Isolator / Rabs

PPI isolators provide personal protection when handling toxic substances.

Personal protection is achieved through a barrier (isolator housing with gloves) between the operator and the toxic substance.

In addition, a defined negative pressure is generated in the working area of the isolator by a HEPA supply and exhaust air filter system, thus increasing safety for the operator. The filter elements are changed without contamination.

Isolators with product protection as a housing for aseptic processes, e.g. Filling, loading and unloading of freeze dryers.

Product protection is achieved through a barrier (isolator housing with gloves) between the operator and the product.

Isolators with personal and product protection as a housing for aseptic / toxic processes, e.g. Filling, loading and unloading of freeze dryers. Personal and product protection is achieved through a barrier (isolator housing with gloves) between the operator and the product. Product safety is achieved through the Laminar Air Flow System including a controlled overpressure control.

Sterility testing isolators with product protection for the sterility test under aseptic and optionally aseptic / toxic conditions. A Rapid Decon Hatch (RDH) can be connected as an option. Product protection is achieved through a barrier (isolator housing with gloves) between the operator and the product. Product safety is achieved through the Laminar Air Flow System including a controlled overpressure control.

cRABS as a housing for aseptic processes, e.g. Filling, loading and unloading of freeze dryers. Product protection is achieved through a barrier (cRABS housing with gloves) between the operator and the product. The product safety is created by the Laminar Air Flow System including a controlled overpressure control.

oRABS as a housing for aseptic processes, e.g. Filling, loading and unloading of freeze dryers. Product protection is achieved by a barrier (oRABS housing with gloves) between the operator and the product. Product protection is created by the Laminar Air Flow System (type: active oRABS).