Abstract: A housing for a simulation chamber having a chamber body, a door arranged on the chamber body, and a controller housing, wherein the controller housing is arranged on the chamber body and comprises an outer surface, an inner surface, and at least one side surface, in that the door comprises an outer surface, an inner surface, and at least five side surfaces, wherein the controller housing is arranged on the chamber body in such a manner that, when the door is closed, at least one of the side surfaces of the door is arranged facing at least one of the side surfaces of the controller housing.

Abstract: A housing for a simulation chamber having a chamber body, a door arranged on the chamber body, and a controller housing, wherein the controller housing is arranged on the chamber body and comprises an outer surface, an inner surface, and at least one side surface, in that the door comprises an outer surface, an inner surface, and at least five side surfaces, wherein the controller housing is arranged on the chamber body in such a manner that, when the door is closed, at least one of the side surfaces of the door is arranged facing at least one of the side surfaces of the controller housing.

Abstract: A laboratory cabinet, for instance a cold chamber, a heating cabinet, a drying cabinet, or an incubator, can have a housing featuring at least one exterior door, featuring at least one interior space which can be closed by means of an interior door, such that the laboratory cabinet features adjustable means, such that as a function of the position of the means, the interior door can be opened together with the exterior door or independently of the exterior door, such that the means are inaccessible when the exterior door is closed.

Abstract: A laboratory cabinet, for example a cold room, heating cabinet, drying oven or incubator, with a housing having at least one outer door with an outer door closure, which has at least one inner chamber, which is closable by an inner door with an inner door closure, wherein the inner door closure is a mechanical closure, that the laboratory cabinet with the outer door closed has actuatable first means for releasing the inner door closure of the inner door, which are electrically actuatable, and that the laboratory cabinet has second means which are designed such that upon opening the outer door, the inner door also opens.

Abstract: A laboratory cabinet, for instance a cold chamber, a heating cabinet, a drying cabinet, or an incubator, can have a housing featuring at least one exterior door, featuring at least one interior space which can be closed by means of an interior door, such that the laboratory cabinet features adjustable means, such that as a function of the position of the means, the interior door can be opened together with the exterior door or independently of the exterior door, such that the means are inaccessible when the exterior door is closed.

Abstract: A laboratory refrigerator, in particular a refrigerated incubator, in which an inner basin surrounding the useful storage volume is surrounded by an outer basin. The air in the useful storage volume is circulated via a chamber formed between the inner basin and the outer basin and re-enters the useful storage volume via apertures in the side walls of the inner basin. Heating elements are provided in the chamber for controlling the temperature of the circulating air and labyrinthine plate evaporators are provided on the outside of the side walls of the outer basin.

Abstract: A removable shelf for a vacuum-drying cabinet is machanically expandable so that it comes into thermal contact under pressure over a large area with the heated walls of the cabinet interior. The shelf can be inserted into a supporting framework which can be freely positioned in the cabinet interior and can be removed for cleaning. A baffle plate on the supporting framework protects the material to be dried from strong air currents when the cabinet interior is evacuated.

Abstract: A heating cabinet includes a fan (24) by means of which air is drawn out of the inner housing into an air chamber (22). From the air chamber (22) the air is directed through a preheating chamber (28) of U-shaped cross-section, comprising a heating element (34), enclosing the inner housing, and is directed back into the usable space through apertures (36) in the side walls (16) of the inner housing. Air guidance plates (38) are attached externally on the side walls (16) which compel the air to flow along the entire length of the heating element (34) before it can pass out through the apertures (36). In this manner, temperature differences between the air passing through the different apertures (36) are avoided and localized temperature variations in the usable space are minimized.

Abstract: A shelf for laboratory cabinets, the cabinet having horizontal vertically spaced guides on the inner walls, the shelf comprising two parallel and vertically separated side bars, the lower of which cooperates with a lower guide on the side wall of the cabinet to support the shelf and the upper of which is spaced apart from the lower side bar by a distance substantially the same but not greater than the vertical spacing between adjacent horizontal guides.

Abstract: A heating cabinet is formed of inner and outer side and bottom walls defining an antechamber between them which communicates only at the bottom wall portion with a rear air passage chamber formed between the inner and outer rear walls. A one-piece U-shaped heater of meander-like shape is contained in the antechamber spaced from the walls thereof.