Alva Industries Publishes New White Papers on FiberPrinting Motor Production Technology

TRONDHEIM, Norway - July 24, 2025 - Alva Industries (Alva), a manufacturer of frameless motors and owner and creator of FiberPrinting technology, has announced the publication of a series of new white papers on FiberPrinted motors for high-performance applications.

The White Papers can be downloaded directly through the links below: 

• Enabling Embodied AI with SlimTorq
• FiberPrinted motors for high-precision SWaP Gimbals 
• FiberPrinted motors in marine thrusters 
• SlimTorq motors for powered prosthetics 
• SlimTorq motors for Quasi Direct Drive robotic joints 

FiberPrinting technology is an advanced industrial winding technique used for the continuous winding of stator mats in slotless and ironless rotary and linear motors. This method maximizes copper fill factor and enables precise customization of size and stator configuration, resulting in the optimal combination of torque-density and precision in any size and form-factor.

The white papers are located in a newly launched Papers & Download area on the Alva website. This section will be regularly updated with new papers covering a variety of topics, along with practical tools for immediate use. 

“FiberPrinting is redefining what’s possible in electric motor design,” said Nicolas Giraudo, CCO at Alva Industries. “By enabling new levels of design freedom, performance, and scalability, it opens up possibilities that were previously out of reach. We’re excited to launch this initial set of application-focused white papers and provide engineers with a deeper understanding of how FiberPrinted motors can unlock new levels of performance across demanding use cases.”

About Alva Industries

Alva Industries is a global manufacturer of frameless motors with its headquarters in Trondheim, Norway. The company’s patented FiberPrinting manufacturing technology enables Alva to produce motors in almost any shape or size, keeping the thinnest footprint, with high efficiency, high torque density and superior reliability.