Vision Systems
Cameras acquire images that properly analysed help to optimize and automate manufacturing processes in manufacturing companies, using technologies based on industrial vision and the latest generation of hardware.
The main advantages are:
- Improved production quality
- Increased productivity
- Reduction of line downtime
- Reduction in production costs
- Effective waste control
- Staff reduction
"Migliore qualità, aumento della produttività, riduzione dei fermi linea e controllo degli scarti."
Artificial Vision
Artificial vision aims to develop methods that allow a machine to understand and process the information contained in one or more images.
Artificial vision allows automated systems to see components, products, models, code, or other objects and use this information to make high-speed, high-accuracy decisions.
The process
Image acquisition
Image processing
Outcome
Communication
Hardware
Each component of the vision system must be specifically chosen. The configurations are designed to be precise and meet the requirements of the job.
The main components are:
Built-in or in a separate PC
Captures the image and determines the system resolution in megapixels (MP).
Transmits light to the sensor. Determines focus. Available in Auto Focus or Manual Focus or Fixed.
Integrated or external, depending on the application needs.
Protects optics from dust, water, oil and other environmental factors.
Depending on the camera chosen, an I/O + power cable and an Ethernet cable are used for communication and programming.
La Visione Artificiale
La visione artificiale ha come obiettivo lo sviluppo di metodi che consentano a una macchina di comprendere ed elaborare l'informazione contenuta in una o più immagini.
La visione artificiale consente ai sistemi automatizzati di vedere componenti, prodotti, modelli, codici o altri oggetti e di utilizzare queste informazioni per prendere decisioni ad alta velocità ed elevata precisione.
Hardware
Ogni componente del sistema di visione deve essere scelto in modo specifico e deve poter interagire perfettamente. Le configurazioni sono studiate per essere precise e soddisfare i requisiti del lavoro.
Le componenti sono:
Incorporato o in un PC separato
Trasforma la luce in segnali elettrici
Raccoglie e mette a fuoco la luce sul sensore
Protegge il sistema da polvere, acqua, olio e altri fattori ambientali.
Il processo
Acquisizione dell'immagine
Elaborazione dell'immagine
Risultato
For over 40 years...
Cognex develops the best Vision products for industry.
Since 2006, Azzali Elettronica has been an official Cognex partner. Today we are PSI certified (Partner System Integrator) and thanks to our ability to design and develop applications, we offer cutting-edge vision solutions customized for every need and industry sector.
from problem to solution
How do we operate?
We accompany the customer in all phases of the project: from the pre-study and testing of the samples up to the testing of the application.
Problem analysis
Study of the solution
Trials and tests
Project development
Custom solution validation
Installation and final test
insight
Artificial Intelligence and Deep Learning
Flexible and reliable technologies that help improve the capabilities of vision systems, ideal for modern manufacturing.
Artificial Intelligence (AI) is a technology that enables computers and machines to simulate the intelligence and problem-solving abilities of humans.
Deep Learning (DL) uses deep neural networks, which are ideal for complex tasks such as image recognition and quality control.
In industrial automation, Deep Learning enables complex problems to be solved by the ability of neural networks to tolerate variations in patterns and learn from new examples without reprogramming the entire system.