3D Machine Vision Market Size, Share & Industry Analysis, By Component (Hardware, Solution), By Application (Quality Control and Inspection, Guidance and Positioning, Measurement, Identification), By End User (Automotive, Electronic and Semiconductor, Food and Beverage, Glass and Metal) And Regional Forecast 2023-2030

 3D machine vision is the technology used for measurement of 3 dimensional surface of object. This method gives precise measurements of complex 3D freely formed structure. 3D machine vison system usually consists of multiple cameras or laser displacement sensors.

The technology has numerous applications and it has already been adopted by various sector for quality control and inspection, robotic guidance and automation, mapping. 3D machine vision is also being adopted by government sector for security and surveillance, and military and defense. Some end users also use it commercially for logistics and intelligent transport services along with healthcare applications. For instance, Omron Corporation has developed compact vision sensors using the 3D vision sensing technology to recognize the location and orientation of target objects three-dimensionally. By combining this technology with robotics, the traditional human-intensive method of bulk component assembly can be automated, allowing for faster and more accurate assembly.

Key Market Driver -

• Increasing demand of automated quality inspection can drive the market growth. • Increasing demand of robotic guidance and automation.

Key Market Restraint -

• Customization and Standardization of product as each industry and sector has different specifications to adopt 3D machine vision system.

Key Players Covered

To name some of the key players existing in the market of 3d machine vision system are OMRON Corporation, Canon InC., Cognex Corporation, National Instruments, Keyence Corporation, Robotic Vision Technologies Inc., Sony Corporation, Coherent Inc., Hermary Opto Electronics Inc.  Stemmer Imaging, Keyence Corporation, Isra Vision AG, Mvtec Software GmbH, and Tordivel As. and Basler AG. Among others. The major focus of the organizations is to in the area of quality control and inspection, robotic guidance and automation. For instance, Basler is developing a new artificial intelligence (AI) computer vision platform for industrial applications based on Amazon Web Services' (AWS) AI/ML services. Customers will use the new machine vision platform to implement AI-based applications at the edge for use cases like quality control and inspection, site safety, and supply chain performance.

Region Analysis

Asia Pacific is currently having the highest share and is expected to continue with the domination in the 3D machine vision market with CAGR for the forecasted period of 2021- 2028. Early adoption of the technology and the regions like Japan, China and South Korea are having largest manufacturing facilities where automation is considered at highest priority. Also the electronic companies are expected to adopted the 3D machine vision technology rapidly which will drive the market growth in the region. North America and Europe are expected to show remarkable growth in the forecasted period owing to the increasing adoption of automation across all industry verticals, especially in automotive and consumer electronics.

In the Middle East region, the market is expected to show steadily growth in the forecasted period out the maximum share would be by the adoption of software component rather than hardware. Similarly, South America is expected to grow steadily with increasing adoption of technology and huge development in automation.

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Segmentation

Key Industry Developments:

• March 2021: The FH-SMD Series 3D Vision Sensor has been announced by OMRON Corporation. It can be placed on a robot to boost productivity and accomplish tasks that are difficult for standard robots to complete.


• May 2021: Silicon Software GmbH and Basler AG have merged. The acquisition was made to help Basler AG further its development plan, particularly in the performance section of the computer vision industry.