Comprehensive and fast camera control makes it possible to set the output quality to a high level with minimal effort, also thanks to artificial intelligence.
Scene recognition using 3D camera for inspection of packaging, material and its handling.
Comprehensive and fast camera control makes it possible to set the output quality to a high level with minimal effort, also thanks to artificial intelligence.
Scene recognition using 3D camera for inspection of packaging, material and its handling.
The ADMIN4.0 system allows you to create quality control camera functions and use them to check the correct execution of a task or the entire product. There is a range from basic inspection functions to learned neural network inspections and 3D scanning with deviation analysis.
An inspection system set up in this way completely eliminates defects in the final product and, by linking with the visual guidance workstation, can automatically condition the inspection of individual work steps.
Using position recognition functions, it is possible to determine the position of objects in the workspace and thus dynamically adjust the position of the inspection and visual guidance functions or use the position as coordinates for the robotic arm.
The ADMIN4.0 system allows you to create quality control camera functions and use them to check the correct execution of a task or the entire product. There is a range from basic inspection functions to learned neural network inspections and 3D scanning with deviation analysis.
An inspection system set up in this way completely eliminates defects in the final product and, by linking with the visual guidance workstation, can automatically condition the inspection of individual work steps.
Using position recognition functions, it is possible to determine the position of objects in the workspace and thus dynamically adjust the position of the inspection and visual guidance functions or use the position as coordinates for the robotic arm.
2D camera
3D Hand Tracking camera
3D camera
2D/3D scanner
2D camera
3D Hand Tracking kamera
3D camera
2D/3D scanner
Quality control is performed by analyzing the image using the following functions:
Detailed shape analysis can be used to determine the size, angle and relative distance to references, which allows precise evaluation of the correctness of the objects.
A modern and advanced form of image analysis using artificial intelligence. The creation of functionality takes the form of learning from real images focused on objects, components and parts and in this way can be learned and continuously refined. Over time, inspection thus becomes a robust function that recognizes object shapes as well as defects on objects with high accuracy, even under changing ambient or process conditions. It is this adaptability that elevates this type of inspection above classical image analysis methods.
Defect detection on objects and surfaces is an essential part of a modern inspection workplace. Using the learned defects, the system can recognize material defects or surface and design defects.
An essential part of a vision system is the recognition of the position of objects in space and the automatic adaptation of the production technology to the new position, e.g. visual guidance, camera system, robotic arm and others…
The ability to recognize the position using CAD files, DXF curves and STL models. In this way it is possible to link technical drawings with the camera program.
A more robust method of position detection using detection marks suitable for dynamically changing positions of objects, tools and more.
The mobile device in the operator’s hand is transformed into a tool for interactive product quality control or instruction to achieve it.
Our proprietary 3D spatial object detection system using 2D camera images is a unique foundation for collaborative applications.
Unlike a planar camera, a 3D camera can sense the size of objects and their shape. Depending on the 3D camera used, the accuracy ranges from 5 to 50mm, allowing for both simple and complex custom solutions.
The most accurate form of surface scanning and analysis to thousandths of a millimetre. The static attachment of the scanning head with a moving object, whether on a linear stage or a robotic arm, allows you to create a highly accurate 3D model of the scanned object, or just to analyse deviations on a continuously scanned profile.
The analysis of a complex 3D model is suitable not only for local shape analysis but also for the overall measurement of the positions and dimensions of the entire scanned object.
By combining a linear or 3D scanner with the dynamics of a robotic arm, it is possible to scan complex objects by positioning the scanning device to the required positions.
UR robots are ideal for configuring a wide range of applications due to their versatility, configurability and ease of use. They are thus a unique tool for the ADMIN4.0 system.
The result of the 3D scan is a 3D model, which can then be compared with a reference 3D model to determine mutual deviations and thus analyze the accuracy or error of the design.
In 2020, we commenced a significant partnership with Karel Kaňák s.r.o., a Czech company. This collaboration not only provided us with valuable practical insights into deploying our ADMIN4.0 assisted production system but also led to the development of a product that was previously scarce in the market. The “Kaňáci” demonstrated a clear understanding of their…
