Disinfects the working area chamber, inactivating DNA and RNA fragments during 15-30 minutes of exposure.

Grant Instruments™ Shock Proof Glass UV Cabinet UVT-B-AR maximises the density of the available UV light making it sufficiently effective for DNA/RNA inactivation.

Key Features 

• General purpose PCR UV cabinet for carrying out short-term procedures
• Economy model featuring stainless steel work surfaces, metal framework and shockproof glass panels
• High intensity UV cleaner: the 25m³/hour cleaner-recirculator continuous air flow with 1cm UV irradiation distance
• Convenient, easy-to-use digital timer for accurate control of UV exposure
• White lamp provides local illumination of the workplace to optimise visual control during operations
• For applications in the life sciences requiring a germicidal and virucidal environment
• For inhibition of DNA and RNA contamination, and applications requiring the elimination of residual decontaminants
• For working with DNA/RNA amplicons, and general microbial research

Disinfects the working area chamber, inactivating DNA and RNA fragments during 15-30 minutes of exposure.

Grant Instruments™ Shock Proof Glass UV Cabinet UVT-B-AR maximises the density of the available UV light making it sufficiently effective for DNA/RNA inactivation.

Key Features 

• General purpose PCR UV cabinet for carrying out short-term procedures
• Economy model featuring stainless steel work surfaces, metal framework and shockproof glass panels
• High intensity UV cleaner: the 25m³/hour cleaner-recirculator continuous air flow with 1cm UV irradiation distance
• Convenient, easy-to-use digital timer for accurate control of UV exposure
• White lamp provides local illumination of the workplace to optimise visual control during operations
• For applications in the life sciences requiring a germicidal and virucidal environment
• For inhibition of DNA and RNA contamination, and applications requiring the elimination of residual decontaminants
• For working with DNA/RNA amplicons, and general microbial research