Optodyne, Inc.

Contact Information

Please visit: Optodyne, Inc.

Mailing Address:
1180 Mahalo Place
Rancho Dominguez, CA 90220 US

Phone: 310-635-7481
Toll-Free: 800-766-3920
Fax: 310-635-6301

A Special Message from Optodyne, Inc.


LASER CALIBRATION SYSTEMS FOR CNC MACHINE TOOLS

IMPROVE MACHINE TOOL PERFORMANCE Increase feed rates and contouring accuracy by minimizing error. Increase volumetric positioning accuracy with vector measurement techniques. Use leading-edge, laser-based precision equipment for the calibration and compensation of CNC machine tools, CMMs and 3D inspection machines in less than three hours. Meets requirements of ISO, ASME, B5.54, NMTBA, VDI, TQM, Mil-std 95662A and EVA(Economic Value Added) programs. Optodyne’s Patented LDDM and Vector technology simplifies the laser interferometer measurement and reduces the setup and measurement time from days to hours. The single aperture design reduces the size and weight of the system and makes it very flexible and versatile. Key Features and Benefits ACCURACY Measure all 21 rigid-body errors Automatic environment compensation Simultaneous linear and angular measurement NIST Traceable laser accuracy PORTABILITY Easy setup and Operation Compact and Lightweight No tripod or interferometer PRODUCTIVITY Calibrate and compensate a CNC machine in a few hours Automatic data collection Windows™ software RS-232 and USB interfaces BOTTOM LINE BEST PERFORMANCE/COST RATIO

Product Categories of Optodyne, Inc.

  • Calibration Equipment
  • Digital Readout (DRO) Units
  • Flatness Measuring Equipment
  • Interferometers
  • Laser Measurement Systems
  • Surface Plates

Trade Names of Optodyne, Inc.

  • Doppler Displacement Meter
  • Laser Ballbar
  • LDDM
  • Sequential Step Diagonal Technique
  • Vector Technique

As seen in PM

  • Laser Calibration and Volumetric Error Compensation

     The MCV-5002 is a laser calibration package for the calibration and 3D volumetric error compensation of CNC machine tools, CMMs, and large, five-axis gantry-type machines for the aerospace industry.

  • Volumetric Measurement For Practical Positioning Accuracy

    Using a conventional laser interferometer to measure the straightness and squareness errors can be difficult and costly. The process can require days of machine downtime, even with an experienced operator performing the measurements. To address the need for faster, more accurate machine calibration, Optodyne, Inc. (Compton, California) has developed a laser vector measurement technique for the 3D volumetric positioning error measurement.

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