Computer Vision

COMPUTER VISION

Artificial vision in modern industrial production scenarios brings benefits in terms of:

Safety
Cost-efficiency
Process optimization
Productivity increase

The combination of hardware, data, and intelligent evaluation enables applications and analyses that were unthinkable until recently. A hidden world becomes visible and usable. We cater to every production sector, as Artificial Vision finds useful applications everywhere.

The main application sectors are described below.

ARTIFICIAL VISION SOLUTIONS FOR AGRICULTURE

Tractors drive autonomously, drones or unmanned aerial vehicles record soil conditions, and robots assist in milking, feeding, and harvesting. Even the inspection of seeds and products for quality and grade is performed with computer vision technologies. Productivity, efficiency, and sustainability are some of the critical factors driving the adoption of automation technology in today's agricultural industry.
CHALLENGES IN TODAY'S AGRICULTURE

Feeding the growing global population
Environmental protection
Fulfillment of government regulations
Compensation for rapidly changing weather conditions
Limited resources such as water and agricultural area
High cost of production and labor
Lack of skilled workers
Increasing consumer demands

OUR PRODUCTS ENABLE SMART AGRICULTURE SOLUTIONS
The flexibility and high quality of our software contribute decisively to your sustainable economic success. The software architecture allows for rapid development of all types of computer vision applications and thus the development of new automation solutions. This results in cost savings and a better time-to-market for you.

ARTIFICIAL VISION SOLUTIONS FOR AUTOMOTIVE

Position Detection As a driving force in industrial automation, the automotive manufacturing industry continues to promote technological innovation in computer vision. Precise calibration between robot and camera, accurate 2D and 3D object detection, and 3D pose determination, along with meticulous inspection and reliable traceability features, allow manufacturers to further automate production processes. As a result, manufacturers can increase production rates, reduce costs, and improve production quality. AVIBOT s.r.l. stays updated with the innovation needs of the automotive and robotics industries with these and other technologies.

ARTIFICIAL VISION SOLUTIONS FOR ELECTRICAL AND SOLAR COMPONENTS

Today's consumer electronics manufacturers depend on computer vision technology to improve quality control, reduce production costs, enable human-machine collaboration in production processes, and increase the yield and productivity of electronic components, printed circuit boards, electronic assemblies, and more. Similarly, the race to make solar energy cost-effective compared to other energy sources requires advanced manufacturing processes that eliminate defects, reduce costs, and maximize efficiency. Our systems provide a comprehensive set of tools for precise assembly, inspection, and defect detection throughout the entire production process.

ARTIFICIAL VISION FOR THE FOOD & BEVERAGE INDUSTRY

Packaging Inspection | Packaging | Quality Control Manufacturers in this sector rely on computer vision technology to improve quality control and reduce costs. Our systems provide a complete toolkit for precise assembly and defect detection throughout the production process. With innovative image processing and analysis technology, system manufacturers are fully equipped to implement advanced production processes and quality control at reduced costs.

ARTIFICIAL VISION SOLUTION FOR THE PHARMACEUTICAL INDUSTRY

Strict regulations on medical devices and pharmaceutical production require the highest level of quality control at extreme throughput. Similarly, medical image analysis requires reliable detection of nearly imperceptible anomalies. Whether it is inspecting medical packaging and inserts, detecting defects in high-speed blister packs, analyzing drug powder mixing (using hyperspectral or multispectral cameras), or automatically reading CT, MRI, or X-ray images, we offer the software and hardware tools to enable fast and reliable image analysis.

COMPUTER VISION INTEGRATED IN DRONES

We operate in the drone inspection sector through the collection of photographic or video documentation for visual monitoring and verification of the current state, and through laser scanner and photogrammetric surveys aimed at reconstructing 3D digital models for metric data extraction (volumes, surfaces, etc.). From the resulting point cloud and textured solid model, it is possible to perform graphic restitution for quantity surveying, verify structural damage, or carry out any type of quantitative measurement. Thanks to the integration of hyperspectral cameras supporting precision agriculture, forest monitoring, and environmental planning, it is possible to obtain information on vegetation health, develop descriptive indices, classify forest species, or identify environmental pollutants. Furthermore, we are constantly researching new applications for this extraordinary technology, particularly in the monitoring and characterization of chemical-physical degradation of infrastructures.

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