Busbar, Stator & Rotor

The Integrated Precision Core for High-Performance Electric Motors
Busbar, Stator & Rotor
Experience

Over 25 Years of Expertise in Electromagnetic Core Assembly and Power Routing

The efficiency of an electric motor depends entirely on the seamless integration of its inner core and power distribution. Eckerle has over 25 years of experience in processing lamination stacks, permanent magnets, and complex busbars into highly efficient, ready-to-assemble motor systems. We bridge the gap between metal processing, magnetics, and precise insulation molding.

A special feature: We not only develop and produce the products themselves but also the automated and semi-automated production lines needed for manufacturing, all in-house.

Over 25 Years of Expertise in Electromagnetic Core Assembly and Power Routing

Technology & Design That Drive Performance

Function of Integrated Motor Components

Technology & Design That Drive Performance

As the primary driving and power-routing elements of electric motors, stators, rotors, and busbars must withstand extreme rotational forces and thermal loads.

Eckerle provides a fully integrated solution: from specialized overmolding for lamination stacks and magnet insertion to custom-shaped 3D busbars that replace bulky cable harnesses. This unified approach minimizes tolerances, reduces energy loss, and optimizes electromagnetic compatibility (EMC).

Inside the Busbar, Stator & Rotor
Structure, Function, and Materials
Manufacturing Toolbox
Lamination Stack

Insulated electrical steel sheets to minimize eddy current losses

Plastic Insulation & Overmolding

Protects windings from sharp edges and ensures dielectric strength

Permanent Magnets

Rare-earth or ferrite magnets precisely positioned and secured in the rotor

Integrated Busbars / Lead Frames

High-conductivity copper or aluminum parts for compact, high-current power routing

Rotor Shaft Integration

Balanced assembly for vibration-free, high-speed rotations

Automated Production

In-house development of customized and automated assembly lines

Core Technologies

Precision injection molding, stamping, advanced metal processing, and seamless assembly

Quality Assurance

Strict quality controls and state-of-the-art measurement technology – certified according to ISO 9001, ISO 14001, and IATF 16949

Why Choose Eckerle? Your advantages

Half a Century of Experience. Global Reach. Tailored Solutions.

Industry expertise
Industry expertise

Decades of experience, a reliable partner for OEMs

Custom solutions
Custom solutions

Creation and optimization of production-appropriate product designs

Material quality
Material quality

High-quality materials, long service life, high conductivity

Flexibility & Speed
Flexibility & Speed

Short delivery times, scalable serial production

Global presence
Global presence

Operates in 6 countries across three continents

Application Areas of Stator, Rotor & Busbar Systems

From Automotive Powerhouses to Precision Power Tools – Versatility in Motion

Our engineered components and assemblies form the backbone of modern, high-efficiency drive applications:
Automotive & Mobility
  • Custom busbars, stators, and rotors for electric power steering (EPS)
  • Smart braking systems
  • Thermal management pumps
  • E-traction drives
Power Tools & Gardening
  • Tailored stators and rotors for professional cordless industrial tools
Application Areas of Stator, Rotor & Busbar Systems
Application Areas of Stator, Rotor & Busbar Systems
Scalable Global Production

Scalable Global Production

Our integrated stator, rotor, and busbar systems are produced on specialized, highly automated lines across our global locations, ensuring consistent quality and optimized regional supply chains.

5,000 to 10 million units

annual production volume *

* Flexibly scalable depending on project requirements.

Discover our latest machine deliveries, new industry projects and component tech.

Technical Blog
Most recent blog post
CNC precision manufacturing supporting innovation in Formula Student engineering
Products and Processes
29 May 2026

CNC precision manufacturing supporting innovation in Formula Student engineering

CNC precision manufacturing supporting innovation in Formula Student engineering

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