"Paleontology Models"

The Basic™ hood is ideal for rooms with ceilings below 2.4 m, 8" and for shallow countertops.

Designed for classroom use, these lightweight hoods feature an epoxy-coated aluminum frame with tempered safety glass front sash, sides, rear baffle, and top.

Ideal for rooms with shallow countertops or ceilings below 8', these hoods are constructed of sturdy, epoxy-coated steel both inside and out.

For use with Basic™ 47, Basic 70, Fiberglass 30, Protector® XStream®, Protector Premier™, Protector ClassMate®, Protector PVC Perchloric Acid, Protector Stainless Steel Perchloric Acid, Logic+, Logic, Cell Logic, PuriCare Procedure Stations and Protector Radioisotope laboratory hoods

Self-contained ductless enclosures allow safe handling of organic, formaldehyde, acid gas, sulfur compounds, or ammonia chemical fumes and vapors.

Erlab’s CaptairBio PCR Workstations are designed to protect sensitive biological applications against both environmental pollution and cross-contamination. The HEPA filter will bring clean air down to the work surface, with high efficiency UV lights to decontaminate the worktop from biological cross-contamination.

Erlab’s CaptairFlow Clean Air Enclosures are designed to prevent cross-contamination for applications such as non-pathogenic cell cultures, in-vitro cultures, microbiology, homeopathic preparations, electronics, and optics where product protection is required. They feature a high efficiency filtration system that provides a particle-free workstation around the manipulation, bringing HEPA filtered clean air down to the work surface.

Erlab’s Captair Ductless Filtering Fume Hoods and Powder Weighing Stations are 100% ductless, meaning no HVAC connection to the outside is required. Some models can be placed on mobile bases to be wheeled around, or shared between laboratories. The units offer end users protection from particulate, and or liquid handlings. Units are also cleanroom compliant with HEPA at the exhaust. Customers can weigh down to six decimal places without interruption of the scale.