, aluminum, and satin nickel, ensures that the pulls complement the design aesthetics of your lab while maintaining durability and functionality.

1. Wood substrate construction

The construction material of lab base cabinets actually dictates the level of durability and longevity the lab cabinet will possess. Options such as MDF (Medium-Density Fiberboard), lightweight MDF, plywood, and particle board cater to diverse preferences and requirements. MDF, known for its smooth surface and stability, is often chosen for its uniformity, while plywood offers strength and resistance to moisture. The choice of construction material should align with the specific needs and conditions of your laboratory.

1. Plastic-laminated exterior surfaces

Enhancing both aesthetics and durability, plastic laminated exterior surfaces provide a protective layer that is resistant to scratches, stains, and chemical exposure. This feature not only adds a polished finish to your lab base cabinets but also ensures their resilience in the face of daily wear and tear. The wide range of laminate options allows for customization, letting you choose a finish that aligns with your laboratory’s overall design theme.

1. Melamine-finished interior surfaces

The interior surfaces of lab base cabinets are just as important as their exteriors. Melamine-finished interior surfaces offer a durable and easy-to-clean solution. Melamine, a type of laminate, provides a smooth and non-porous surface, preventing the absorption of liquids and making it resistant to staining. This feature enhances the overall cleanliness and maintenance of the lab.

1. Chemical-resistant surfaces are available.

Laboratories often deal with a variety of chemicals that can potentially damage standard surfaces. Going for chemical-resistant surfaces adds an extra layer of protection to your lab base cabinets. This feature ensures that the cabinets can withstand exposure to corrosive substances, extending their lifespan and maintaining the integrity of stored materials.

Conclusion

Understanding important elements such as Euro-style design, concealed hinges, metal wire pulls, construction materials, laminated surfaces, chemical resistance, and ADA accessibility is a very important aspect for those trying to use them properly. By getting this information, laboratories can create a workspace that not only meets their specific needs but also sets a standard for excellence in research and experimentation.