LASERVISION

LASERVISION extends Assembly Guidance's industry-leading automated laser technology to the full build cycle. The system projects design data to the tool or work surface with the same technology as our proven LASERGUIDE system; and then it automatically captures and analyzes build data, archiving both data and imagery. Complete fabrication management is accomplished by one system.

Assembly Guidance achieves this capability by integrating an imaging system with our reliable laser guidance technology. LASERVISION's imaging component, like its projection component, draws information directly from design data. With LASERVISION's inspection capabilities, the system can:

  • Auto-aim its imaging system accurately and efficiently

  • Project design data such as edge locations and fiber orientations onto the inspection zone
  • Capture images and conduct automated analysis
  • Direct the operator to any suspect areas
  • Create documentation, including images, of each inspection site
  • LASERVISION replaces cumbersome, time-consuming manual inspection, reducing inspection time from minutes (or hours) to seconds. LASERVISION also replaces the human inspector with computer-driven analysis & and accuracy.

    Using LASERVISION

    LASERVISION has the same system requirements as our well-established LASERGUIDE system. The LASERVISION system runs with standard 3D manufacturing data from the design model, which is easily extracted with a variety of standard software tools. Specific process control commands are easily added.

     

    Benefits

    Accuracy and repeatability are ensured through LASERVISION's qualification procedures. And decades from now, data specific to the fabrication of each component can be accessed by OEMs and end users, eliminating any guesswork about the component's lifetime performance capabilities.
    LASERVISION provides inexpensive, automatic, rapid, quantitative and traceable quality data that eliminate the human limitations in production quality monitoring. Cost and time savings as well as scrap minimization result from:

  • Quantitative traceability
  • Avoidance of human errors in manufacturing and quality control
  • Peace of mind that the manufacturing process is done correctly
  • Specifications

    • Size:
    • 19.5" x 11" x 11" (49.4 x 28 x 28 cm)
    • Weight:
    • 45 lbs (20.5 kg)
    • Mounting Yoke:
    • 7.5 lbs (3.5 kg)
    • Projection Angle:
    • 60° (± 30°)
    • Accuracy:
    • 0.015" (0.38 mm); Standard field: 10'² (9 m²); 10' (3 m) from projector.  Meets Boeing D6-55902 requirements
    • Beam Color:
    • Green (532 mm)
    • Laser Line Width:
    • 0.020"-0.075" (0.5-2 mm)
    • Laser Class:
    • CDRH Class II/ IEC Class 2
    • Communication:
    • Ethernet (RJ45) or RS-232 (D89)
    • Power Requirements:
    • 110-240 VAC 50/60Hz
    • Set-up Requirements (interchangeability):
    • Plug and Play (no programming required)
    • Tool Location Requirements:
    • None (can be placed in any orientation)
    • Advanced Focus:
    • Adjustable from computer
    • Certification:
    • *Meeting Boeing D6-55902 since 1993 (spec inspection)
    • Warranty:
    • Two Years

    Benefits:




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