UVP UV3 Hepa PCR Cabinet Model 95-0434-01 with HEPA Filtration and UV Sterilization (Non-functional)

The UVP UV3 Hepa PCR Cabinet Model 95-0434-01 is a specialized PCR workstation designed to provide a controlled and contamination-reduced environment for molecular biology workflows such as PCR amplification and gene editing. This unit features a four-stage HEPA filter system including pre-filter, carbon filter, HEPA filter, and a ZerOzone catalyst grid, delivering 99.99% filtration efficiency of particles ≥0.3 microns. The cabinet incorporates antimicrobial coated stainless steel surfaces to minimize microbial contamination and leverages positive pressure laminar airflow to maintain a sterile workspace critical in biotechnology and molecular diagnostics.

Although the built-in 254 nm shortwave UV irradiation system is currently non-operational, the cabinet design includes a UV/air recirculating system intended for additional sterilization in gene editing and synthetic biology applications. The interior dimensions measure approximately 19.7 x 21.4 inches (500 x 544 mm), accommodating typical PCR workflows. The unit also includes two removable shelves, side access with a slide-out design for ease of use and maintenance, and built-in power outlets suitable for powering laboratory instruments.

Ideal for laboratories focusing on molecular cloning, clinical diagnostics, and bioprocessing, this PCR cabinet supports contamination control essential in advanced synthetic biology and biomanufacturing research pipelines. Although sold AS-IS due to UV non-functionality, it retains valuable electrical components and robust filtration systems, making it a candidate for refurbishment or parts recovery in specialized biotechnology labs.

Primary keywords such as “PCR workstation,” “HEPA filtration,” and “laminar flow cabinet” are integrated naturally, along with biotechnology-specific phrases like “molecular diagnostics,” “gene editing,” and “bioprocessing contamination control.” This cabinet is widely used in biomedical engineering and synthetic biology research environments where stringent contamination barriers are critical.