What Does an Industrial Oven Do?

Industrial OvensAn industrial oven is designed to generate high temperatures for curing metal coatings, conditioning metals, and heat-treating parts.  

Depending on your industry, industrial ovens can be a necessary part of your production line. Generally, they are categorized into two types – batch and continuous.  

Batch industrial ovens are deployed to treat multiple parts at the same time. Continuous industrial ovens are involved in mass production and can have both heating and cooling functions.  

Industrial ovens are typically powered by electricity, gas, and water. These sources of heat often get introduced into the oven through forced convection.  

Read more to find out what an industrial oven can do for your production line.

What do industrial ovens do?

1. Sterilization 

An industrial oven can be used to sterilize medical instruments and devices. Sterilization eradicates microorganisms and prevents the spread of diseases. The process effectively kills any kind of disease, bacteria, viruses, and fungi that may be living on used equipment.  

The appreciation for the need for sterilization can come from observing the field of dentistry. Caring for a mouth’s health and teeth requires close attention to hygiene more than anything else. It is one of the most common places for bacteria to enter the body, making it vital to vigorously clean all instruments prior to use.  

As the dentist performs work on a patient’s mouth and teeth, instruments interface with saliva, which can carry diseases and infections including strep, staph, herpes, hepatitis, and tuberculosis. Through proper and thorough sterilization, it is possible to prevent diseases from transferring on medical equipment and devices. Using an industrial oven with accurate temperature control can sanitize tools and prepare them for safe reuse.  

2. Burn-in testing 

Integrated circuits (ICs) and electronic devices require thorough testing, which includes burning them under higher temperatures to stress and exercise them. The idea of using elevated temperatures is to trigger early failure, also called infant mortality, instead of waiting for it until later stages when the ICs are under active usage. This testing effectively improves product reliability.  

Burn-in ovens are engineered to handle various applications, including high-temperature reverse bias, high dissipation forward bias, IC burn-in, microprocessors, ROM, RAM, and most semiconductor devices in general.  

Burn-in ovens often undergo a thorough engineering process to make them effective at meeting testing needs. They can even be involved in processes like simulating the underground conditions during calibration and oil well drilling. 

3. Pharmaceutical roles 

Industrial ovensWisconsin Oven Corp Spc-34-hts/109 Oven play an important role in the pharmaceutical industry, from the baking of pills to acting as oxidizers to remove excess chemicals from the final product.  

Some industrial ovens used in the pharmaceutical industry are small and used in a laboratory setting, while others are enormous and incorporate advanced technology. Additionally, ovens come in different shapes and designs based on their purpose.  

For example, if an industrial oven in the pharmaceutical industry is used for drying material, it must reach a maximum temperature of 500°F in its electric circuits and 194°F for steam.  

There are also ovens that sterilize and dehydrogenate applications, and those ovens are set to generate a maximum temperature of 536°F. Of course, all of these industrial ovens can be customized per specific manufacturing needs. Examples of specialized ovens in the pharmaceutical industry include vacuum ovens, clean process ovens, and reach-in ovens.  

4. Heat treating  

Heat treating entails subjecting metals to controlled temperatures with the goal of relieving stress, aging, tempering, and annealing. Each of these actions has specific improvement benefits on the metals: 

  • Tempering – Helps lessen the metal’s brittleness  
  • Stress relief – Strengthens for structural, thermal, and residual benefits 
  • Aging – Generates a simulation of the effects of use 
  • Annealing – Enhances the metal’s ductility  

5. Sintering 

Sintering is the process by which materials are compacted and bonded past their melting points. It is possible to improve the density and strength of material through the sintering process.  

As you buy used industrial equipment for sintering, it is important to go with the right ovens that deliver temperature uniformity in each cycle. Such ovens prove helpful in situations where you want to form the metal without melting it.  

HGR has high-quality industrial ovens  

Are you looking for industrial ovens suited for your industry? The ovens listed on HGR deliver temperature uniformity and tight temperature control for efficiency and consistency in the designated application. Visit our website to buy used industrial ovens at great prices today.


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