Watch Terra's BioSafe® Universal Benchtop Hoods Video
SKU: 24299
Watch Terra's BioSafe® Universal Benchtop Hoods Video
ISO 5 rated BioSafe Universal Benchtop flow hood, removes particulate airborne contamination to ensure clean work surfaces. Built in fan/filter unit filters 99.99% of particles through HEPA filter
Recirculating Vertical Laminar Flow Clean Bench for Nanoparticle Sensing Research
SKU: 1688-91B-60-SS-R
Recirculating Vertical Laminar Flow Clean Bench for Nanoparticle Sensing Research
This recirculating vertical laminar flow clean bench is used for nanoparticle sensing research. It features an all 304 stainless steel design for easy sterilization. Prefilters on the inside wall improve lifespan of the HEPA filter. Drawers help organize and tidy up the work station.
BioSafe® Universal Vertical Laminar Flow Hood Station used for PCR technology Development
SKU: 1688-92B-72-SD
BioSafe® Universal Vertical Laminar Flow Hood Station used for PCR technology Development
This BioSafe® universal vertical laminar flow hood station is used for PCR technology development. Bio-tech HEPA enclosure is suitable for optics, microelectronics, genomics, proteomics, and cell biology. Integrated turnkey system includes frame, adjustable speed blower, HEPA filter, LED lighting, and status indicator.
Terra's mission is to help customers in highly regulated industries transform the world with critical environment solutions that improve health, safety, performance, and yields. These environments may comply with stringent UL, ISO, IEST, ASTM and OSHA standards and local requirements.
BioSafe® Universal Vertical Laminar Flow Station used for technology development.
SKU: 1688-92B-72-SD
BioSafe® Universal Vertical Laminar Flow Station used for technology development.
This BioSafe® Universal Vertical Laminar station is used for PCR technology development. Benchtop laminar 3-speed switch provides low/medium/high settings with average airflow velocity of 90+ ft/min at 640+ CFM. This flow station is ideal for numerous science applications.