Labworks - Model Labtech R-Series -Reach-In Stability Chambers

The scientific-grade LABTECH R-Series stability chambers are designed to fit through a standard commercial doorway and ship in one piece requiring minimal assembly with easy installation in any research lab. With foamed-in-place CFC-free insulation, painted galvanized steel exterior and galvannealed interior, the LABTECH R-Series chambers are highly durable, resistant to corrosion, and easy to clean, operate and maintain.

Additional kits are available allowing researchers to convert the reach in stability chamber to adapt to a variety of conditions that require different airflow direction, temperatures, and humidity requirements.

The safety and reliability of medical devices are essential when testing. One essential stage of the testing process is ensuring the device produces a fast response, can be controlled by temperature and humidity conditions, and can last for many years to come. Let’s take a closer look at reach-in chambers and their features.

Fast Response

Reach-in chambers run consistently for long periods at a stable temperature with or without humidity. With this kind of reliable method for reducing space in a laboratory, you can get a quick response with testing. What’s more, when you compare walk-in chambers with reach-in chambers, in the samples that are produced, they can be moved to another reach-in chamber, and you can still get a prompt response.

Temperature and Humidity-controlled

Reach-in chambers are known to be temperature and humidity-controlled environmental units that supply consistent levels of conditions for testing and storage purposes.

There are various ways to use reach-in chambers to achieve different levels of heat to produce different atmospheres. The ongoing effects of a fluctuating range of temperatures can be used to examine the framework of a specific part or product.

When it comes to humidity-controlled environments, reach-in chambers can prevent mould formation. By conducting various tests in humidity-controlled reach-in chambers, it can distinguish the reaction of the tested material in different conditions involving extreme temperature changes concerning humidity.

Long-term Stability

Since the use of reach-in chambers is primarily for testing products, they offer long-term stability by simulating aging processes in a controlled environment.

With their electronic configurations to meet specific test requirements and governmental regulations in industries such as healthcare, electronics, cosmetics, food and beverage, packaging, and more, reach-in chambers are always set to their default factory settings to fulfill your testing criteria, which provide stable outcomes and results.