Right Utilities for the Stainless Steel Desiccators Cabinets

nitrogen desiccator cabinets

Stainless Steel Desiccator Cabinetsalso used to remove moisture from a substance. When a substance is exposed to air, it absorbs some moisture. This is not a problem in everyday life, but if you are trying to measure the exact weight of a chemical, or you need to measure net volume. A desiccator allows you to do this by drying the substance by removing the weight that moisture has added.

What Kind of an Enclosure Is This?

The Stainless Steel Desiccator Cabinets continuously blow HEPA-treated air through all channels of the endoscope, ensuring that the endoscope remains completely dry and reducing the risk of bacterial growth. Permanent ventilation of the channels eliminates residual humidity in the enclosure which could lead to bacterial proliferation. Circulating HEPA-treated compressed air through each channel and around the outer jacket ensures that all channels are completely dry before use. A short drying cycle allows rapid turn-over of endoscopes. Protect flexible endoscopes from damage. Stainless Steel Desiccator Cabinets are designed to dry and store by injecting air into the volume at an adjustable temperature up to 60 ° C. The moderate air circulation inside the cabinet is also suitable for gentle drying.

They are functional, easy to use, easy to maintain, and economical

This Stainless Steel Desiccator Cabinet works with a rigid cassette system eliminating the free oscillation of the distal tip and protecting the endoscope during transport and storage. Improve risk management through better data management during storage Integrated sensors and continuous data entry provide detailed information on the drying status of all endoscopes. Set Your Speakers To Your Needs Space-conscious design, this speaker is available in a variety of configurations and styles to suit any need. The medical Stainless Steel Desiccator Cabinet is specially designed for drying heat-sensitive or decompressed and oxidative materials easily. The laboratory drying oven can be filled with inert gas to dry some materials with complicated components. The laboratory drying oven has been widely used in the pharmaceutical, electrical and chemical industries.

Features of medical Stainless Steel Desiccator Cabinet

Intelligent temperature controller for maximized performance in a wide dynamic range of 480 ° f (250 ° c), eliminating the need for human intervention in setting parameters. Evenly distributed heating elements for gentle drying throughout the interior of the chamber and absolute temperature uniformity.High-performance MCU-based temperature controller with advanced PID algorithm to maintain temperature uniformity (+/- 1 ° F) from low temperature to 480 ° F (250 ° C).

Double-layer viewing window with 1/2 “adaptive toughened safety glass, as well as the forced just able door handle, to maintain a constant vacuum level even for long-term operation.Good thermal insulation of the vacuum chamber for low energy consumption.Easy to clean and robust SUS304 electro polished vacuum chamber.Built-in adjustable temperature limiter and a fuse for sample and oven protection.Sturdy mirror-polished SUS304 shelf plates (each has a load capacity of 15kg).

Complete application-specific vacuum drying system contains vacuum drying oven, vacuum pump, vapor/mist filter, cold trap, and connection kit in various sizes and specifications. Electrical components are isolated from the inner chamber for user protection. Various options (programmable controller, independent temperature switch, digital pressure gauge, etc.) for your own custom system.Modular design for easy and cost-effective maintenance and future upgrades.Built-in 9999 minutes/hours timer.

There are many different types of desiccators, but they are all very similar in structure. The main chamber of the desiccator is used to accommodate the substance in it. Below is a chamber with a desiccant, or a substance that absorbs moisture from the container. The most common desiccators are made from heavy glass, although other materials can be used, the most reliable desiccators are made from high-quality plastic. The main and secondary chambers are usually separated by a removable platform, while a removable cover on the top of the desiccator allows access to the contents. The rim of the lid is usually coated with wax or petroleum jelly, ensuring that the inside remains completely sealed when the desiccator is closed. Some Stainless Steel Desiccator Cabinets have a shut-off valve on the cover to create a vacuum. The vacuum ensures that nothing remains inside the chamber, except for the desiccant and the drying agent, which is necessary if the substance is particularly sensitive.


There are a wide variety of dehumidifiers that can be used to absorb moisture. Silica gel is widely used because it takes the form of a solid that will not interfere with other substances in the container. You’ve probably seen silica gel before, small paper bags of gel go into the packaging of clothes and other items that need to be dry. Other commonly used desiccants include coal, calcium sulfate, and even some types of salt.