Semiconductor Equipment Design

Semiconductor Equipment Design

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.

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.

Semiconductor Equipment Design

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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.

Semiconductor Equipment Design

Záznam webináře

Simulace pro konstruktéry používající prostředí Creo

Simulace pro konstruktéry používající prostředí Creo

Podívejte se, jak mohou uživatelé prostředí Creo používat simulace

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Možnosti řešení

Adaptable Integrated BOM

Leverage a flexible BOM management strategy that enables a single, accurate product definition for all who interact with the BOM. With flexibility in how you define and manage your BOM, you can provide a complete, up-to-date source of information that eliminates the need for standalone spreadsheets and systems. Teamcenter® supports up-front planning and master product definition, through design, development, manufacturing, service and more.

CAE Simulation

Adopt a compromise-free approach to physics modeling using best-in-class simulation tool

Design for Additive Manufacture

Additive manufacturing is changing the way products are designed as well as how they are manufactured, by enabling optimized designs that were previously impossible or too expensive to make. Design, optimize, and build metal and plastic components using the latest additive manufacturing methods.

Design Interoperability

It’s no secret that products today are increasingly complex with many, if not most, reliant on integrated electronics. It is critical that designers of both systems collaborate throughout the development process in order to prevent conflicts and ensure alignment between each system prior to design completion.

Digital Mockup

Use real-time digital mockup tools to detect and resolve design issues using the product’s digital twin early in your product lifecycle. Teamcenter visualization mockup capabilities enable you to create high-level digital prototypes comprised of thousands of parts. You can check interferences, conduct part motion studies, and determine whether sufficient accessibility is provided to facilitate maintenance procedures. You can distribute the universally viewable information to other team members to annotate concerns or incorporate alternative design concepts.

Industrial Design & Styling

Distinctive design and styling gives companies a competitive advantage. Our products deliver flexible, robust computer-aided industrial design and styling software that accelerates your product engineering by providing fast concept designs that can be directly used in modeling.

Knowledge Reuse

Our products provide comprehensive knowledge reuse solutions that enable your company to accelerate your product designs and drive cost reduction. These solutions maximize the value of your product knowledge by helping you leverage it again and again.

Mechatronic Concept Design

Our products enable a multi-disciplinary approach to machine design that breaks down barriers between electrical, mechanical, and automation engineers.

Model Based Definition

Model Based Definition enables the production of a complete digital definition of a product within a 3D model, thus replacing a traditional drawing.

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