In-motion Blog

An innovator in specialized collaborative robotics overcame a critical prototype-to-production bottleneck by transitioning from standard servo drives to a custom multi-axis architecture. This consolidation significantly reduced motion control hardware costs and physical footprint while maintaining the high-bandwidth impedance control required for safe, human-centric interaction. The Challenge: High Precision Within Tight Spatial Constraints A developer was … USE CASE: Commercializing High-Precision Robotics via Custom Architecture

An innovator in autonomous mobile robots (AMRs) successfully launched a new platform by partnering with ADVANCED Motion Controls to resolve complex network integration challenges. Through systematic diagnostics led by AMC applications engineers and targeted hardware modifications, the customer scaled production and accelerated their time-to-market. The Challenge: High-Density Power for an Ambitious AMR Design A developer … USE CASE: Resolving Bus Instability in AMR Servo Drives

In the current global supply chain landscape, the physical location of your servo drive manufacturer is a critical risk factor. At ADVANCED Motion Controls, we adhere to a “Designed and Built in the USA” philosophy. This ensures that while we source top-tier components globally, the critical loop between Design, Manufacturing, and Testing happens under one … Beyond the Label: Why “Designed and Built in the USA” is an Engineering Advantage

In motion control, “servo drive” and “servo controller” get used interchangeably all the time. That’s understandable — but it’s wrong, and the confusion costs engineers hours of troubleshooting they shouldn’t need to do. Here’s the clearest way to put it. The servo controller is the brain: it plans the motion, generates commands, and coordinates axes. … Servo Drive vs Servo Controller

We hear the term “closed-loop control” all the time—especially in automation, motion control, and servo systems. But what does it actually mean? And more importantly… why do engineers care so much about whether a system is open-loop or closed-loop? At its core, closed-loop control is a simple idea: measure what happened, compare it to what … What is Closed-Loop Control: The Foundation of Modern Automation

IP65 is an ingress protection rating defined by IEC standard 60529, meaning the enclosure is completely dust-tight and resistant to low-pressure water jets projected from any direction. Two digits. One decision. (Though “corrodes from the inside out” tends to focus the mind.) IP stands for Ingress Protection — the IEC 60529 classification system covering steel, … IP65 Rating: What It Means, What It Protects Against, and When to Specify It

So what actually separates these two motor types at a fundamental level? A brushed motor differs from a brushless motor in how it commutates: mechanically via carbon brushes and a copper commutator versus electronically via an external controller and Hall-effect sensors. That single architectural difference determines efficiency, lifespan, maintenance burden, and cost. The first brushless … Brushed vs Brushless Motor: Key Differences, Performance, and How to Choose

DC servo motors are a key element in motion control systems that demand precision, speed, and repeatability. They combine a DC motor with a feedback device, such as an encoder or potentiometer, and a controller to regulate position, speed, or torque in a closed-loop system.  The controller continuously compares feedback to the target input and … What is a DC Servo Motor: Definition, Working Principle and Applications

Servo motors are built for precision, whether it’s holding a position, helping to trace a toolpath, or maintaining a set speed under load.  But even the most reliable systems have their limits. Push those too far, skip routine checks, or operate in less-than-ideal conditions, and you’ll start seeing servo motor faults creep in, sometimes gradually, … Mechanical Servo Motors Failures and Faults

An AC servo motor is the powerhouse in many applications, as it’s known for generating precise motion control. You can find AC servo motors in different technology pieces ranging from home appliances to more advanced pieces like aircrafts and robots.  In this article, we’ll focus in detail on the mechanism of an AC servo motor, … What is an AC Servo Motor: Definition, Working Principle, Characteristics and Price