Aerospace & Defense
Innovation and collaborative, synchronized program management for new programs
We understand challenging service entry requirements of electro-mechanical design. In response, we have the best-in-class design solution to enable semiconductor equipment OEMs to get the right products to market faster and exceed customer expectations.
Explore the key areas of this solution.
Enable semiconductor equipment design engineers to iterate on initial component sizing and perform feature optimization to ensure stresses are managed to meet yield/ultimate strength and cycle requirements.
Improve semiconductor equipment derivative design productivity and reduce cost through reuse of design and process knowledge.
Accelerate accurate and associative definition of the electronics 3D geometry with 3D PMI for easier and more integrated consumption downstream in manufacturing.
Innovate the design of low stress components by taking advantage of additive design, leveraging internal structures for certain semiconductor equipment.
Quickly create and validate alternative mechatronics design concepts very early in the development process. Use functional models to enable mechanical, electronics and automation disciplines to work together to deliver designs.
Perform a detailed digital mockup of the entire product (or subsets), enabling accurate spatial simulation to ensure the nominal and toleranced form and fit of semiconductor equipment.
Accelerate innovation with best-in-class 3D product design software that enables rapid and accurate modeling of complicated semiconductor equipment.
Optimize form, fit and function of semiconductor equipment. Enable reverse engineering and comparison of as built/tested/fielded hardware to 2D or 3D CAD.
Manage semiconductor equipment multi-CAD BOMs and their relationships across your distributed design teams so they can create, manage, visualize, validate and reuse design data across MCAD systems.
Time-to-market for new semiconductor equipment products is shortening daily. Customers require the highest levels of performance, quality and reliability, and each new product must also pass thorough quality checks to avoid recalls.
Engineering teams must solve significant design challenges within a distributed design partner supply chain and are under great pressure to meet these demands with high-quality products that get to market faster. Leveraging a Digital Innovation Platform can be a significant contributor.
We have the differentiating electro-mechanical design experience that's led to best-in-class capabilities supported by our subject matter experts.