Inventec enhances design for manufacturing excellence with Siemens’ software
30 March 2026Manufacturing / Production Technology, Hardware & Services
Siemens recently announced that Inventec Corporation has adopted Siemens’ Valor NPI software and Process Preparation X solutions from the Siemens Xcelerator portfolio to strengthen its design-for-manufacturing (DFM) efficiency and production quality across its server and notebook product lines.
Solving manufacturing issues before production
Inventec, a major Taiwan-based original design manufacturer (ODM) and original equipment manufacturer (OEM), designs and manufactures servers, notebooks and other electronic devices for leading global brands. As the complexity of server and AI-driven hardware designs increases, the gap between design and manufacturing becomes a critical bottleneck. Realising this, Inventec sought a scalable, automated approach to improve its early-stage manufacturing readiness and production quality.
By adopting Siemens’ Valor NPI, Inventec has embedded automated DFM verification into its development workflow, enabling engineering teams to identify and resolve manufacturing issues before production. This shift has helped Inventec significantly reduce late-stage design changes, improve first-pass yield, and cut EQ from PCB and assembly partners by more than 50%.
“Our goal is to deliver cutting-edge server and notebook technology to our customers with speed and precision,” said Barry Chen, senior ECAD manager, Inventec Corporation. “With Siemens’ software, we have moved away from manual, document-based processes to a fully digitalised workflow. This has allowed us to identify and resolve potential manufacturing issues before production begins, accelerate time-to-market, reduce engineering change cycles, and enhance collaboration between design and manufacturing teams.”
In parallel, Inventec implemented Siemens’ Process Preparation X to streamline surface-mounted technology programming and digital work instruction generation, creating a unified programming environment across multiple SMTs, reducing manual data conversion and preventing polarity, offset, and placement errors through virtual validation. As a result, Inventec achieved earlier detection of DFM and equipment-related issues before pilot runs, accelerated SMT program preparation by up to 50%, enabled automated and error-free generation of more than 20 000 production work instructions annually, and improved consistency and quality across its global manufacturing operations.
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