Why AGV AMR Mobile Robots Like Using HSOAR Precision Cycloidal Replace Planetary Gearbox?

NEW YORK - March 21, 2024 - PRLog -- Introduction

Mobile robot business grows fast at a high CAGR with the emergence of e-commerce and Covid 19 struggle, while there are apparent needs for technology advance in hardware drive performance. Besides high positioning accuracy upon carrying heavy loads, mobile robot will need all-directional free movement at good compactness, high efficiency, long stable service life, easy manufacturing with good price, more environmental friendly experience, these put forward challenges to current mobile wheel drive, esp. Precision Wheel hub gearbox, which largely, and directly influence mobile robot's motion performance. Based upon customer's experience, we will suggest adopting zero backlash precision Cycloidal replace planetary reducer, to build into wheel, thus bestow excellent performance from all aspects at unmatched cost benefit, carrying robot evolution to next advanced stage.

Applications

In addition to logistics warehousing and manufacturing industries, mobile robots have also been widely applied in aerospace and defense, automotive manufacturing, pharmaceutical manufacturing, 3C electronics, oil and gas, construction, agriculture, as well as commercial services such as hospitals, hotel infection, city petrol services, last mile delivery etc. (Figure 1).

Figure 1. Representative omni-directional mobile robot.

Why mobile robot sees great increase: According to fortune business Insights, the significant growth for mobile robot is majorly due to thriving E-commerce and retailing industry to incite development. There is also rising demand for material supply and storage, transit purpose in manufacturing; Labor shortage, labor cost increase, tight space and narrow aisle in factory which arise operation difficultly and risks, prevention of Covid 19 infection, all these require mobile robots to play a role.

Challenges behind the "bustling" scene: The industry is full of expectations for development of more advanced mobile robots, but the actual pace of realizing them is still far less than expected, and they are caught in the dilemma of being called exciting but not good enough. For any robot, large-scale applications must be based on either significant value creation or efficiency improvement. In general, robots will do the same work faster and more durable than human, operate with more power, faster speed, more accuracy and free from health issues.

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