How Rapid Prototyping Makes Heat Exchangers More Efficient

Even with the most advanced design and manufacturing technology, not every product design translates flawlessly from paper to final product. For instance, sometimes, a part or product doesn’t quite fit as comfortably into a design’s limited space as the designer intended. Or, the wall of a heat exchanger may be closer to sensitive electrical equipment than designers realized. If a final product doesn’t fit the specifications it was designed for, then having to start over and produce all new units can be costly and time-consuming. With comprehensive feasibility studies and rapid 3D prototyping, we can detect and iron out issues that could halt production or affect a unit’s productivity, before the first unit is manufactured.

Ensuring Success Before Manufacturing

For over four decades, Noren has been known for its high quality of thermal management designs and products. That quality is due in large part to Noren’s attention to detail in every phase of the design and manufacturing process, including comprehensive feasibility studies that culminate in rapid 3D printing of a life-sized prototype. Innovative CAD/CAM technology allows us to create highly accurate prototypes in little or no time.

Once our engineers are satisfied with the prototype, final production can begin, with potential complications having already been identified and addressed. This not only helps save time that could be lost on small mistakes, but also helps our clients rest assured that the solutions they’ve invested in will live up to Noren’s reputation for excellence.

Learn More About the Advantages of 3D Prototyping

As part of our comprehensive design and manufacturing processes, rapid 3D prototyping is a vital resource in ensuring that every product we deliver performs as well as intended or better. To learn more, call Noren Thermal, Inc. at 866-936-6736. Now located in Taylor, TX, Noren proudly produces all of our products in the United States and delivers them to clients nationwide.