Precision manufacturing in e-mobility - producing rotor shafts and gears economically

As e-mobility production volumes continue to grow, so do the demands on the production efficiency and quality of key components such as rotor shafts. We cordially invite you to our upcoming webinar, in which we will present process-reliable solutions for the cost-effective production of these demanding components.

Focus of the webinar:

1. high-precision machining of rotor shafts for electric drives

• Technology solutions for precision gear cutting with cycle times of less than 35 seconds
• Process for achieving the highest surface finishes for low-noise operation
• Complete-machining of assembled and one-piece rotor shafts

2. efficient process chains for assembled rotor shafts

• Integration of joining, preheating and welding processes for assembled rotor shafts
• Precision laser processing with minimal distortion of the component
• Solutions for in-process measurement and quality assurance

3. combined machining processes for gears and flange parts

• Turning and grinding processes on one platform for maximum efficiency
• Machining internal and  gears of externalin a single setup, power skiving as a key technology
• Practical examples: Optimized production processes for high quantities

The manufacturing solutions presented here are particularly suitable for companies that need to align their production to increasing demand and at the same time meet the highest quality requirements. We will show you how you can reduce your cycle times, optimally link-up machining processes and increase the cost-effectiveness of your production.

For production planners and technical decision-makers, our webinar offers valuable insights into the efficient production of these highly stressed components.

Take the opportunity to learn directly from our experts and optimize your automation and manufacturing processes. We look forward to welcoming you to our webinar!

Of course, we will also give you plenty of time to discuss your own questions and use cases.