Introduction
In recent years, there has been a significant increase in the use of robots in industrial and commercial applications. However, the success of robotic applications depends heavily on reliable vision input. Robots need to be able to see, understand, and make decisions based on what they see in order to perform their tasks accurately and efficiently. Without a reliable vision input, robots can struggle to identify objects, leading to delays and errors in the operation.
This is where Zivid 3D cameras come into play. Zivid provides industrial 3D vision technology that is specifically designed to meet the needs of robotic applications. In this article, we will explore the challenges of object recognition in robotic applications, the importance of a reliable vision input, and the unique features and benefits of Zivid 3D cameras.
Reliable Vision Input for Robotics
Object recognition is one of the biggest challenges in robotic applications. Robots need to be able to accurately identify and distinguish between different objects in order to perform their tasks. However, this is easier said than done. Objects can come in a variety of shapes, sizes, colors, and textures. They can also be positioned in different orientations and lighting conditions. Additionally, objects can be reflective, transparent, or translucent, making them even more difficult to detect.
To overcome these challenges, robots need a reliable vision input. A reliable vision input allows robots to accurately detect, track, and identify objects in real-time. Without a reliable vision input, robots can struggle to perform their tasks accurately and efficiently. This can result in delays, errors, and increased costs.
This is why industrial 3D vision technology, such as Zivid cameras, is necessary for robotic applications. Industrial 3D vision technology is specifically designed to handle the challenges of object recognition in industrial and commercial settings. It provides accurate, reliable, and real-time 3D imaging that is essential for robotic applications.
Zivid: A Leader in Industrial 3D Vision Technology
Zivid is a Norwegian company that provides industrial 3D vision technology for robotic applications. The company was founded in 2014 and has since become a leader in the industry. Zivid’s 3D cameras are used in a variety of applications, including logistics, automotive, and pharmaceuticals.
One of the unique features of Zivid 3D cameras is their unparalleled point cloud fidelity in color. This means that Zivid cameras can capture accurate 3D point cloud of objects, making it easier for robots to identify and distinguish between different objects. Zivid cameras also have a short baseline and true small-size, rugged, robot-mounted design, which allows robots to see into any space or area from any angle that is best suited.
Another unique feature of Zivid 3D cameras is their ability to handle challenging objects such as shiny, transparent, and translucent objects. These types of objects can be difficult for traditional 2D vision systems to detect, but Zivid cameras can generate both accurate 3D images and RGB color of these objects, a complete colored point cloud for robots to identify them.
In addition to their unique features, Zivid cameras are also easy to use and integrate into existing robotic systems. They come with user-friendly software that allows for easy configuration and calibration. They are also compatible with a wide range of industrial robots and automation systems.
Overall, Zivid is a leader in industrial 3D vision technology, providing reliable and accurate vision input for robotic applications. Their unique features and benefits make them an ideal choice for a variety of industries, including logistics, automotive, and pharmaceuticals.
In the next section, we will explore some success stories of Zivid’s partners and how they have benefited from using Zivid 3D cameras in their robotic applications.
Success Stories of Zivid’s Partners
Zivid has partnered with several companies to provide reliable vision solution for their robotic applications. Let’s take a look at some of these success stories:
Fizyr’s Use of Zivid Cameras in Pick and Place Robots for the Logistics Industry
Fizyr, a Dutch company specializing in artificial intelligence and robotics, has integrated Zivid cameras into their pick and place robots for the logistics industry. The robots are able to pick up and place packages of various shapes, sizes, and textures onto conveyor belts for shipping. The Zivid cameras provide accurate 3D data of the packages, enabling the robots to grasp and handle them with precision. This has resulted in increased efficiency and productivity in the logistics industry.
CMES’s Use of Zivid Cameras in Pick and Place Robots for the Automotive Industry
CMES, a Chinese company specializing in automation solutions for the automotive industry, has integrated Zivid cameras into their pick and place robots. The robots are able to accurately pick and place various car parts onto assembly lines. The Zivid cameras provide precise 3D data of the parts, ensuring that the robots are able to handle them correctly. This has resulted in improved efficiency and reduced errors in the automotive industry.
Essert’s Use of Zivid Cameras in Robotic Workstations for the Pharmaceutical Industry
Essert, a German company specializing in automation solutions for the pharmaceutical industry, has integrated Zivid cameras into their robotic workstations. The workstations are able to handle and sort pharmaceutical products of various shapes and sizes. The Zivid cameras provide accurate 3D data of the products, enabling the workstations to handle them with precision. This has resulted in improved efficiency and accuracy in the pharmaceutical industry.
DHL’s Partnership with Robomotive Using Zivid Cameras in Robotic Depalletizing, Picking, and Fulfillment Operations
One of the most notable partnerships involving Zivid’s 3D cameras is with DHL and Robomotive. DHL turned to system integrator Robomotive for a flexible solution able to cope with a highly dynamic business environment. Robomotive’s cutting-edge solution proposed an industrial robot arm, vacuum gripper, and robot-mounted 3D vision camera to achieve the hand-eye coordination of human operators and an increase in process speed and reliability. The Zivid One 3D color camera played a key role in an advanced robot cell design. The robot cell is capable of handling the most labor-intensive depalletizing, picking, and fulfillment operation, achieving 400 picks per hour, with further system optimization expected to increase that to 600 picks per hour. The ultra-high resolution of the 3D images provided by the Zivid One machine vision camera has provided the level of detail the robot needs to be able to clearly locate and differentiate one box from another on palettes and flow racks at multiple locations. The combination of high-quality 3D image capture and Robomotive’s custom software algorithms has removed the need for CAD files and machine learning and has enabled a more flexible geometry-driven approach to machine vision integration
High definition 3D from Zivid adapts robots to e-commerce operations – DHL. Video from Zivid and DHL
Future of Industrial 3D Vision Technology
As the use of robotics in various industries continues to grow, the demand for reliable vision input technology will only increase. The market for industrial 3D vision technology is expected to grow at a significant rate in the coming years. This growth is driven by the need for precision and speed in industries such as automotive, logistics, manufacturing and pharmaceuticals.
Zivid is poised to play a major role in this growth, with its unique technology and proven success in various industries. The company’s cameras offer a combination of high resolution, speed, and reliability that make them well-suited for industrial robotics applications. With ongoing innovation and development, Zivid is likely to remain at the forefront of the industrial 3D vision technology market.
Industry professionals should consider the benefits of industrial 3D vision technology in their robotic applications. By incorporating Zivid’s cameras into their systems, they can improve accuracy, increase efficiency, and reduce errors. As the market for industrial 3D vision technology continues to grow, companies that adopt these technologies early will be better positioned for success.
Conclusion
In conclusion, reliable vision input is a critical component in robotic applications. Industrial 3D vision technology, such as Zivid cameras, offers a unique solution to the challenges of object recognition in these applications. With their high resolution, speed, and reliability, Zivid’s cameras have proven successful in a range of industries, from logistics to pharmaceuticals.
As the market for industrial 3D vision technology continues to grow, Zivid is well-positioned to lead the way with ongoing innovation and development. Industry professionals should take note of the potential benefits of incorporating industrial 3D vision technology into their robotic systems, including increased accuracy, efficiency, and reduced errors. The future of industrial 3D vision technology looks bright, and Zivid is sure to be a part of it.
