PCR Workstation Cabinet with UV Decontamination and Digital Microprocessor Controls

This PCR workstation cabinet is designed for contamination-sensitive PCR amplification setup and molecular biology workflows, providing a sterile, enclosed work area essential for biotechnology and molecular diagnostics applications. The unit features a 28 x 19″ stainless steel work surface for easy cleaning, 8 mm ethanol-resistant polycarbonate (Makrolon) front and side panels that block UV radiation, and a generous internal volume of 19 x 28 x 23 inches to accommodate preparative steps within a single station.

Key technical specifications include:

• An installed UV germicidal lamp with an adjustable timer (5 to 30 minutes) for effective decontamination of work surfaces and air.
• UV-treated air recirculation system that actively inactivates airborne contaminants during PCR preparation, reducing contamination risks critical in synthetic biology and gene editing workflows.
• Microprocessor control with a digital command center allowing users to program operating times, off-hour UV decontamination cycles, and monitor system status for strict contamination control compliance.
• Four built-in GFI electrical outlets for powering essential PCR instruments such as thermal cyclers and vortex mixers.
• Durable stainless steel housing ensuring chemical resistance and ease of maintenance.
• Safety features such as an electromagnetic safety cutout that disables the UV lamp when the front panel is opened, protecting operators from UV exposure.

The external dimensions measure 24 x 30 x 31 inches, suitable for benchtop installation in clinical diagnostics and bioprocessing laboratories. This unit is supplied as an unused open box model, fully tested to ensure operational reliability, with minor cosmetic imperfections but no impact on functionality.

This PCR workstation is critical for contamination control in molecular cloning workflows, biomanufacturing procedures, and biomedical engineering applications where stringent sterile conditions and UV decontamination protocols are widely adopted. It supports precise and safe PCR preparation, contributing to reproducible results in biotechnology research and clinical diagnostics laboratories.