Webinar: Why Are So Many Making the Switch to Conformal Cooling?
This webinar will show you how to get cool with conformal cooling. Just make use of additive solutions to start designing an effective mold cooling system, while reducing design time and effort.
When it comes to injection molds, the importance of an efficient cooling system cannot be overemphasized. A reduction of just one or two seconds in cooling time can lead to as much as a 10-20% increase in production rate. That alone could directly affect the profitability of the job. But there is more to cooling than time savings. Controlled cooling of the entire part is vital to the preservation of dimensional stability and mechanical properties of the part. Properly cooled parts are less likely to warp, get stressed, or be brittle. It is easy to see why a well-designed cooling system is a key component of a well-designed injection mold, leading to profitable production of high-quality parts.
Register now for this free webinar and learn:
- What is conformal cooling?
- How does it compare to traditional cooling processes?
- How is it accomplished?
- What are the benefits?
Related Content
-
Mold Design Tricks, Additive Manufacturing Treats & More: MMT's Top-Viewed Articles in October
October held some tricks but mostly treats for MoldMaking Technology’s audience.
-
Large Hybrid Steel Insert Solves Deformation, Dimensionality, Cycle Time Problems
DMLS printers using metal additive powders selected by Linear AMS to produce high-quality, accurate, consistent 3D-printed mold components with certification and traceability.
-
VIDEO: How can 3D Printed Tooling Improve Injection Mold Venting?
Proper venting is one of a mold builders toughest challenges as molders struggle to keep vents free flowing in production. Learn how to apply 3D printing to mold venting and the benefits of additive venting inserts.