Allient, the Buffalo-based engineering group listed on Nasdaq, will unveil a new modular servo-drive platform at the SPS 2025 industrial technology fair in Nuremberg as it seeks to broaden its footprint in advanced motion control systems.
The Company said it would demonstrate its Pyxmos Module Servo Drive, a configurable drive platform designed to work across nearly all of Allient’s motor types. The technology, aimed at OEMs and system designers, is intended to offer greater flexibility as manufacturers shift towards more adaptable, integrated automation architectures.
Live demonstrations on the stand will include Pyxmos operating in both backplane and rack configurations, driving a range of Allient products such as the HeiMotion Dynamic Series Servo Motors, P-Series Air-Core Linear Motors, and TG Series Slotless Frameless Torque Motors. One installation will show the platform mounted on a backplane within an enclosure, a configuration the Company said reflects how customers are likely to deploy the system in production environments.
Alongside Pyxmos, Allient will exhibit a broad portfolio of its motion and power technologies, including its ThruSight-Focus XYZ Stage, HeiTronX Series Integrated Servo Motors, PerformeXG Series Slotless BLDC Gearmotor, and a range of BLDC, torque, axial flux, iron-core, and air-core motor families.
Richard S. Warzala, Chairman of the Board, President, and CEO at Allient, said Pyxmos marked “the next evolution in modular motion control”, adding that the platform offers “unmatched flexibility and performance across a wide range of motor technologies”.
Allient, which employs more than 2,500 people globally, designs and manufactures speciality Motion, Controls, and Power products for industries including medical, life sciences, aerospace and defence, industrial automation, robotics, semiconductor equipment, transportation, agriculture, construction, and infrastructure. The Company operates a portfolio of businesses under a unified “One-Team” approach that it says is focused on delivering reliable, high-value engineered systems.
