ZeroD is the application environment, proprietary to S2V, aimed at developing vision systems for quality control in the industrial sector.
The structure of ZeroD and its integration make the product easy to use, interconnected and reliable.
ZeroD allows complete management of parameterizations and recipes. The presence of a personalized user interface according to the needs of the application it allows a simple and intuitive use of the instrument.
The configuration on the database allows you to manage multiple easily parameterizable typologies and to collect the testing and flow data for optimal control of the production process, both from the point of view of quality and machine performance.
All ZeroD features are managed through a single user interface: thanks to a level authentication system it is possible to intervene on every aspect, while guaranteeing the security of the settings.
The machine functions can be managed directly from ZeroD: cameras and optical devices, motors and positioners, lighting systems and pneumatic devices, can be configured at the individual type level directly by the user final.
All essential information is organized and presented on video: at a glance it is thus possible to have a clear view of the progress of the batch under examination, view the set parameters and check the status of the devices.
The centralization of activities and the optimization of procedures allow high performance to be achieved despite the complexity of the testing analyses.
up to
pieces/second checked
up to
cameras per system
over
compiled lines of code
up to
image processing
over
systems around the world
While maintaining cross-compatibility, ZeroD is a constantly evolving environment. Constant integration of innovative technologies makes ZeroD a competitive and cutting-edge tool over time.
To guarantee the result it is necessary to start from the images: the modular nature allows flexibility and broad compatibility with the most popular devices on the vision market. The illuminators are characterized by careful design, including custom, to maximize the result.
The study and integration of increasingly high-performance and accurate devices is the basis of the development of each application. Added to these are new technologies, such as 3D, stereoscopy and multispectral, to reach the highest inspection and measurement targets .
ZeroD uses proprietary Image Processing libraries specific for visual inspection applications, optimized even for complex analyses.
The integration and development of Artificial Intelligence and Machine Learning models for image analysis and data post processing, searching for patterns, is gaining ever more importance and schemes to analyze production data and provide predictive diagnostic tools.
This way process drifts are intercepted which can cause defects or damage the machinery.
Increasingly complex tools and analyzes increasingly require the intervention of a co-pilot who helps with guided procedures and self-learning methods the machine setup and optimizations of the set parameters.
S2V offers an important support activity in the initial phases which allows the customer, if he wishes, to gain confidence and become completely autonomous in managing the system. Otherwise, an assistance and support relationship that persists over time is guaranteed.
The interconnection of the machine in the company ecosystem is fast and flexible: adapting to every need, it easily interfaces with every production management application from a 4.0 perspective and 5.0, with the possibility of generating production reports from the data collected.
The complete traceability of the testing guarantees even more reliable production: it is possible to store all the information generated from image processing, both for internal traceability and to guarantee testing.
Immediate interfacing with the most common communication protocols allows for simple online integration. The direct management of devices such as printers and markers speeds up the flow of testing operations.
Complete diagnostic tools allow you to verify at any time the correct functioning of the entire process and of the vision machines on which the application is integrated.
With a simple mouse click it is possible to switch from the development environment to the run-time one, so as to immediately verify the effects of the changes made to the program in the real operating cycle.