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Picking and Placing Remain Most demanded Applications for 3D Vision Guided Robotic Systems

It’s still tough to tell the parts apart, even though we have a human brain, which is arguably the finest AI accessible, and human eyes, which are the best vision system accessible. Picking robots are the same way. Your robot system will be unable to pick them successfully if it is unable to recognize the parts and boundaries. In our 3D world, where every part or work product has three dimensions, it seems reasonable to provide a robot with the 3D vision to observe the height, width, and depth of or all parts. The market has been divided into segments based on type, application, and geography. Pick and place applications are currently one of the most common uses of 3D robotic vision.

3D vision-guided robotics outperforms not just humans in terms of visual precision, but even the previous 2D vision technology employed in most automated industries. Recent advancements in 3D vision-guided robot systems have resulted from advancements in the machine vision sector. The use of industrial robots for automation has skyrocketed in the automotive and consumer electronics industries. However, the high cost of integration and installation in the first phase is one of the barriers to market expansion. Camera malfunctions and a dearth of skilled people to operate the robots are also limiting industry expansion.

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The 3D Vision Guided Robotic Systems Market has been segmented into North America, Latin America, Europe, Asia Pacific, and the Middle East, and Africa based on geographic segmentation. Due to increased demand and constantly expanding industrial sectors, the Asia Pacific region leads the 3D vision-guided robots market. Emerging countries like China and India are becoming more industrialized, which is accelerating the adoption of robotic technology. The increased presence of multinational firms and small and medium-sized firms in the North American region will result in significant market growth in the next few years.

The top companies in this market include FANUC, Adept, ABB, CLOOS, Denso, COMAU, Keyence, Staubli, NACHI, and YASKAWA.To stay competitive in the global 3D vision-guided robotic systems market, companies have used a variety of marketing strategies, including new product releases, growth, joint ventures, and acquisitions. The research includes a comprehensive analysis of major corporations as well as a discussion of market competitors. For the major players in the mineral-insulated cable market, product launch is a critical strategy.

Key Market Movements

  • Machine Vision Sector to drive 3D vision-guided robotic system market.
  • High integration cost impeding market growth.
  • The Asia Pacific is the leading market, while North America is growing significantly.
  • FANUC, Adept, ABB, CLOOS, Denso, COMAU, Keyence, Staubli, NACHI, and YASKAWA, are the prominent players in the 3D VGR Market.
  • The key strategy of these companies includes research and development, mergers, acquisition, and product launches.

The 3D Vision Guided Robotic Systems market segmentation:

Research Period 2019-2029
Base Year 2020
Forecast Period2021-2029
Historical Year2019
UnitUSD Million
Segmentation  Type Segment  (2019-2029; US$ Mn)
 Application Segment (2019-2029; US$ Mn)
Region type Segment (2019-2029; US$ Mn)
Global Impact of Covid-19 Segment (2020-2021; US$ Mn)

* Detailed segments are available on the report page

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