Increase efficiency by ensuring products cost less to produce and are more reliable by validating that designs meet market requirements and result in less maintenance and fewer repairs
Design optimization can improve efficiency and reduce costs across the value chain. When products are tested for real-world conditions through simulation against real-time performance data, you can ensure they're designed to run to spec—eliminating both rework to solve for design failures and extra service calls for maintenance and repair. PTC customers who use design optimization solutions achieve:
Reduced preventative maintenance
Faster on-site service
Faster NPI time
Reduction in scrap
Design optimization doesn't just address design—it improves efficiency along every step of a product or machine's lifecycle. Is the product running to spec? Are there any unused features that can be designed out? How will this material hold up to real-world stresses and conditions?
Ensure your team is engineering for value, reduce your time to market, and minimize ineffective prototyping and trial-and-error testing by using simulation and analysis tools to ensure testing is as effective as possible. Address potential design failures, minimize rework, and reduce service calls by creating a feedback loop of historic and current usage data into your CAD design system. The possibilities are endless.
Understand the stresses and loads your product will undergo in real-world conditions to resolve both basic and complex design issues and adapt the design before the prototyping stage.
Accelerate the design of parts and assemblies while improving productivity in multi-CAD environments. Enhance your smart, connected design capabilities and collaborate more effectively across systems.