Cleanroom Workbenches are primarily used as laboratory furniture. But what makes them unique from any other furniture is their intricate specifications, which help diverse laboratories use them. Mostly in all laboratories, they are used with distinct sizes and measurements. Various top layers are used for cleanroom workbenches, each with significance. Mainly used countertop material types are:
First is ESD laminate
First is ESD laminate which is also known as Electrostatic Dissipative Laminate. It is mainly used as a conductive coating to prevent the cleanroom workbenches from any electric shock. This part is necessary mainly for semiconductor-producing laboratories. The second one is the laminate countertop workbenches. This gives an amazing classy look to the workbenches with long-lasting quality. This makes the countertop costly and unique.
The third one used is the Phenolic resin countertop. They are often used in laboratory workbench because of their lightweight and durability. Apart from this, there are some additional merits of using this countertop. It can handle both the presence of bacteria and fungi, due to which these cleanroom workbenches are mostly used in biology and pathology labs. The last countertop material used is stainless steel which is beneficial because of its stability and anti-reactive metal. Due to this, it is free from any toxic chemical reaction or any type of nonchemical reaction. Also, there are the most often used cleanroom workbenches found in markets.
Size and dimensions of these cleanroom tables:
Based on the work performed in a laboratory, the size of the cleanroom workbenches varies. Apart from that, the space available for carrying out the research work also decides the size of a workbench. If there is insufficient space available, one can even customize the size of those workbenches to make them a perfect match for the laboratory. The dimensions for these workbenches vary from as large as thirty-six inches by ninety-six inches to twenty-four inches by twenty inches. There are various features of these workbenches with varied types.
Types with Features:
Cleanroom Sealed Dissipative Benches.
Cleanroom non-dissipative benches are long-lasting and cleanroom friendly. They also have collapsible feet with powder-coated steel bottoms.
Electropolished rust-free steel Benches.
Completely welded, cleaned, and electropolished rust-free steel benches for sterile purposes. They are made of stainless steel metal.
Epoxy -Resin-based chemical protection benches
Epoxy-resin-coated workbenches are made to resist chemical solvents like acids and other organic mixtures and solvents.
ErgoHeight Manual Adjustment Benches
Enables voluntary height control vibration pro sensitive accessory for adjusting the height and other microbe elements.
Anti-rust Steel Cleanroom Benches with Multiple Pores Top
Anti-rust Cleanroom benches with pores at the top release up to forty-five percent passage of air and a diameter of about point fifteen cut out. Since, for laboratory purposes, stainless steel workbenches are used often, here are some of the advantages of stainless steel workbenches:
The tabletop of the workbenches can be used for multiple functions.
Since these heavy and durable workbenches can hold hundreds of pounds without any breakthrough. Laboratory benches not made from stainless steel are light in weight and can break anytime with the weight pressure. As a result, one’s valuable research equipment can get damaged.
The table will last for many years.
Though it costs more than other workbenches, it will compensate for its durability for many years. The proof of their long-time usage can be found in many commercial sites’ customer reviews.
The flexibility of a Stainless Steel Workbench
Unlike their wooden counterparts, these stainless steel benches can be adjusted based on space availability for movement. The heights are adjusted based on the level of the room. The staff in a research center works comfortably with it. These steel workbenches create an overall work-friendly environment for the researcher.
Thus, there are various cleanroom workbenches available in the market. But in general, the workbench should be attached with some storage division. Experimental laboratories must have a sink attached to the bench for easy water connection. One can also personalize, based on their requirement, a workbench. But the countertop material should be layered based on the research one is performing. One should wisely bring a workbench to the laboratory because it’s a crucial research piece of furniture.