Software

Automatically inspects graphics files with precision going down to the single pixel, hence the name Pixel Proof. A digital file overlay, it detects any deviations between version changes ensuring that there are no errors.

It compares different file formats:

Detects differences between different file types created during the graphic creation process.

Pixel Proof WorkFlow checks all deviations found on materials received after the printing stage.

Incoming materials received, usually taken at random by batch number, are thus inspected for congruity with the printing plates.

Ink stains, smudges, printing defects, anything that diverges from the approved master file is highlighted to the operator performing the inspection, only in this way can the divergence be accepted as a deviating error or not.

Pixel Proof WorkFlow automatically checks for 1D, 2D, Datamatrix QR Code barcodes.

It decodes the content and returns the print quality of them through a laser gun reading simulation on 10 horizontal levels. The reference ISOs are 15415 for Datamatrix and ISO 15416 for Barcodes.

Thanks to the Konika Minolta Spectrophotometer we can check the Delta Color of our materials and include its values in the final report of the analysis.

With xRite’s Exact Spectrophotometer, in addition to the Delta value we can check and add the color pantone number to the report.

Braille dot distances are measured and verified by two dedicated scanners.

The basis for comparison of this methodology is encapsulated in the “Marburg Medium” Braille specifications. The quality and heights of the elevations are precisely verified. The value for each individual Braille point will be shown on the screen and included within the End of Inspection Report.

Complies with European pharmaceutical legislation (Directive 2001/83/EG-Humankodex) and the German Drugs Act (§ 10 paragraph 1b AMG), as well as DIN EN 15823.

• Through audio video collaboration via Smart’n, leveraging augmented reality collaborative tools, the field operator receives precise information about what he or she needs to do ensuring accuracy and safety of the operator compared to using cell phone or other handheld devices.
• Exploiting low-immersion glasses, the field operator maintains full awareness of the surroundings therefore working safely.

• By taking advantage of the smartIgasses’ voice commands, and the ability to interact with procedures or checklists hands-free, the inspector can safely gather information in the field, objectifying his activity in real time.
• The inspector will be able to normalize the collected data in real time, significantly reducing the time for report generation.
• Ability to make inspection evidentiary, through integration with systems for signature.
• Through the integration of Eye4Task with IOT systems already present in the company, the inspector can be informed in real time about any safety issues such as (gas leaks, or any other information related to the activity they are performing).
• By integrating Eye4Task with a digital identity management system issued by a cedificafion Autority, such as Infoced, it will be possible to make the results of the activity carried out provatory.

• By leveraging Eye4Task’s integration with warehouse management systems, the operator can interact with service orders related to individual packages, maintaining focus on the task and reducing errors.
• Operations performed are synchronized with the warehouse management system.
• Using voice commands, the operator can carry out his or her task using all the PPE provided by his or her operation.

• In the case of recurring activities, the experienced operator can use the smart glasses camera to record podcasts in first perspective, which appropriately indexed will be made available on the knowledse base for the benefit of other operators.
• The experienced operator can enable real-time streaming for the benefit of junior operators distributed throughout the territory.

The Eye4Task platform enables the creation, assignment and storage of checklists, for those operating within the Pixel Proof Workflow solution, in order to validate the processes of routine maintenance phases.

It enables faster plant and product certification through a standardized process, with inspection reports issued in real time. Also available with legal validity.

Furthermore, in the current global situation, AR technology can be used to give continuity to production processes and solve problems already known in Field Service: lack of senior figures, weak training, which is limited to ineffective standard tools, difficulties in ensuring speed and safety during field operations.

It allows specialized advice to be provided globally and field technicians to connect with experts remotely for assistance.