QUALITY

ZEISS Axio Imager.M2m

ZEISS Axio Imager.M2m particle analysis systems

Testing Bench

Testbench up to 1200 bar equipped with automatic control with PLC, hydraulic multiplier with Δp detection

AICON 3D Systems Tube Inspect

Optical tube and wire measuring system for the entire length of the tube

The AICON 3D Systems Tube Inspect measures the tube’s geometry thanks to sixteen high-resolution digital cameras. The product can be measured without the need for special equipment or locking devices.

The “sheath” tolerance can be determined with an accuracy of ± 0.1
Tubelnspect, a non-contact measuring system, simply requires that the tube to be measured be placed in an optical measuring cell.

Sixteen high-resolution digital cameras allow accurate scanning in seconds. The tube does not need to be moved.

Geometry is reported in an easily understandable way, i.e. as sheath tolerance. The measuring range of TubeInspect is 2,500 mm x 1,100 mm x 700 mm (approximately 8.2 feet x 3.6 feet x 27.6 inches) and can be extended by repositioning the tube.

TubeInspect measures tubes with a diameter from 3.2 mm to 200 mm. Bends between 1 ° and 180 ° can also be measured easily.

In addition, TubeInspect can measure tubes with connected curves or with flexible parts.

HEXAGON ABSOLUTE ARM V2P, 8330, 7 AXIS 3D LASER SCANNER

The Absolute Scanner AS1 is the flagship 3D scanning sensor for Absolute Tracker AT960 and Absolute Arm 7-Axis systems.

The Absolute Scanner AS1 is the flagship 3D scanning sensor for Absolute Tracker AT960 and Absolute Arm 7-Axis systems. Using cutting-edge blue-laser technology and advanced programming, it combines ‘always-on’ maximum performance with simple usability to deliver high-productivity non-contact 3D measurement. Thanks to a ground-breaking modular cross-platform technology concept, the same scanner unit can be used for both portable measuring arm and laser tracker measurement, without even the need for realignment when switching.

3rd level PPAP reports

  1. Design Records
  2. Engineering Change Documents (if any)
  3. Customer Engineering Approval (if required)
  4. Design Failure Mode and Effects Analysis; D-FMEA
  5. Process Flow Diagrams
  6. Process Failure Mode and Effects Analysis; P-FMEA
  7. Dimensional results
  8. Records of Material, Performance Test Results
  9. Initial Process Study
  10. Measurement Systems Analysis Studies; MSA
  11. Qualified Laboratory Documentation
  12. Control plan
  13. Part Submission Warrant; PSW
  14. Aesthetic Approval Report; AAR (if applicable)
  15. Bulk Material Requirements Checklist (only for PPAP of raw materials)
  16. Sample Production Parts
  17. Master Sample
  18. Means of control
  19. Customer Specific Requirements

General tolerances

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