Wire harness manufacturers are heavily impacted by new automotive technology trends. With increased electrical content and complexity, new process requirements, and ever-increasing counts of engineering changes, Tier-1 harness suppliers must adjust their ways of doing business. The concept of digital twins of product and manufacturing processes can help enterprises to become more successful.
Wire harness manufacturers are heavily impacted by new automotive technology trends. With increased electrical content and complexity, new process requirements, and ever-increasing counts of engineering changes, Tier-1 harness suppliers must adjust their ways of doing business. The concept of digital twins of product and manufacturing processes can help enterprises to become more successful.
The increase in E/E features places more emphasis on the wire harness that powers and interconnects the various systems in today's vehicles. Increasing demand for more electrical content in vehicles is translating to a growing wire harness manufacturing industry. With growth comes challenges and new pressures on the industry. To support the number of electrical systems and their complexity, manufacturers need to account for the variations in wire harnesses, which can number in the tens of millions. Companies must meet tight deadlines, demanding quality requirements, and gradually transform all areas of their business through digitalization. Siemens' solutions can enable them to become true digital enterprises.
Manage data, control processes, and use integrations to provide a comprehensive development flow. Manage changes and configurations, both between domains within the product development process and with all major MCAD and PLM tools.
Design and simulate electrical distribution systems with interactive logical system and wiring design, as well as automated generative engineering. Integrate and verify electrical system implementations. Optimize electrical complexity, use live metrics, and advanced design rule checks to analyze electrical systems.
Design, engineer, and verify electrical harnesses for manufacture. Optimize harness costing, manufacturing, and assembly processes to boost performance, throughput and profitability. Develop accurate and optimized harness manufacturing documentation to increase efficiency.
Design and simulate electrical distribution systems with interactive logical system and wiring design, as well as automated generative engineering. Integrate and verify electrical system implementations. Optimize electrical complexity, use live metrics, and advanced design rule checks to analyze electrical systems.
Design, engineer, and verify electrical harnesses for manufacture. Optimize harness costing, manufacturing, and assembly processes to boost performance, throughput and profitability. Develop accurate and optimized harness manufacturing documentation to increase efficiency.
Harness manufacturing: Maintain profitability under pressure
The automotive industry faces multiple challenges due to the demand for advanced electronic features, advanced driver assistance systems (ADAS), au...
Mise en œuvre de l'architecture E/E pour les équipements lourds et les véhicules hors route.
Wire harness manufacturers are burdened with constant change in a dynamic environment, which impacts every step in the design to the manufacturing ...
