SOLAR INSPECTION SYSTEMS
From silicon to solar modules: Intego offers inspection systems for all production steps
SAPPHIRE INSPECTION SYSTEMS
Inclusions, crystal defects, geometry measurement: Quality control in sapphire products is crucial for faultless products
PLASTICS INSPECTION SYSTEMS
Automotive or medical engineering: Intego has many years of experience in inspection technologies for plastic products
METAL INSPECTION SYSTEMS
Surface inspection or measurement of grooves: Convince yourself of our solutions
SEMICONDUCTORS INSPECTION SYSTEMS
Short inspection times and microscope techniques enable a 100% production control More...
ELECTRONIC INSPECTION SYSTEMS
Lock-in thermography shows defects and material properties below the visible surface
The combination of complex camera technology and automation allows new solutions in industrial production
Intego is an innovative medium-sized company located in Erlangen, Germany. Together with our team we develop and manufacture complex inspection systems for our customers worldwide.
In manufacturing solar cells, a number of production steps are crucial to cell efficiency. It is therefore important to get immediate feedback on the process quality of each of those steps to enable quick reactions to errors.
APUS is an image processing system that tests the quality of the screen printing (e.g. the front side, the back field metallization and the back busbar) of the cells. It can be combined with an ARC inspection.
In finding the defects, the APUS print and final cell inspection system helps you to locate and remove sources of errors immediately and, in turn, to increase your production yield. Only tested cells that meet the specifications are allowed to proceed to the next manufacturing steps.
The APUS print inspection system has a cycle time of 1 second per cell and is therefore suitable for use with typical automated production lines. APUS works with a high resolution of 20 μm to measure even up-to-date cells with a very thin finger grid.
The inspection system is designed to be integrated directly above the usual transfer systems in production, e.g. conveyor belt systems. The integration into an existing automation can be arranged easily.
For the APUS final cell inspection system an additional color camera is integrated. It is used to measure the ARC layer thickness and detect variations in the coating.
A barcode scanner or similar device can also be integrated into the inspection system. Such a reader allows a comfortable input of screen and paste bar codes. The results can be integrated into the statistical function of the inspection system. The system can be trained to read new print layouts using CAD data or master samples.
Results are shown on a user monitor, where system parameters can be changed, inspection results can be supervised and external operating signals can be tapped. The results can also be communicated to an existing automation and/or MES (e. g. by Profibus, ethernet). GEM/SECS, Semi E10, XML are supported and customer specific protocols can be integrated on request.
If you require an individual solution, do not hesitate to contact us directly.
+49 9131 61082-220