Biomaster

Antimicrobial technology for laboratories Modern laboratories are busy environments with personnel sharing equipment across overlapping workstations that may be near high-traffic areas and busy instruments.

Avoiding microbial contamination by implementing antimicrobial products for your lab environment is critical to maintaining the purity of cell cultures as well as promoting GLP.

Antimicrobial technology for laboratories Modern laboratories are busy environments with personnel sharing equipment across overlapping workstations that may be near high-traffic areas and busy instruments.

Avoiding microbial contamination by implementing antimicrobial products for your lab environment is critical to maintaining the purity of cell cultures as well as promoting GLP.

Antimicrobial technology for laboratories Modern laboratories are busy environments with personnel sharing equipment across overlapping workstations that may be near high-traffic areas and busy instruments.

Avoiding microbial contamination by implementing antimicrobial products for your lab environment is critical to maintaining the purity of cell cultures as well as promoting GLP.

Antimicrobial technology for laboratories

Encouraging good laboratory practice (GLP) helps researchers to ensure that data generated through their experiments is not only valid but of high quality too.

In hygiene critical environments such as laboratories, cleaning and decontamination is crucial to prevent cross-contamination of bacteria and other microorganisms, promote a safe working environment and safeguard test results from impurities.

Regular cleaning and disinfecting can be key to reducing the number of microorganisms on surfaces and equipment, but antimicrobial lab equipment can provide additional benefits and an added level of protection.

Antimicrobial technology for lab apparatus and equipment

Even while wearing personal protective equipment (PPE) such as gloves, regular hand contact with apparatus and equipment in the laboratory can pose a risk of cross-contamination.

Disinfection and thorough cleaning will remove harmful microbes and contaminations but can only be effective for a short amount of time.

Incorporating Biomaster antimicrobial protection for lab equipment casings, control dials, handles and tubing at the time of manufacture can inhibit the growth of microorganisms for the effective working lifetime of the product, even with regular use and hand contact.

Antimicrobial technology for walls, floors and surfaces

Walls, floors and work surfaces can all act as exposure pathways for harmful microbes to contaminate experiment and pose a risk of infection.

For stainless steel workbenches and cabinets, Biomaster antimicrobial powder coatings can offer durable and effective antimicrobial protection even when applied after manufacture.

Antimicrobial paints and coatings with built-in Biomaster technology help to inhibit the growth of bacteria and fungi and create a more hygienic working environment when used in conjunction with regular cleaning regimes.

Antimicrobial lab coats and uniforms

Whilst lab coats and uniforms should be washed with detergent regularly and at higher temperatures, these materials can also provide an opportunity for bacteria to contaminate results.

Fabrics constructed with built-in Biomaster protection benefit from around the clock protection against harmful microbes and can be used in any fibre manufacturing process including PA (Nylon), PE (Polypropylene) PET (Polyethylene terephthalate) and PP (Polypropylene) melt blend textiles

Biomaster can also be applied as an antimicrobial topical spray to any textile to make it more hygienic and reduce bad odours whilst providing effective product protection against viruses such as Norovirus.

How Biomaster Works

 

Biomaster can be added at any stage of the manufacturing process and is available in masterbatch, liquid or powder formulations for plastics, textiles, paper and coatings.

When bacteria come into contact with a Biomaster protected surface, the active antimicrobial agent prevents them from growing, producing energy or replicating, inhibiting any further growth.

The controlled release of the active ingredient provides powerful, effective antimicrobial protection for the lifetime of the product.

Independent testing and free of charge samples

Highly effective at low addition rates, Biomaster has been tested in hundreds of applications to provide up to 99.99% reduction against harmful bacteria including MRSA, E. coli and Salmonella as well as molds and fungi.

We can provide free-of-charge antimicrobial samples for you to test to ensure that incorporating Biomaster antimicrobial technology into your range of laboratory products is as straightforward as possible. 

All of our antimicrobial treated solutions are independently tested at a leading laboratory to ISO 22196 to ensure of a high quality efficacy against the microbes your product and end application requires.

Expert marketing & regulatory support – with no licence fees

If you're looking to add antimicrobial product protection to your line of laboratory products, our team of experts will help you comply with regulatory standards and support your marketing activity.

With a wide range of products already in use in lab and hygiene critical applications, our regulatory team will ensure that you meet all current standards.

Our marketing team will support you across social media, with video material, press releases and display materials and help promote your products at exhibitions and events.

Unlike other antimicrobial additive suppliers, there are no licence fees for using our technology.  You get the support of our technical, regulatory and marketing experts free of charge to help make your product a success.

Download a brochure or contact us today to find out more.

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Scientists in a laboratory using a microscope

Encouraging good laboratory practice (GLP) helps researchers to ensure that data generated through their experiments is not only valid but of high quality too.