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Industrial Ovens

How Are Contact Lenses Made?

Contact lenses are made either out of glass (hard lenses) or silicone hydrogel (soft lenses). In both cases, they feature some level of oxygen permeability, which is an indispensable requirement for the wearer’s comfort. There…

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The Critical Role of Temperature Uniformity in Industrial Ovens

When it comes to selecting or maintaining an industrial oven, its ability to sustain a stable temperature is key. For industrial ovens, temperature uniformity is defined as the consistency of heating throughout the oven’s chamber.…

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Dry-Heat Sterilization: Principle and Advantages

Dry heat sterilization is one of the most practical and preferable forms of sterilization, using blown hot air to eliminate or deactivate all forms of life inside the chamber of an industrial oven. Dry heat…

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6 Different Heat Sources for Industrial Ovens

With so many things to consider when buying a new industrial or lab oven, neglecting the source of heat and thinking that it doesn’t matter is understandable, but still a mistake. While different heat source…

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Does Your Process Require a Class A Oven?

If you process a flammable product or remove combustible vapors from a product in an oven, you will need a Class A oven that meets NFPA 86 requirements. Flammable volatiles that pose a potential explosion…

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Selection Guide: Dry Heat vs Steam Sterilization Ovens

One of the most common roles of a lab oven is to help with sterilization needs. Sterilization is an integral part of the process of developing an evaluative experiment, preparing your samples and the culture…

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Electronic Components: Burn-in and Reliability Testing

Failure of electronic components is very often a catastrophic occurrence, or at least a very costly one. Electronics are embedded on boards that incorporate tens or even hundreds of other components, so when something fails,…

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Heat Treatment of Plastics

It’s hard to imagine a world without plastics. The versatile material has different uses in numerous industries. However, to make a precise product from it, it has to go through a heat treating process (also…

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The Difference Between Industrial Conveyor Ovens and Batch Ovens

Both conveyor ovens (also referred to as continues ovens) and batch ovens are classified as industrial ovens by definition. Both ovens are heated chambers used for: Curing / Bonding Drying Baking / Heating and more. Essential…

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Heat Treating Metals and Alloys

Heat treating is used to change the physical properties of different types of metals and alloys in order to form, bend, or shape the material. The process consists of heating the object to a specific…

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Industrial Ovens

How Are Contact Lenses Made?

The Critical Role of Temperature Uniformity in Industrial Ovens

Dry-Heat Sterilization: Principle and Advantages

6 Different Heat Sources for Industrial Ovens

Does Your Process Require a Class A Oven?

Selection Guide: Dry Heat vs Steam Sterilization Ovens

Electronic Components: Burn-in and Reliability Testing

Heat Treatment of Plastics

The Difference Between Industrial Conveyor Ovens and Batch Ovens

Heat Treating Metals and Alloys

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