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Electrolamination Stamping

Make use of the most cutting-edge electrolamination stamping technology for more efficient motors and a smooth production process. We can show you how.

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Setting New Standards for Electric Motors

Rotors and stators are core components of electric motors. With our technology and designs, we help you achieve more efficiency, quality and cost-effectiveness. From in-depth technical consultation to the manufacture as a system supplier: we got you covered.

glulockĀ® adhesive joining

Unlock new ways of optimization

We set performance standards in the new era of mobility and renewable energy. Our patented glulockĀ® adhesive joining process guarantees maximum efficiency and performance at high throughput and, if desired, motor tightness. Using our in-house tool shop, we can adapt to your specific needs and work with you on unlocking potential optimizations you might not be aware of.

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Our technologies

We don’t leave you alone: to achieve maximum cost-effectiveness and quality, you can rely on our experience turning technologies into efficient production processes and therefore competitive advantages.

Laser cutting

Stamping

Stacking technologies

Patented glulockĀ® technology

Further processing technologies

Stacked for Precision: Tight-Tolerance e-Motor Lamination Stacks

Feintool relies on in-house tooling, expert know-how, and extensive process experience to meet demanding tolerances and performance requirements for rotor and stator production.

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Joined for Performance: Engineering Motor Efficiency at Scale

The glulockĀ® process bonds laminations directly in the stamping tool. High-speed mass production enables parts to be formed with their final geometry and shape directly from the press.

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We help you achieve your design goals

As an innovator in the production of highly complex components and systems, we maximize performance and embrace innovation: from high-performance blanking and forming systems including tools and manufacturing processes to the optimization of entire process chain.

Benefit from our expertise to bring your project to the next level in terms of quality, cost-effectiveness and innovation for a long-term competitive advantage.

We’re here to guide you towards the perfect fit for your goals and parameters, drawing on our long experience working with customers from all over the world in various industries.

Zwei Mitarbeitende von Feintool die in die Kamera lƤchlen

Exclusive E-Book: Engineering Smarter E-Motor Stacks for Efficiency, Compactness and Power

Electric motor performance increasingly depends on the design and production of tailor-made rotor and stator lamination stacks. Feintool’s expertise in stamping, bonding and prototyping supports application-specific motor development.

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Engineering Insights: Frequently Asked Questions About E‑Motor Design and Manufacturing

Design & Engineering Fundamentals

Q1. How does collaborative engineering improve e-motor lamination design and stack performance?

Q2. How does lamination geometry influence magnetic flux and torque output?

Q3. How can compact e-motor designs maintain thermal stability under load?

Manufacturing Technologies & Processes

Q4. Why use precision stamping or laser cutting for e-motor laminations?

Q5. What are the advantages of glulockĀ® bonding over mechanical joining?

Q6. How does process monitoring improve repeatability in series production?

Industry-Specific Applications

Q7. How do e-mobility requirements influence stack design and bonding strategy?

Q8. What are key design factors for servo and robotic e-motors?

Q9. How do HVAC and industrial e-motors benefit from advanced stack technologies?

Let's talk about your project.

Other Technologies

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