Benchtop Chambers

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Benchtop Chambers

Benchtop chambers are used by consumer, medical, engineering and automotive industries to ensure the highest quality product possible. Environmental chambers evaluate product quality and reliability, and identify manufacturing flaws and weaknesses in those products before they are released to the general market. In industries such as medical and aerospace, tolerance, precision and reliability are non-negotiable; therefore the testing of products and components during manufacturing is imperative. Products are placed inside the test chambers, which are sealed to enable the conditions inside to be adjusted according to the environmental test being undertaken; sometimes more than one condition is combined during the testing process to more accurately replicate conditions likely to be faced by a product or material during its useful lifespan. These conditions typically accelerate the effects of the environment on a product in order to predict more quickly how to correct faults or malfunctions in product design and construction.

Due to their compact size and more economical nature, benchtop chambers are able to be utilized by a wide range of companies from larger manufacturers to smaller family-owned businesses. Benchtop chambers take up minimal warehouse floor space and are typically self-contained units. Ease of installation and maintenance are other advantages that come with using benchtop chambers. Environmental test chambers are designed with the capacity to replicate not only normal, but also extreme environmental conditions, and despite their smaller size, benchtop chambers are still able to replicate environmental conditions such as temperature, humidity, altitude and pressure. Other features of testing chambers remain similar despite the variance in size; there is usually a viewing point and a method of process control as well as a carefully designed and constructed chamber body. Other existing factors do need to be considered too. For example, room temperature or the addition of lighting may be necessary. While testing time is likely to be reduced because of the compact nature of the process, testing is still a time-consuming and often costly procedure, and yet it is a wise manufacturing choice to undergo environmental testing, especially in terms of long-term expenditure and future benefit.

Image Provided by Cincinnati Sub-Zero Products, Inc.

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