Technical Applications

Automated Guided Vehicles (AGVs) are a vital component of automated logistics systems, and the selection and application of steerable drive wheels and differential wheels is especi

The “locomotion genes” of a mobile robot lie deep within its chassis architecture—whether threading through rack-dense warehouse aisles or trudging over muddy, rugged open-pit terr

As the core components for motion control in industrial robots, precision gear reducers shoulder both power transmission and motion‑accuracy requirements. Through a multi‑stage gea

In the vast landscape of modern industry and technology, motor technology serves as a cornerstone, supporting the operation and advancement of countless fields. From large-scale in

In the field of industrial automation, the Yaskawa technology system has become a critical technical paradigm for precision motion control. This system, based on the Sigma series (

In intelligent logistics equipment, the limit device of AGV wheels directly affects operational reliability and safety. Previously, we shared a universal optimization scheme. In th

In our previous article, “How Can an 8-Ton AGV Smoothly Move 8 Meters in 8 Seconds? Unveiling the Technical Logic Behind Steering Wheel Selection,” we discussed the hardware logic

Have you ever wondered how an AGV—self-weight 3 tons with a 5-ton payload—can precisely start, stop, and cover 8 meters in just 8 seconds? Achieving this feat not only requires pow

As the “muscle system” of humanoid robots, frameless torque motors represent a technological breakthrough and manufacturing upgrade that directly affects the performance ceiling of

In recent years, both the global and domestic tire markets have shown steady growth. This article comprehensively examines the key points and challenges in building logistics syste

The Frameless Torque Motor is a groundbreaking motor design that completely abandons traditional mechanical structures such as housing, bearings, and shafts, retaining only the cor

In the article “Calculation and Evaluation of AGV Suspension and Braking Torque,” we introduced methods for calculating the inertial force of an AGV cart, the braking torque, and t