• Call Us Toll-Free: (800) 648-6944

Quadra-Chek 5000 CMM Measuring Software

Most CMMs manufactured in the 1980s and 1990s are well made, sturdy machines with good motor drive systems. We retrofit your CMM with QC-5300 DCC software and replace the controller, amplifiers, joystick box and computer. This restores your CMM to state-of-the-art equipment. It will increase productivity, extend the life of the CMM and increase the CMM's accuracy with volumetric error compensation.

Full Geometric Tolerancing

manual_retro_qc5000_scrn_360x326If a part or feature doesn’t measure properly, you’ll know immediately. Out-of-tolerance features are clearly marked in red. Tolerancing options include:

Location:

  • Bidirectional
  • Concentricity
  • True Position (RFS, MMC, LMC)

Form

  • Straightness
  • Roundness
  • FLatness
  • Cylindricity

Orientation

  • Perpendicularity
  • Parallelism

Runout

  • Circular

Size

  • Angle
  • Radius/Diameter
  • Height Length
  • Width

Understandable Graphics

manual_retro_pic_7_216x179The QC-5000 incorporate four graphical representations of the part: 3D, XY, YZ, ZX. Each view integrates full zooming and rotational functions and all three can be used interactively to select features for constructions, reporting, tolerancing, and color coded pass/fail indicators make it easy to determine how much of your part is within specifications.

3D Feature Stamp

The QC-5000 not only reports a numerical indication of the shape of your feature, it will also graphically show you the locations of the points used to construct the features and any outlier points.

manual_retro_pic_9_350x158DDE and CAD Interface

The Windows® operating environment allows you to interface the QC-5000 to other WIndows programs such as Microsoft® Excel or with Windows based SPC packages. The QC-5000 can also download to a CAD system throgh IGS or DXF file formats.

Automatic & Magnetic Planes

The QC-5000 automatically recognizes and reports n which plane you have probed (XY, YZ, ZX). Using our unique Magnetic Planes function, and features that are probed above or below primary planes can be automartically “snapped” to the nearest primary plane making measurements more axccurate and the grapics more understandable.