This presentation introduces a groundbreaking manufacturing technology for e-steel laminations using the screen-printing process, a method traditionally associated with T-shirt printing. This government-funded project, currently in the testing phase, represents a significant departure from conventional stamping techniques. By leveraging screen printing to apply metal stencils and utilizing an oven for curing, this approach allows for the combination of diverse materials to optimize motor performance and minimize losses. Attendees will gain insights into the technological advancements, magnetic performance results, and potential applications for this novel method, highlighting its impact on the future of steel manufacturing and material degradation in e-motors.

During this session, you will get:

• A better understanding of the innovative screen-printing process for producing e-steel laminations and how it compares to traditional stamping methods
• Insights into the magnetic results achieved through this new technique and its potential to reduce motor losses.
• Knowledge about the combination of different materials to enhance motor performance and the implications for steel manufacturing and material degradation

• What are the most common production bottlenecks during the assembly of e-motors, and how can these be mitigated to improve overall efficiency?
• How can automation and Industry 4.0 technologies be leveraged to streamline manufacturing while maintaining flexibility for various motor designs?
• What strategies can be implemented to solve supply chain disruptions and ensure consistent availability of high-quality materials (magnets, copper, etc.)?
• How can advanced simulation and testing techniques be integrated into the design and manufacturing process to predict potential manufacturing issues before they occur?
• What role does collaboration with suppliers and partners play in overcoming manufacturing challenges and improving innovation and production resilience?