Welcome to XNF Engineering, your partner in electric motor innovation for the future of transportation. Specializing in cutting-edge electric motor designs for electric and hybrid vehicles, we offer comprehensive engineering support in e-motor design and precision-engineered prototypes. Leveraging modern tools and efficient workflows, our team has a wealth of experience to tackle even the most complex e-motor development challenges.
We specialize in end-to-end e-motor solutions, integrating electromagnetic simulation, thermal analysis, and mechanical design and drafting. With a focus on innovation and precision, we ensure that each component is optimized for performance and efficiency. We are here to provide expert guidance and support tailored to your unique requirements. Partner with us to unlock the full potential of your electric drive projects!
Complete development of electric motors for custom requirements.
Electromagnetic, structural & thermal analysis of complex designs.
3D CAD and technical drawing of complete machines or components.
Complete prototype support.
We provide comprehensive engineering services for electric motor design, including electromagnetic simulation, thermal analysis, and mechanical drafting. Our expert team delivers tailored solutions to optimize performance across various motor types. We also offer prototyping support, managing the process to help clients realize their innovative concepts. With our extensive experience and strong supplier network, we create high-quality prototypes that meet your specific needs. Partner with us to bring your electric motor projects to life with precision and efficiency.
We design different radial flux PMSM topologies up to 400 kW with hairpin, pull-in or concentrated windings.
Axial Flux PM Motors: We develop high-performance axial flux motors for custom requirements up to 350 kW.
We design cost-effective copper cage induction motors for various heavy-duty applications.
We develop Externally Excited Synchronous Motors for custom requirements, including brushless excitation systems.