RapidVap N2 and N2/48 Dry Evaporation Systems combine vortex motion, dry heat and nitrogen blow down for fast evaporation rates
N2 models for moderate sample throughput with end-point determination include an 8-place sample block, introduces nitrogen to tubes in sets of two and access up to 450 mL of samples per tube
N2/48 models for small to moderate sample throughput with a 48 sample capacity introduce nitrogen in clusters of six
Select models available with an RS-232 Link for remote control of functions from a user-supplied computer
Model: 10-13 mm Test Tube Holder, 14-20 mm Test Tube Holder, 20-25 mm Test Tube Holder, 4" Glassware Holder, 6" Glassware Holder, Universal Plastic Glassware Holder, Utensil Holder, Utensil Basket with Cover, Mesh Basket
Solid stainless steel offers cleanliness, durability, and easy decontamination when working with sterile or contamination sensitive materials such as non-hazardous pharmaceutical compounding. The solid panel design simplifies cleaning by minimizing cracks and crevices where particles or germs can collect.
Designated for use with BSL Class I and II organisms, such as E.coli. 70% of air is recirculated within the hood, 30% of the air is exhausted through a HEPA filter.
Freeze dry systems for low eutectic point samples have a working temperature of -86°C. Benchtop and console Lyophilizers are available in a range of capacities.
Compact Labconco CentriVap micro IR Vacuum Concentrators have a 24-tube capacity and are available with High Capacity Micro Rotors or Teflon-Coated Aluminum Rotors
Purifier Axiom
Ergonomic Purifier Axiom units convert between Type A and Type B Mode for use in BSL 1,2 and 3 labs; available in 4 ft. and 6 ft. models with sash openings of 8” and 10”
Purifier Logic+
Purifier Logic+ discharges 100% of filtered exhaust air from work area via a dedicated exhaust system and remote blower; models need to be hard ducted to the outside
RapidVap
RapidVap N2 and N2/48 Dry Evaporation Systems by Labconco combine vortex action, heat, and nitrogen blow-down to speed evaporation