Mucitler Elektrik
Corporate
- Thread Author
- #1
As the complexity of electronics manufacturing increases, manufacturers face pressure to accelerate production, manage product variety, improve traceability, and maintain quality across global operations. Quanta Computer Group, Techman Robot, and Siemens demonstrate how these challenges can be overcome by uniting engineering and manufacturing through a single digital backbone.
🚗 Digital Transformation in Automotive Electronics
Quanta Computer has become a global leader by expanding into high-growth markets such as AI servers and automotive electronics. The company designs and manufactures advanced automotive electronics platforms, from ADAS to autonomous driving systems. These software-defined products combine hardware, electronics, and software, creating significant manufacturing complexities.
Howard Tsai, Senior Director of Quanta Automotive Division, states that managing automotive electronics requires a connected digital thread built on a trusted source of information. Modern automotive programs often involve over 30 departments, more than 400 documents, over 4,500 components, and more than 30 suppliers across multiple manufacturing sites. All of this supports product lifecycles extending up to 15 years.
💡 The Power of Digital Twin and Automation
Through digital twin technology, process simulation, low-code workflow orchestration, and Manufacturing Execution Systems (MES) integration, manufacturers can digitally validate production before equipment is installed. This leads to reduced risk, faster commissioning, increased operational resilience, and a stronger foundation for future-ready electronics manufacturing.
According to Howard Tsai, the real breakthrough was not improving a single software tool, but creating a common digital foundation that connected engineering and manufacturing from the outset. Instead of treating design and manufacturing as separate activities, Quanta focused on validating production processes before physical equipment was installed. This required technology partners who could combine digital engineering with factory applications. This collaboration brought together Quanta's transformation expertise, Siemens' digital twin technologies, and Techman Robot's automation capabilities.
Dr. Kolja Zakrzewski, Head of Strategy for Electronics and Semiconductors at Siemens, explained how the solution unified the engineering bill of materials (BOM), manufacturing bill of materials, and process list into a single digital thread. Working from a trusted source of information allows teams to digitally validate production before execution begins. Techman Robot complements this digital ecosystem with collaborative robots (cobots) and AI vision technology, transforming validated production processes into flexible factory operations.
📈 Measurable Business Outcomes
Quanta has already achieved measurable operational improvements with this integrated approach:
- 15% higher end-to-end efficiency due to stronger digital process integration.
- 30% faster on-site commissioning because more issues are resolved virtually.
- 25% less documentation effort with partially automated document generation.
- Up to 95% data consistency and traceability from engineering changes to manufacturing work instructions.
Howard Tsai says, "More importantly, the way we work has changed. By using digital twins, scaling across factories becomes more predictable. Going forward, this is how we will industrialize innovation globally."
🔗 Digital Backbone for Traceability
Robert Huber, VP of Global Portfolio Development at Siemens Digital Industries Software, emphasized that a connected digital backbone is essential for managing continuous engineering changes, multiple product variants, and multi-disciplinary development. With Siemens Teamcenter, every engineering revision remains fully traceable.
💻 Virtual Validation Before Production
Once the digital backbone is established, digital twin technology allows manufacturers to virtually validate production before commissioning equipment. Siemens simulation software creates virtual models of both products and production processes. Engineers can simulate robot motion, assess accessibility, verify safety zones, optimize cycle times, and confirm inspection coverage before production begins.
Howard Tsai states, "We connect digital validation to physical execution. Simulation allows us to validate everything before production starts."
Using Process Simulate software helps manufacturers avoid costly production downtime, equipment modifications, and unnecessary scrap, while supporting flexible manufacturing across multiple product revisions. This collaborative approach enables engineering and manufacturing teams to resolve issues earlier and manage complexity more effectively.
🤖 Connected Automation on the Factory Floor
Kuan Lin, Senior Director at Techman Robot, explained how collaborative robots bring the value of the digital twin to daily operations. Techman cobots, combined with Workflow Canvas, enable manufacturers to create connected automation workflows without needing extensive programming expertise. Real-time production data flows back to the digital twin, improving traceability while ensuring consistent execution of validated processes on the factory floor.
⚙️ Orchestrating Production with Workflow Canvas
Workflow Canvas serves as a low-code orchestration platform that connects robots, cameras, PLCs, machines, and IT systems into unified production workflows. This platform allows engineers to virtually validate work cell layouts, robot motion, accessibility, safety zones, inspection access, ergonomics, and cycle times using Process Simulate before setup. It can also orchestrate execution through drag-and-drop workflow creation and synchronize inspection results with MES and dashboards, ensuring full traceability.
Quanta has opened a new factory in Germany, which will have its first productive operation in the summer of 2026. The future looks bright!
