The Automotive Industry in Transition: Manufacturing Solutions for Internal Combustion Engines, Electric Drives, and Mobility
The automotive industry is in the middle of a major shift. EMAG supports it with precision manufacturing solutions—from conventional internal combustion engines and electric drives to e-bikes and commercial vehicles. Efficiency and process reliability stay front and center.
Manufacturing Expertise for the Entire Automotive Industry and Modern Mobility
Internal Combustion Engines and Transmissions: Proven Strengths, Further Developed
The internal combustion engine will stay central to the automotive industry for the foreseeable future. EMAG offers a wide range of manufacturing solutions for hard and soft machining of engine components. Crankshafts, camshafts, transmission components: turning, gear cutting, and laser welding combine in continuous production lines. ECM technology rounds out the range, machining every workpiece with precision.
Electric Drives and E-Mobility: Precision Manufacturing for New Drive Concepts
Electrifying the powertrain places new demands on manufacturing technology. EMAG offers a broad portfolio of solutions for machining electric drive workpieces—from stator housings and rotor shafts to planetary gears in electric transmissions. That capability also benefits the growing e-bike market: EMAG’s manufacturing systems handle the rising production volumes of pedelec drive components economically and reliably.
Commercial Vehicles and Electric Trucks: Experience Meets Future Technology
Commercial vehicles place particularly high demands on component size, robustness, and production efficiency. EMAG offers a wide range of solutions for machining large workpieces in truck powertrains. Meanwhile, the EMAG group is developing manufacturing systems for electric commercial vehicles—a segment with strong potential, especially in urban freight. With ranges of 300 to 500 km, electric trucks can significantly cut CO₂ emissions.
Advantages
- Broad technology portfolio: From soft to hard machining, EMAG offers all relevant manufacturing processes from a single source—turning, gear cutting, grinding, laser welding, and ECM.
- End-to-end process chains: EMAG plans and implements complete production lines that link individual machining steps seamlessly and maximize automation.
- Experience in electric mobility: The EMAG Group has been developing manufacturing systems for electric drives for years—for passenger cars, e-bikes, and commercial vehicles alike.
- Solutions for large workpieces: For the commercial vehicle industry, EMAG offers specially designed machines that machine even large-volume components with high precision.
- Scalability for increasing production volumes: The manufacturing systems are designed for cost-effective high-volume production and scale with the industry’s requirements.
- A competent partner in times of change: EMAG actively supports manufacturers through thetransition—from designing new manufacturing strategies to commissioning turnkey systems.
Questions and Answers
- What manufacturing requirements does the automotive industry place on its production processes today?
- Which EMAG manufacturing technologies are particularly relevant for the automotive industry?
- Which workpieces are typically machined with EMAG machines in the automotive industry?
- What quality standards are common in the automotive industry for component manufacturing?
- What automation options does EMAG offer for batch production in the automotive industry?
- How is EMAG preparing for the rise of electrification in the automotive industry?
- How do EMAG manufacturing solutions help reduce production costs in the automotive industry?
- How does EMAG support the planning and implementation of new production lines?
The automotive industry demands the highest precision, short cycle times, and maximum process reliability—all while managing a growing variety of powertrain concepts. Alongside high-volume production of traditional powertrain components, new requirements are emerging from electric drives, alternative materials, and more automation. EMAG addresses these challenges with flexible, integrated production lines that adapt to changing production volumes and component requirements.
EMAG offers a broad range of technologies for the automotive industry: turning, gear cutting, grinding, laser welding, and electrochemical machining (ECM) for extremely hard materials. These processes are used for both internal combustion engine and electric drive components. EMAG also supplies complete production lines that link individual process steps automatically.
In the internal combustion engine and transmission sector, EMAG machines crankshafts, camshafts, gears, and differential components, among other parts. In the electric drive sector, key parts include rotor shafts, stator housings, and planetary carriers. For steering, chassis, and braking systems, EMAG offers solutions ranging from worm gear machining to brake disc coating. Turbocharger shafts with high hardness requirements round out the workpiece portfolio.
Automotive suppliers and OEMs work with tight tolerances, strict surface finish requirements, and comprehensive quality documentation. Drive components especially face strict requirements for concentricity, profile accuracy, and surface roughness. EMAG machines are designed to meet these precision needs and can be equipped with measurement technology and control loops for continuous process monitoring.
EMAG develops fully automated production lines that transport, clamp and inspect between machining stations. Integrated measurement and control systems ensure consistent quality even at high production volumes. That cuts scrap, maximizes machine uptime, and lowers labor costs—critical factors for cost-effectiveness in the automotive industry.
EMAG started developing manufacturing solutions for electric drives early on. The company brings its experience in high-volume combustion engine production into electromobility— adapting machining processes, clamping systems, and automation concepts to the specific requirements of electric drives. This applies to passenger cars, e-bikes, and electric commercial vehicles.
EMAG machines are designed for short cycle times, minimal setup times, and low unit production costs. Combining multiple machining operations in one machine or line reduces intermediate storage and shortens lead times. Compact machine concepts also save floor space. These factors directly affect total cost of ownership—a key criterion for automotive investment decisions.
EMAG supports customers from the initial process design through commissioning of turnkey production lines. Engineers work with the customer to analyze workpiece requirements, develop the appropriate machine concept, and tailor the automation architecture to existing operations. This collaborative approach reduces project risks and shortens time to series production.
