Products

QVision-Caps Inspector

Systems for the inspection of closures, in plastic material or aluminum. The system is modular so that it is possible to customize the inspections, to meet every control requirement. The available “standard” modules are:

• Shell-border inspection;
• Liner / Pourer inspection;
• Top printing (Logo) inspection;
• Sidewall inspection;

The software is designed to allow a simple and immediate use, especially for what regards the self-learning functions of the reference models and the setting of the control parameters. This product family also includes custom applications , dedicated to particular control requirements or inspection of special closures

QVision-Bottles and Preforms Inspector

Systems for the inspections of bottles and vials, in glass and plastic material, and PET preforms, to detect the typical defects of these types of productions. The “standard” modules are:

• Inspection of the opening;
• Inspection of bottom;
• Inspection of the sidewall surface

This product line includes also a special system for the on-line inspection of bottles bundles, enclosed in heat-shrink film

QVision-Custom solutions

In addition to the standard products, QVision offers the possibility to supply “custom” systems, designed according to particular customers’ specifications, to allow performing special requests of inspection.

Thanks to the know-how acquired in years of activity in the sector of industrial applications of machine vision, the use of the latest technology and a proprietary software completely developed inside our company, we are able to analyze specific issues and offer “turnkey” solutions, innovative and reliable.

Scanner IR

Device for infrared reflectograhy, a diagnostic non-destructive technique used in the analysis of ancient paintings (on wood or canvas, or mural painting), widely used and appreciated by restorers and art historians. The technique allow to observe the information hidden by the external paint layer. Depending on the degree of the infrared transparency of the pigments used, this technique allows to observe and analyze hidden pictorial details, up to the artist’s preparatory sketch.
The technique is known, but the innovation of this device is related to the particular mode of acquisition of the reflectographic pictures, derived by a project developed with the National Institute for Applied Optics (INO-CNR), which allows to obtain high resolution images, with high quality and geometric accuracy.