FUEL CELLS bipolar plates inspection

modusAOI MCS42

The system comes with four 42 megapixel cameras and a high-performance control unit. LED lighting including LED control is also included in the delivery. The entire picture of the image analysis is orthogonally calibrated.

bild 61

Characteristics

This system can meet the toughest requirements for the inspection of bipolar plates in various production stages.

The system has been adapted to the high requirements of the inspection of bipolar plates. The image acquisition time of approx. 2,5 seconds with a resolution of 24 um is outstanding.

Inspection with the high-resolution system cameras is carried out using the tried and tested modusAOI software. Our production process is certified under ISO 9000.

bild 62
bild 63
bild 64

Request an individual offer

Start now!

Technical Information

Camera unit C42

  • Resolution 4 x 42 megapixels =168 megapixels (21456 x 7716 pixels) aspect ratio 2:3 per camera

  • RGB colour filter from CMOS sensor, colour intensity 24 bit

  • Seamless stitching of 4 camera images (combined image for one test plan)

  • DMC code automatically detected

System-PC

  • Intel i9-10980XE 

  • 64GB DDR4-RAM

  • 2 x 1 GB/s network interface

  • I/O modules, 1 x 1 TB NVMe SSD

  • 2 x 4 TB NAS HDDs SATA3

  • Windows 10 Professional/LTSC 64 Bit

  • Acronis backup software

  • keyboard

  • mouse

  • operator keyboard

  • 24” full HD IPS 16:9 monitor

Operating range

  • default FOV: 450x180mm, Customized FOV possible

Inspection Speed

  • image acquisition ~2,5 seconds, processing time (during handling) ~7 second

PCB JIG for fixing device under test

  • Single system

  • Ergonomic vaccum frame fixture for the device under test

Dimensions and weight

  • Camera unit (L*B*H): 39 x 39 x 40 mm

  • AOI box (L*B*H): 829 x 788 x 1011 mm

Connection values and setting conditions

  • 230 V / 50 Hz P1 or 110 V / 60 Hz

  • Consumption: 300 W

  • Temperature: 5° C - 35° C

  • Humidity: 10 % - 80 % non-condensing

Test possibilities

  • Position and minimum thickness of the graphite coating in the central area
  • Checking the surfaces that should not be coated
  • Coating contamination (graphite/screenprint)
  • Testing of a defined target contour in screen print
  • Damage to the metal at the edge (balcony) of the workpiece
  • General damage such as deformation and scratches