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Many industrial applications, including quality control, inspection, and monitoring, call for the usage of industrial robotic cameras, which are video systems built to be installed on robotic arms or gantries.
These cameras can take photos and videos of objects and processes with a high degree of accuracy and detail since they are often fitted with features like high-resolution imaging, precise focusing, and zoom capabilities.
Manufacturing, automotive, aerospace, and other sectors where quality control and inspection are crucial frequently use industrial robotic cameras.
To capture images and videos of particular areas of interest, they can be programmed to move and change their focus and zoom levels. They can also be integrated with other systems to enable real-time monitoring and analysis of production processes.
The ability to function in challenging or dangerous conditions, their high level of precision and accuracy, and their capacity to record detailed photos and movies from a variety of angles are a few of the main benefits of industrial robotic cameras.
Also, they may be utilised to automate routine inspection operations, which will decrease the need for manual labour and boost production.
For manufacturers and other industrial businesses wishing to enhance their quality control and inspection procedures, lower costs, and boost productivity, industrial robotic cameras are a potent tool.
Global industrial robotic camera market accounted for $XX Billion in 2022 and is anticipated to reach $XX Billion by 2030, registering a CAGR of XX% from 2023 to 2030.
Robots operating in both indoor and outdoor situations can now use the ZED-X stereo camera range from Stereolabs.
The camera has a 3.0 m pixel size for both low-light and bright circumstances, a 1920 x 1200 global shutter RGB sensor, and rendering speeds up to 120 frames per second.
For precise object detection during core process automation, it additionally incorporates an IMU that combines a 16-bit digital triaxial accelerometer and a 16-bit digital triaxial gyroscope.
To aid automate visual inspections of cutting tool edges at high speed and with great accuracy, Nidec Machine Tool has introduced two new robot cameras for hobbing and broaching machines.
These robot cameras employ a digital camera to swiftly and accurately capture photos of cutting tool edges while preserving the graphic data of those images.
By entering a tool’s specs into a robot camera, a user can instruct it to choose which photographs to take of tools of various forms, identify any missing pieces on the edge of a cutting edge, and any coatings that have come loose, all while determining whether any visual issues are present.
One of the most notable recent transactions was the acquisition of Industrial Robotic Camera (IRC) by the Japanese robotics giant, FANUC Corporation.
The acquisition was a strategic move for FANUC, as the company looks to expand its presence in the industrial robotics sector.
IRC is a developer of robotic vision systems for industrial applications, and its technology is used in a wide range of industries including automotive, aerospace, and semiconductor manufacturing.
The acquisition of IRC will enable FANUC to leverage its specialized expertise in robotic vision to develop and market new products and solutions.
The acquisition of IRC follows a number of other strategic partnerships and acquisitions that have been announced recently.
For example, in 2019, KUKA, the German robotics company, acquired Swiss robotics company, Anderle Robotics.
This acquisition was motivated by the fact that the two companies had complementary technologies and that a combination of their strengths would create a stronger and more competitive player in the robotic automation space.
In addition to mergers and acquisitions, companies are also turning to strategic partnerships to increase their presence in the robotics market.
For instance, FANUC recently announced a partnership with the Japanese company, SoftBank Group, to develop autonomous robots for use in manufacturing, logistics, and other industries. Similarly, ABB, a Swiss-based robotics company, recently partnered with Google to develop a new robotic operating system.
A major trend in the industrial robotic camera space is the use of Artificial Intelligence (AI) and Machine Learning (ML) to improve the accuracy and speed of the camera’s operations.
AI and ML can be used to recognize patterns and make decisions in real-time. This can help to reduce the time needed for manual inspections and improve the accuracy of the data collected by the camera.
Additionally, AI and ML can be used to identify potential errors in production processes and help to identify the root cause of errors.
Another trend in the industrial robotic camera space is the development of more sophisticated cameras. These cameras are able to capture more detailed images, faster, and with greater accuracy than traditional cameras. This allows for more detailed inspections of industrial processes and machines.
Additionally, these cameras can be used to provide detailed feedback on the performance of machines and processes.
Finally, the industrial robotic camera is being used in the area of intelligent automation. This involves the use of robotic cameras to identify and track objects in the environment.
This allows for faster and more accurate identification of objects and their location in the environment. Additionally, this technology can be used to automate processes and reduce the need for manual labor.
