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Want to boost efficiency and torque density in your e-motor designs?Ā Our e-stamping technologies deliver scalable precision and stable performance from prototype to production. Letās discuss your project!
Power Your
E‑Magination
E‑motor performance starts in the stack. Our advanced technologies enable scalable, high‑precision manufacturing of rotors and stators for complete e‑motor cores.
POWER YOUR
EāMAGINATION
E‑motor performance starts in the stack. Our advanced technologies enable scalable, high‑precision manufacturing of rotors and stators for complete e‑motor cores.
Advancing EāMotor
Stack Performance Through Lamination Precision
See how precision laminations boost torque density, efficiency and compactness. Our engineering expertise turns complex designs into stable, scalable core assemblies.
Discover how a new age of electric motor manufacturing is delivering smaller, higher efficiency motors.
Engineering Smarter
EāMotor Stacks for Efficiency, Compactness, and Power
Every eāmotor has unique performance goals. Our eBook shows how geometry, bonding, and process precision meet them across industries.
Technologies for Scalable, Repeatable
E‑Motor Core Manufacturing
Our e‑motor technologies ensure precise geometry, stable bonding, and uniform thermal
behavior - delivering consistent torque and reliability in high‑volume production.
Laser Cutting
High flexibility for rapid prototyping and lamination geometry validation with minimal thermal distortion.
Stamping
Tight tolerances and smooth edges for optimal magnetic flux paths and repeatable lamination quality in high-volume production.
Stacking Technologies
Automated stacking systems ensure precise alignment, consistent layer pressure, and stable mechanical integrity.
glulockĀ® Technology
Uniform adhesive joining that reduces vibration, noise, and thermal stress.
Die Casting
Precise encapsulation of rotor and stator assemblies for enhanced rigidity, heat transfer, and dimensional accuracy.
Baking
Controlled heat treatment process that cures bonding layers, stabilizes insulation coatings, and improves long-term stack durability.
E‑Motor Applications Across Automation,
E‑Mobility, and HVAC
From traction drives to servo and HVAC motors, our technologies balance torque,
NVH, and efficiency for dependable performance.
Automation & Robotics
Compact, high-precision servo drives and robot actuators designed for low inertia, high torque, and smooth control.
E-Mobility
Traction, auxiliary, and interior e-motors engineered for maximum torque density, low losses, and reduced weight.
HVAC Systems
Energy-efficient e-motors for compressors, pumps, and cooling fans with stable thermal and acoustic performance.
Engineer Your Next E‑Motor Advantage
Benefits That
Expand E‑Motor
Design Freedom
We combine precision processes with automation to boost efficiency, torque, and compactness - ensuring repeatable performance and design flexibility.
Higher energy efficiency
Smooth lamination edges reduce magnetic and eddy-current losses.
Increased torque density
Optimized geometry and tight tolerances enable compact, high-output designs.
Reduce size
Precision manufacturing and thin-gauge laminations allow smaller, lighter e-motor assemblies.
Stable thermal behavior
Controlled bonding and stack rigidity enhance heat dissipation and motor lifespan.
Improved NVH performance
glulockĀ® bonding minimizes vibration and resonance within the stack.
Scalable precision
Automated inspection ensures identical tolerances from prototype to volume series.
Engineering Insights: Frequently Asked
Questions About E‑Motor Design and
Manufacturing
Design & Engineering Fundamentals
Manufacturing Technologies & Processes
Industry-Specific Applications
Let's Engineer What's Next in EāMotor Design
Every eāmotor project starts with a target - higher torque, lower losses, or a smaller footprint. Our engineers collaborate directly with OEM and supplier teams to turn complex designs into scalable, repeatable production.
