Products That Move
From efficient water pumps to innovative electric motors — our products actively shape the future of mobility. Discover our expertise in New Mobility, Automotive, and Industrial sectors.
Unique & Individual
What Sets Us Apart
Our products represent customized solutions that are precisely tailored to the individual needs of our customers. With a clear focus on innovation, we develop unique mechatronic solutions—from wound coils to valves and stators & rotors for pumps and motors. In terms of efficiency, performance, and stability, we set new standards.
Our flexibility in precisely implementing specific customer requirements makes us the preferred partner for the development of forward-looking technologies.
Back to the Start
or Simply Better
No Part Like the Other
Whether you bring a simple pencil sketch or a fully developed idea—we turn your vision into a high‑quality product. Our team works closely with you to implement your requirements precisely and reliably.
Our Know‑How for Your Solution
With our comprehensive expertise in mechatronics and materials science, we develop tailor‑made solutions for applications such as engine management, temperature sensors, and automatic transmissions. Leading companies and suppliers from the automotive and industrial sectors trust us as their development partner for stators & rotors, actuators, valves, sensors, and precision plastic parts.
Quality That Pays Off
At schlaeger, we know: premium materials and continuous quality assurance are key to extremely low defect and failure rates. High standards in material selection and ongoing quality checks form the foundation for delivering reliable, long‑lasting products worldwide.
Past, Present & Future
schlaeger in Almost Every European Vehicle
Let’s Go Circular
Inline Recycling
At our company, top-notch quality goes hand in hand with resource efficiency. Every product is developed with a focus on efficiency and material conservation. Our approach includes waste prevention, energy-optimized production, and the recycling of resources within the manufacturing process.