Alva Industries will unveil TorqStudio, a new online platform for custom motor design and analysis, at the SPS trade fair next week. Attendees visiting the company’s stand in Hall 3, Booth 259, will be offered a first look at the technology ahead of its formal launch.
Developed in-house, TorqStudio is intended to give engineers rapid access to advanced simulation tools, spanning early concept development through to detailed performance assessment. The company says the platform can be used to evaluate designs long before hardware investment is required.
The platform combines two main functions. Its motor-creation module allows users to specify a desired motor size, after which TorqStudio generates a series of optimised variants reflecting different engineering trade-offs, including mass, motor constant, torque capability, and efficiency. According to Alva, the underlying analytical engine enables calculations to be completed in milliseconds, while still reflecting physical and manufacturing constraints.
“TorqStudio enables engineers to go from concept to viable motor design instantly,” said Anton Franzén, Director of Product Management. “It removes guesswork, accelerates decision-making, and supports rapid exploration of optimal configurations.”
A second module offers analytical tools for assessing performance across operating points. Users can evaluate both custom designs produced in TorqStudio and motors in Alva’s own catalogue, examining torque, power, efficiency, thermal behaviour, and application fit prior to prototyping.
Alva describes the platform as a response to customer demand for faster, more flexible digital evaluation. “Our goal with TorqStudio is simple,” said Nicolas Giraudo, Chief Commercial Officer. “Give engineers control. Let them design, explore, validate, and innovate at the speed ideas come.”
Alva Industries, headquartered in Trondheim, manufactures frameless motors using its patented FiberPrinting technology, which is designed to enable lightweight, efficient, and highly reliable motor architectures in a wide range of form factors.
