Juji Field NS-8ST Benchtop Clean Bench with HEPA Filtration and UV Sterilization

The Juji Field NS-8ST benchtop clean bench is engineered for precise sterile work including biotechnology, molecular diagnostics, and bioprocessing applications. It features a HEPA-filtered laminar flow system delivering particle-free air with ≥99.99% efficiency at 0.3 µm, critical for contamination-sensitive workflows such as gene editing and synthetic biology. The cabinet is constructed with SUS304 stainless steel interior and a durable bonded steel exterior with baked finish suited for rigorous laboratory environments.

Key technical features include:

• Up-down sliding front shutter with automatic UV light shutoff ensuring user safety during sterilization cycles.
• Dual observation windows with replaceable stainless steel panels for enhanced cleanability and visibility.
• A 30W fluorescent lamp and 15W UV sterilizer provide optimal illumination and microbial control.
• Built-in LED filter life indicator with bar graph display supports timely maintenance to maintain cleanroom class 100 conditions.
• Vibration and noise-dampened motor enhances operator comfort during prolonged biotech research sessions.
• The workstation includes a foot switch burner and aspirator piping as standard, facilitating diverse experimental protocols.
• Electrical compatibility for AC 100V, 50/60Hz power supply with 150W consumption and integrated AC outlet (3A) supports peripheral device connectivity.

Measuring 845×620×1050 mm and weighing 70 kg, the compact design fits standard laboratory benches optimizing workspace efficiency, making this clean bench ideally suited for live-cell imaging preparation, molecular cloning workflows, and biomanufacturing research environments. This clean bench is widely adopted in clinical diagnostics and biopharmaceutical production pipelines, ensuring sterile sample handling with reliable airflow performance.

The Juji Field NS-8ST promotes high-containment sterile conditions essential to advanced biotechnology labs, facilitating consistent, contamination-free experiments in critical research fields.