Vacuum drying chambers

Vacuum drying chambers are ideal for easily oxidizable substances and thermally unstable products. These devices offer efficient and gentle drying without compromising the dried samples. They are used in various types of pharmaceutical, microbiological, biotechnological or cosmetic laboratories, as well as for drying electronic components. Vacuum drying chambers feature an excellent safety system and precise temperature control. The double doors are made of safety glass and have a special locking system. Safety is also guaranteed by the use of overdrive-proof control. When the door is opened, the heating of the chamber is immediately turned off. Vacuum drying eliminates the risks associated with the formation of crusting or oxidation residues. Depending on the materials to be dried, the equipment can be equipped with appropriate vacuum pumps. The pumps can be equipped with a solvent reclaimer, which will take the solvents out of the drying chamber. When drying materials in the chamber that have flammable solvents, a drying chamber for materials with flammable solvents should be used. This provides greater safety for use and work in the laboratory. Greater safety is also provided by an explosion-proof interior. The devices we offer are characterized by high durability and solid workmanship. Vacuum drying chambers are an excellent solution for substances sensitive to oxidation processes and for drying thermally unstable products. The characteristics of the drying chambers we offer are their compact form, high quality and durability, and above all, ease of use in everyday laboratory work. The drying chambers provides precise and controlled thermal conditions in a vacuum atmosphere free of dust and contaminants. In turn, heating by means of a jacket improves the maintenance of a constant temperature in the chamber during operation of the device. Our device is distinguished by a wide range of laboratory applications in fields such as chemical engineering, pharmaceuticals, foodstuffs, cosmetics or electronics, where precision is of great importance. Thanks to the use of state-of-the-art controllers that will enable dynamic regulation, energy consumption is much lower. In turn, the use of a needle valve improves pressure control in the device and ease of use when connecting the device to a vacuum pump, or a central vacuum system that is often beginning to be present in our modern laboratories. The central vacuum system is starting to become more and more popular, with the advantage of convenience. The central vacuum generating unit is located outside the laboratory u such that the source of noise, which is the operation of the vacuum pump, is far from the drying chamber's place of work in the laboratory. In a word, the vacuum drying chamers is a device needed in the laboratory where precision in drying difficult materials is needed.