On-Demand Webinar
Lowering cycle time while protecting quality is the key to increasing injection molding productivity. With cooling for complex parts accounting for up to 70% to 80% of the total cycle, making cooling more effective is a logical starting point for increasing efficiency. So why are prolonged cooling times still so common? Because incorporating well-designed cooling systems is difficult with conventional approaches.
This webinar reviews new methodologies that are now available that enable you to apply high productivity conformal cooling on complex tools to considerably reduce mold design time, molding time, and improve productivity. Join 3D Systems’ experts to get firsthand insights into the software solutions, process knowledge, and advanced metal 3D printing equipment and materials necessary for success and discover how to leverage 3D Systems’ comprehensive application expertise to:
- Dramatically decrease cycle time and increase productivity of molded part production
- Manage heat dissipation and achieve uniform cooling through an efficient cooling system
- Accelerate tool design time and increase efficiency of your cooling system
- Decrease overall lead time from design to part production
- Ensure quality through targeted heat management
About Our Speakers
Scott Cost, Segment Manager, Transportation & Motorsports, 3D Systems
Scott Cost is a Solutions Manager leader for the transportation and motorsports segment at 3D Systems. He has been with 3D Systems since 2015 and previously worked in the medical and tool industries where he utilized rapid prototyping to validate product design, fit and function. Scott holds a Bachelor of Arts in Electrical Engineering from the University of Bucknell and a Bachelor of Science in Business Administration from Elmira College.
Iñigo Marco, Senior Application Development Engineer, 3D Systems’ Application Innovation Group
Iñigo Marco is a senior application development engineer within 3D Systems’ Application Innovation Group and has been working with all types of direct metal printing (DMP) equipment since 2016. He regularly produces challenging DMP parts for a wide range of applications and helps customers using the technology. His current focus is on industrial applications such as molding and tooling, and part production for customers in the semiconductor industry. He was also involved in the development of 3D Systems’ new Certified M789 (A) steel material. Iñigo holds a PhD in materials engineering from KU Leuven.