Modern lab applications are of various types and styles, which are often based on the laboratory work itself. Today’s executives have a plethora of furniture options available to them, which should be streamlined to maximize the company’s productivity.
A standard workbench is not always conducive to every work environment, thus you will need to explore advanced options while working on high-risk projects. As opposed to traditional alternatives, a laminar flow workstation is built with HEPA filters and plays a vital role in securing the health of the operators. Laminar workstations have framed constructions, encouraging workers to operate within a guarded environment. The risks associated with working in exposed conditions can be successfully taken care of, wherein the operators can expect to work in a pollution-free setting.
An Inside Look at Air Flow Workstation
Laminar Flow Hoods are mostly manufactured with durable industrial-grade stainless steel to cater to heavy-duty applications. While stainless steel is the standard choice when it comes to flow hood materials, manufacturers often mix two or more substances to create feasible solutions and wood laminate, plastics and tubular steels are the most commonly sought-after alternatives to stainless steel.
Coming back to essential components, a standard laminar workstation constitutes of the plastic laminated working surface, HEPA or ULPA filters, polyurethane plates, steel frame construction and fully welded tubular steel frame connections.
The Standout Features of Laminar Flow Workstations
- The framed construction of the flow hood comes with a detachable work surface alongside optional base tables, which offers additional support to the users.
- The flow hoods are built with enclosed structures to direct the filtered air.
- The laminar flow hood is a dated concept, but it seems to be relevant in recent times, serving a number of notable applications. Appropriated in several fields for high-tech features, these ubiquitous workstations come in numerous variants.
- The governing principle of laminar flow hood is the unidirectional airflow wherein the user can eliminate the risk of cross-contamination in labs.
- Laminar air flow workstations have built-in HEPA filters that boast of an efficiency rate of 99%. The other alternative, the ULPA grade filter, is equally savvy and is widely appropriated in modern workstations.
Why Should You Purchase Laminar Workstations?
Manufactured to secure workplaces from cross-contamination, laminar flow hoods boast several advantageous applications today. In any lab application, a sterile working environment is an essential factor to watch out for. The contaminated air is made to pass through HEPA filters constantly, which yields clean and sterile air necessary for the operations. The filtered air flows out in parallel lines and controls the turbulence within the work area of the hood.
Whether it is medical applications or manufacturing, these clean air benches provide the perfect sterile condition to carry out critical lab applications. In addition to providing workers with a hygienic working environment, this equipment can be used to prevent contamination of samples in PCR applications.
A healthy working environment is a prerequisite if you are operating on a critical project. Since many workers have to handle several hazardous chemical substances and pathogenic samples, safety is a major concern in labs. Built with numerous ergonomic features and HEPA filters, such equipment can go a long way in building a healthy lab environment, minimizing workplace hazards. While all standard models are suitable for integration into lab like facilities, lab executives are advised to get their products from licensed sources, and reputable manufacturers to make the most of the investment.