Technical Applications

In modern manufacturing and industrial logistics, Automated Guided Vehicles (AGVs) have become an essential part of intelligent material handling systems. For an AGV system expecte

Introduction Lift platforms play a critical role throughout automotive manufacturing, including body shop, paint shop, general assembly, and inspection processes. They are widely u

Discover how heavy-duty AGVs improve material handling in construction machinery manufacturing. Learn how Plutools' AGV drive systems enable safe, efficient, and intelligent factor

Motor Power Calculation: Torque Determines Whether a Machine Can Move, Power Determines Whether It Can Run Continuously

Abstract In AGV and AMR development, engineers usually focus on critical components such as drive motors, reducers, control systems, and navigation technologies. However, one impor

Looking for a China AGV drive wheel manufacturer? This article explains why global AGV and AMR companies are increasingly sourcing drive wheels from China, and what really matters

Preface The performance of an Automated Guided Vehicle (AGV) or an Autonomous Mobile Robot (AMR) is largely determined by the design of its drive system. An integrated drive system

Explore the advantages of laser, vision, DGPS, FROG, and inertial navigation for outdoor AGVs. Compare positioning accuracy, deployment costs, and engineering applications in autom

Explore why China has become a leading AGV drive wheel manufacturing hub, from integrated supply chains and low-voltage servo technology to advanced mobile robot drive solutions.

Learn how to select the right servo motor by understanding torque, inertia ratio, encoder selection and low voltage servo systems for AGVs and AMRs.

Learn the differences between differential drive wheels, steering drive wheels and casters in AGV systems. Compare mobility, positioning accuracy, load capacity and application sce

Abstract As one of the earliest embodiments of embodied intelligence to achieve practical industrial deployment, wheeled humanoid robots combine the efficient mobility of AGVs/AMRs