Your business works hard on your products, carefully planning and testing before sending them off to customers. However, mistakes can happen, and they often have serious consequences.

Manufacturers across the globe are constantly creating new, innovative products in markets like health and safety. To keep your business competitive, you need a process that gets results quickly. Rapid prototyping does just that.

Products used in hospitals, dentist offices, and medical practices often save lives, and everything from IV bags to MRI machines relies on reliable materials. As a result, you wouldn’t be blamed for thinking that those materials cost more than those in, say, the HVAC industry.

Medical devices are often complicated and full of moving parts. These components usually generate heat, which can have a negative effect on products if the temperature gets too high. 

Recently, there has been a movement in the manufacturing world to decrease inventory overhead. Without realizing it, your business might be overspending on inventory management and stocking.

When you think of conditioned air, you probably imagine walking into a cool room on a hot day. With the help of air handlers, we have found ways to control the temperature and keep both our living and working spaces comfortable. 

HVAC is an established and regulated industry, which makes it occasionally difficult to find ways to innovate. One of the best ways to be innovative is to optimize your business’s material selection process.

All manufacturers want to create great products, but it’s not always easy to do so in a cost-effective way. However, in an industry as old as HVAC, there are many opportunities to cut costs if you know where to look. 

The pipes that connect a unit are vital when it comes to HVAC applications. In order to keep a product up and running, pipes must remain free of moisture or stress, which is where insulation tubing comes in.

There are numerous environmental factors that can affect the performance of a product, but fire might be the most destructive. To counteract this force, manufacturers developed flame-resistant materials and chemicals to protect our products.