Blogs

Key Engineering Considerations for SATCOM Motors The growth of Low Earth Orbit (LEO) constellations and increasing demand for connectivity across ground, airborne, maritime and space-based systems are placing new demands on SATCOM motion technology. Applications are becoming more dynamic, while engineers continue to face pressure to improve performance within demanding size, weight, power and environmental…

Key Engineering Challenges for Motors in Humanoids In the previous blog, we discussed selecting the right motor for humanoid applications, while this blog explores the key engineering challenges for motors in humanoids, covering coupled joint dynamics, thermal constraints, control trade-offs, and integration limitations.  Download our selection guide to motors for humanoid robotics systems to help you choose the right motor for your humanoid application. …

The Hybrid Hexapod and the Economics of Precision Alignment The recent growth in demand for Allient’s Hybrid Hexapod® is not being driven by curiosity. It is being driven by economics. In semiconductor packaging, medical device insertion applications, active optical alignment, and precision micro-assembly, alignment itself has become a yield determinant. It is no longer enough…

Selecting the Right Motor for Humanoid Applications In our previous humanoid blog, we explored the critical motor performance parameters in humanoids. This article examines how motor selection is shaped by application-specific and joint-level requirements across different humanoid robot configurations, reflecting how actuators must operate under continuous, dynamic, and thermally constrained conditions. For additional guidance on…

Critical Motor Performance Parameters in Humanoids In the previous humanoid blog, we explored the motor technologies used in humanoids. In this blog, we discuss the critical performance parameters of motors in humanoid robotic systems and how these factors influence actuator selection under dynamic operating conditions. For further guidance on motor selection for humanoids, download our…

Rethinking Minimum Step Size: What It Really Means for Precision Motion Control In high-precision motion systems, specifications like Minimum Step Size are often used to differentiate product capabilities. But dig deeper, and you’ll find that this single metric is frequently misunderstood, and sometimes misrepresented. Why does this matter? Because if you’re selecting or specifying motion…

Motor Technologies Used in Humanoids In a previous blog, we highlighted where motors are used in humanoids. In this article, we explore the motor technologies commonly used in humanoid robotic systems and the performance characteristics that influence actuator selection across different joints and joint function. Download our selection guide to motors for humanoid robotics systems…

Where Motors Are Used in Humanoids Humanoid robots are transitioning from research platforms into commercial and industrial applications across logistics, manufacturing, inspection, and human-assist environments. In today’s blog, we explore where motors are used in humanoid robots and how actuator requirements vary across different joints within the system. For a more detailed technical overview, you…

As Designs Shrink, Precision Must Evolve: Motion Systems for Next-Generation High-Precision Assembly In the race for precision, it’s easy to get swept up in the allure of nanometers. Many manufacturers assume that achieving the smallest possible tolerances automatically leads to better performance, higher yields, and greater success. But the reality is nanometer precision is not…

Precision at Scale: Gantry Systems That Define Success in Flat Panel Display Manufacturing In Flat Panel Display (FPD) manufacturing, the demand for larger, thinner, and more advanced glass substrates is driving innovation across the supply chain. At the heart of this innovation lies the motion control system, and increasingly, the gantry systems that provide the…