As food products make their way from farm to table, they travel a path that is fraught with danger. As they are processed, packaged, distributed, and sold they are susceptible to spoilage, pathogen growth, and other contamination. Let’s follow food’s journey and find out what systems are in place to make sure it safely reaches our plates.
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A Quick Guide to Glycol
Lasers in Manufacturing
Back in 1960, when Theodore Maiman built and demonstrated the first laser, he famously said “a laser is a solution seeking a problem.” They have lived up to that reputation ever since by filling needs in countless industries, and we have barely begun to tap their potential. Let’s look more closely at the types of lasers available today as well as one of the industries most affected by laser technology…manufacturing.
How Are Lasers Made?
Don’t look into the light! However, we can look into how lasers came to be, how they work, and how they are made.
Blast Chillers
When a refrigerator is opened, warm ambient from the room enters and the temperature inside the refrigerator increases. Once this happens, the fridge’s compressor activates to re-cool the air inside. Domestic fridges are designed to withstand being opened from time to time and still protect the contents inside. However, certain industries require chilling solutions with a lot more power. Let’s take a look at the power behind blast chillers.
