Why Cogging Torque Affects Precision
When designing or evaluating motors, precision is everything. From robotics and drones to medical devices and electric vehicles, even the smallest irregularities in motor performance…
Pull-In vs. Pull-Out Torque:Why It Matters in Stepper Motor Testing
When testing stepper motors, pull-in and pull-out torque are two critical parameters that define the motor’s performance. These characteristics determine whether your motor will start,…
Why Calibration Is Necessary in Motor Testing
In motor testing and development, accuracy isn’t optional, it’s essential. Torque and speed are two key factors that shows how well a motor is performing….
Beginner’s Guide to the TORQuick Software
If you’re diving into motor performance testing or working with dynamometers, chances are you’ll come across TORQuick, a software developed by Sugawara Laboratories Inc. for…
Why you need to choose a Hysteresis Dynamometer Over an Eddy Current Dynamometer
Are you a motor manufacturer facing challenges in ensuring the performance, efficiency, and reliability of your motors? Looking for a motor testing system but feeling…
“Why Cutting Corners in Motor Testing leads to Costly Consequences”
Accurately measuring torque, speed, and other motor characteristics is critical for performance validation, quality assurance, and R&D. While dynamometers remain the gold standard for precision,…
Why Should You Choose a Hysteresis Dynamometer Over an Eddy Current Dynamometer?
Are you a motor manufacturer facing challenges in ensuring the performance, efficiency, and reliability of your motors? Looking for a motor testing system but feeling…
“Motor Testing Equipments : Comprehensive Solutions for Load Measurement and Noise Reduction in Electric Motors”
Introduction: In the dynamic landscape of engineering and manufacturing, the optimization of electric motors performance is essential for ensuring efficiency and reliability across various applications….