Need something fast? Contact us about our Quick Ship INSTOCK Program →
LF Systems Corp
Products/Fume Hoods & Airflow Systems/F-400 Series Radioisotope Fume Hoods

F-400 Series Radioisotope Fume Hoods

F-400 Series Radioisotope Fume Hoods

F-400 Series Radioisotope Fume Hoods

The F-400 Series radioisotope fume hoods are specialty bench hoods designed for radioisotope, biological, and cleanability-focused lab applications. These hoods use stainless steel interiors with coved containment chamber corners to support easier cleaning and more demanding laboratory procedures. The stainless steel coved liner design makes the F-400 Series a strong fit for work involving radioactive particles, biological processing, and applications where thorough interior cleaning is critical.

Cleanable Containment for Radioisotope and Biological Applications

Best used for radioisotope work, isotope analysis, iodination, biological sample processing, necropsy-related procedures, and applications requiring cleanable stainless steel interiors.

F-400 Series hoods are designed for labs where cleanability and material selection are central to the application. They are commonly used for radioisotope work, isotope analysis, iodination, biological sample processing, necropsy-related procedures, and applications requiring stainless steel interior surfaces.

Safety & Performance

Radioisotope and biological applications require interior surfaces that support thorough cleaning and long-term durability. The F-400 Series uses stainless steel liner options with coved containment chamber corners to reduce hard-to-clean seams inside the hood. Reinforced work surfaces also help support lead shielding or other overburden where required by the application.

This makes the F-400 Series a strong fit for labs where cleanability, surface durability, containment, and specialized material handling need to be considered together.

Available Models

The F-400 Series includes the F-400 frameless vertical sash, F-401 combination sash, and F-403 framed vertical sash models.