This application checks for the correct positioning of vial stoppers and caps. The controls perform a measure of angles and lines between cardinal points on the stopper edge.

Check the presence and position of sealing ring on vials caps. The check can be performed on conveyor belts and on rotary packaging machines.

This application checks the integrity of the glass vial neck for the rejection of damaged vials. The check can be performed on conveyor belts and on rotary packaging machine.

The vial cosmetic inspection checks the correct crimping, the presence of scratches, stains and cracks on the crimp, as well as the presence and color of flip-off cap.

This application checks the correct forming of vials neck and rejection of bad vials.

This application checks for foreign bodies and impurities inside white PVC pipes.

This application checks that the UV (Ultraviolet) label is present in the correct position and is attached to the body of the syringe.

This application checks for the correct syringe assembly. The measure of distances, angles and number of extracted points assures high quality checks providing efficient reject of defective syringes.

This checks for glass fragments in the bottom of empty vials prior to filling.

This application checks the ampoule sealing to identify unsealed ampoules and ampoules with defective seals.

360°check of skirt, using a pericentic optic. The solution allows this 360° check to be obtain with only one camera, to check for splitting, bending, and flaw defects.

Inspection of the cap integrity, checking for broken or missing parts.

Checks for the presence and integrity of syringe flanges. The programmable measure calculates the distance of multiple pOints on the syringe border to detect broken parts.

Detection of obstruction or flaws in a dropper hole. The application performs this check by measuring the light that passes inside the hole itself.

Checks for cap defects. The programmable measure allows detection of flaws in the cap border due to crushing.

This control uses a sophisticated lighting setup that improves the borders brightness, whilst verifying the integrity and defects on the bottom of the cartridge.

Laser-printed characters check on vial aluminum skirt.

OCV/OCR inspection of the debossing with low contrast on the colored vial flip off.

OCV OCR check of in-line printed variable data on multiple labels.

360° inspection of the cylindrical symmetry objects’ circumference, such as vials and ampoules, for the 2D code check on the product’s skirt. This 360° control system is necessary due to the random positioning of the Data Matrix code on the skirt.

Check of the printed area and verification of defects presence (exceeding or missing characters, printouts with missing zones and text lines.

The application checks the product identification code and the pre-printed or in line printed variable data. The OCV/OCR control performs a recognition and the measure of characters, ensuring the printout quality.

Check of the variable data printed on aluminum blisters by inkjet printers after the blister sealing station.

The control is performed also on the barcode, Pharmacode and print on the vial label.

Quality check of the in-line printed data on the blister lidding material. The PQV check is combined with a OCV/OCR variable data check.

Check of Datamatrix UV code printed on vial cap

This check consists in the comparison of the printed code on the product with the reference code inserted at production batch start.OCV supports linear pharmacodes, high density linear codes and 2D codes (Datamatrix). The control system manages possible code rotations, and it checks the printouts quality (ANSI Grading) defining the least accepted quality level.

Check of the laser printouts of the Datamatrix code and the variable data on the carton flap. Laser printer management and programming of batch data to be printed on-line.

This application will guarantee the check also in presence of shadows and reflections created by the surface. Moreover the system is able to manage the printout rotations.

Characters check on the bottom of glass vials by mean of a special optical setup that maximizes the contrast with the background.