At the upcoming Robotics Summit & Expo 2026, slated for May 27–28 at the Boston Convention and Exhibition Center, Allient Inc. will unveil its latest advancements in motion technology.
Known for engineering and producing specialized motion, controls, and power solutions, Allient will highlight its expertise in motion integration at Booth #222. Interested attendees can engage with company's representatives on the showroom floor and schedule one-on-one meetings during the event.
Application Specific Solutions
During the expo, Allient plans to showcase both live and static demonstrations that emphasize its capabilities in motion integration and system solutions. Visitors can witness the Pyxmos™ demonstration, which operates a frameless motor within a compact tabletop unit.
Also on display will be the Integrated Servo, featuring a custom integrated HeiMotion® Dynamic motor. This demonstration illustrates how Allient integrates motor electronics and gearing into space-efficient, customized applications. Additionally, the Custom Frameless Motor Assembly will be presented, featuring an axial flux or Megaflux™ motor housed in a bespoke unit, showcasing the company’s capacity to deliver fully engineered, application-ready solutions.
Integrative Robotics Solutions
Allient will demonstrate its motion technologies designed for robotics and automation
Allient will demonstrate its motion technologies designed for robotics and automation. Key products on display will include the Electroflux Series Frameless Torque Motors, compact yet high-performance motors intended for the rigorous demands of robotics. The SA Series Frameless Axial Flux Motors offer a low-profile, zero-cogging design, making them suitable for imaging and scanning devices. The HeiMotion® Stainless motor is crafted for tough environments requiring precision and durability.
The Megaflux™ motors are part of a frameless direct drive series that provide high torque density and smooth operation. The Quantum™ motors are engineered for high-efficiency applications, while the C-Series Linear Motors offer ultra-low profile, cog-free motion control. Allient's P-Series Linear Motors are designed for high force and zero cogging, enabling superior performance. The HT Series provides robust motor solutions for high-reliability needs, including mission-critical systems, while the SR Series Frameless Torque Motors are specialized for optimal reliability and performance. The portfolio also features a compact brushed gearmotor, suitable for cost-sensitive or legacy systems.
Showcasing Advanced Robotics Systems
Robert Mastromattei, Chief Commercial Officer & Group President at Allient, underscored the company's integrated offering at the event: "Allient will showcase its motion technologies and integrated solutions for robotics and automation applications at Robotics Summit & Expo," he stated.
"The combination of precision components, integrated platforms, and live demonstrations highlights the performance and precision required across advanced robotics systems."
Allient Inc., a global designer and manufacturer of specialty Motion, Controls, and Power products and solutions for targeted industries and applications, has today announced it will showcase its advanced motion solutions at Robotics Summit & Expo 2026, taking place May 27–28 at the Boston Convention and Exhibition Center in Boston, Massachusetts.
If users are attending, please visit them at Booth #222 or get in touch to schedule a meeting during the event.
Application specific solution
At Robotics Summit & Expo, Allient will feature live and static demonstrations showcasing its motion integration and system capabilities, including:
- Pyxmos™ Demo: Pyxmos™ drive operating a frameless motor in a compact tabletop unit.
- Integrated Servo: Custom integrated HeiMotion® Dynamic motor, demonstrating Allient’s ability to integrate motor, electronics, and gearing into a compact, application specific solution.
- Custom Frameless Motor Assembly: Axial flux or Megaflux™ motor integrated into a custom housing, highlighting Allient’s capability to deliver fully engineered, application ready frameless motor assemblies.
Integrated solutions for robotics
Allient will also present its motion technologies and integrated solutions for robotics and automation applications, including:
- Electroflux Series Frameless Torque Motors: High-performance motor in a compact package to meet the rigorous demands of advanced robotic applications.
- SA Series Frameless Axial Flux Motors: Low-profile motors with slotless, zero-cogging design, ideal for camera systems, gimbals, and scanning or imaging applications.
- HeiMotion® Stainless: High performance stainless steel servo motor designed for demanding environments requiring durability, precision, and hygienic construction.
- Megaflux™: Frameless direct drive torque motor series offering high torque density, smooth motion, and multiple frame diameters for integration flexibility.
- Quantum™: Advanced motor technology designed for high efficiency, high precision applications across industrial and automation markets.
- C-Series Linear Motors: Ultra low profile, cog free linear motors engineered for high precision and smooth, easily integrated motion control.
- P-Series Linear Motors: High force ironless motors delivering exceptional force density, strong thermal efficiency, and zero cogging for optimized performance.
- HT Series: Robust motor solutions engineered for high torque, high reliability performance in heavy duty applications.
- SR Series Frameless Torque Motors: Specialized motor/actuator technology optimized for reliability and performance in mission critical systems.
- Brushed Gearmotor: Compact brushed gearmotor offering dependable performance for cost sensitive or legacy system requirements.
Advanced robotics systems
“Allient will showcase its motion technologies and integrated solutions for robotics and automation applications at Robotics Summit & Expo,” said Robert Mastromattei, Chief Commercial Officer & Group President at Allient.
“The combination of precision components, integrated platforms, and live demonstrations highlights the performance and precision required across advanced robotics systems.”
