Inside Germany’s $40,000,000 ICE 3neo Train Factory | How Siemens Builds High-Speed Trains скачать в хорошем качестве

Inside Germany’s $40,000,000 ICE 3neo Train Factory | How Siemens Builds High-Speed Trains

Inside Germany’s ICE 3neo High-Speed Train Factory — discover how one of Europe’s most advanced trains is engineered and manufactured. In this documentary-style factory tour, we explore the full manufacturing process behind the ICE 3neo high-speed train, built by Siemens for Deutsche Bahn. From raw aluminum structures to the final assembly on high-speed bogies, this video reveals the engineering systems and industrial technology used to produce modern European high-speed trains. Manufacturing Process Overview • High-Precision Aluminum Extrusion & Milling • Friction Stir Welding (FSW) Side-Wall Integration • Automated Aperture Machining & Frame Preparation • Underframe & Floor Structure Synthesis • Main Body Structural Marriage (The Shell) • Aerodynamic Nose Framework Fabrication • Bogie Frame Precision Machining & Assembly • High-Voltage & Control Systems Routing • Roof Module & Pantograph Base Reinforcement • Surface Treatment & Multi-Layer Coating • Underframe Marriage & Final Validation Preparation These advanced processes transform raw materials into the ICE 3neo — Germany’s next-generation high-speed train capable of operating at speeds up to 320 km/h. About the Channel NextGen Machine Works explores the world’s most advanced manufacturing facilities, industrial technologies, and engineering systems — from high-speed trains and mega factories to next-generation machines. Watch more full-length industrial documentaries here:    / @nextgenmachineworksofficial   If you enjoy large-scale engineering and factory processes, consider subscribing for future episodes. AI Content Notice Some scenes in this video are created using advanced AI-assisted visualization tools to illustrate complex manufacturing processes and industrial environments. These visualizations are designed to provide educational insight into modern engineering systems.