Laboratory Tables and Workstations

There are numerous types because lab tables require materials that can withstand wear and tear, high temperatures, and extreme reactions—including high-pressure laminate, epoxy resin, phenolic resin, solid epoxy resin, and wielded fiber.

Depending on the function of the lab, a variety of materials are available.

Lab tables come in a variety of materials, compositions, prices, colors, edges, and finishes. Each application is distinct. As a result, the best lab table for your science lab is determined by the type of environment and the work involved.

The most commonly used lab table materials are epoxy resin, polypropylene, stainless steel, chemical resistant laminate, and high-pressure plastic laminate. Before deciding on a material, it is critical to understand the distinct advantages and disadvantages of each option.

The size of your lab table is an important factor to consider. The majority of lab tables range in:

• Width from 24 inches to 36 inches
• Depth from 30 inches to 120 inches
• Height from 30 inches to 36 inches

The size of the bench is determined by the amount of available space in your laboratory or cleanroom. Furthermore, the depth of lab tables for various uses may vary, but your specific needs determine the length of the lab table.

Lab tables should ideally be at the following heights:

Lab table height should be higher than elbow height for precision work, which is approximately 37 inches to 43 inches above the floor.

Lab tables should be 4 inches to 6 inches below elbow height for heavy work which is approximately 28 inches to 35 inches above the floor.

First, make sure that no exposed wires or other electrical cords are present at any science lab tables. These cords should be tied or secured in a safe enclosure. Cleaning around cords and wires is dangerous and can also have an impact on the level of cleanliness you can achieve.

Individual science lab tables should also be dusted and organized on a regular basis and maintained by individual personnel. Small equipment and tools must also be removed for safe cleaning practices.

To achieve a minimum of 10% bleach, combine one part bleach with nine parts water. This should be enough for most lab table surfaces. Determine your lab table’s specific material to see if a different solution is required.

Dip a paper towel in the mixture and thoroughly wipe the science lab table surface. Don’t forget to clean the corners, edges, and undersides of your science lab table. To remove some residue, you may need to use a wire brush or another device.

Maintaining Safety: Best Practices to Consider

To avoid breakage and clutter—test tubes, pipettes, containers, and other equipment should be cleaned separately and removed from science lab tables after use. The areas around science lab tables should be decluttered regularly to avoid potential tripping hazards and keep lab equipment and other laboratory items safe from spills.

It is also important to protect yourself from harsh chemicals when cleaning your lab. To avoid chemical burns and exposure to harsh substances, wear protective clothing such as latex gloves, goggles, hair or head protection, and lab coats. Additionally, tie your hair up and out of the way if you have long hair.

To ensure safety in the event of unintentional chemical exposure, keep all hand and eyewash stations clear at all times.

Even though the majority of experiments performed in the lab necessitate tables with more features, a simple lab table is useful to have on hand.

It can be used to store equipment and data and books, and other research materials. A simple lab table with storage is ideal for those who want to use their lab table for both experimentation and storage of tools for equipment.