When designing a lab, it is important to consider the types of benches your team will need, not just the medical storage units for supplies and equipment. Many bench options are available, so it can take time to decide which is right for the lab. To help make the decision easier, here are seven of the most common laboratory benches. Each has advantages and features, so read on to learn more about each option and how it might fit into your lab.
Electrostatic Discharge (ESD) Workbench
These workbenches are designed to protect electronics from static electricity. They move the static electricity into the ground, which is necessary for electronics labs.
Epoxy Resin
Epoxy resin is a great material for creating a sturdy and visually appealing worktop for your lab. It can withstand all wear and tear, including chemicals, UV radiation, and impacts. Furthermore, it is antimicrobial and is available in a variety of shades. Selecting a reliable epoxy resin provider is essential to guarantee a perfect benchtop. If you go for a cheaper option, you may end up with a benchtop containing air bubbles or other anomalies on the surface.
It is important to consider how well the material resists scratches and staining. While staff can remove these blemishes, they must take extra care to maintain the desired appearance of the benchtop.
High-Density Polyethylene Sheets
High-density polyethylene is a durable, cost-effective material for lab benches, but it is less resistant to heat, chemicals, and moisture than other options.
Maple Wood
Maple wood is a great choice for a lab bench due to its durability and affordability. It scores high (1,450 lbf.) on the Janka hardness test, is smooth to the touch, and is non-conductive. Many styles are available at various price points, making it an ideal choice for many workspaces.
While the bench material is not indestructible (it can become damaged from burns, scuffs, and dents), it is still a practical choice for many laboratory environments. You can expect it to last long if it is made of maple wood.
Phenolic Resin
Phenolic resin is a cheaper alternative to epoxy resin, but it is less strong and durable. It can be used for basic laboratory activities and is resistant to chemicals, bacteria, and fungi. It has a seamless finish and is non-conductive, but if your laboratory activities are more heavy-duty, it is better to invest in epoxy resin instead.
Stainless Steel
Stainless steel is highly durable and capable of withstanding heavy impacts and heat without needing to be replaced. It is easy to maintain and has a smooth surface that makes it easy to clean and sterilise. It is also resistant to moisture, heat, and chemicals, so even medical storage equipment is crafted from this material.
However, stainless steel benches are highly inductive, which may make them unsuitable for some labs.
Wilsonart Solid Surface
Wilsonart-engineered surfaces are an attractive, heavy-duty option for workbenches. They are acrylic-based, resistant to moisture and bacteria, and non-porous, making them easy to clean and maintain. Wilsonart produces lab surfaces specifically designed to withstand harsh chemicals, and they can be made to look like quartz and marble. The material is durable but repairable if any damage occurs.
In Closing
Consider the materials and solutions you work with when choosing the right bench for your laboratory. Doing so will maximise your purchases and ensure they last long.
Order from PP Healthcare Solutions
PP Healthcare Solutions Ltd. provides a complete storage solution for the healthcare sector. We offer a range of static and mobile cupboards, racking and shelving, and other medical storage units made from quality materials. Additionally, they offer a barcode ordering system as an optional part of the package. This provides a comprehensive and high-quality solution for healthcare professionals.