
Download a MicroRangerTM Brochure in Adobe Acrobat format! Page 1 and Page 2
The Visidyne MicroRangerTM was developed to enable linear motion analysis of
a wide variety of objects at an affordable price. As a stand-alone instrument it
can either be mounted permanently into an application or carried between
measurement locations. As a motion study tool it can be connected to a PC for
high-speed data collection.
Laser Motion Tracking System

Displacement measurements from 0 to 10 meters (as configured) with micron precision.
Longer range operation is feasible when configured with other foreoptics.
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Non-Contact
Measurement
The hand-held probe is used to direct a visible low-power
laser onto a measurement point. The ergonomic probe enables measurements in even the most
confined areas or it can be mounted onto an existing fixture for precise measurement of
macro-displacement. |

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Simple Control
The MicroRangerTM user interface is
as simple to use as it is powerful. It provides all of the necessary functionality needed
to measure linear motion efficiently. The backlit LCD displays measured displacement using
large easy to see numerals. A two-color signal LED indicates when the return
signal is within the acceptable range. For those occasions when the user cant
observe the signal LED, two internal piezo buzzers provide audible
confirmation of adequate signal power. |

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Data
Collection
The LCD displays information at a
convenient rate so that the user can read each number easily. A communications port is
provided on the back panel to facilitate high-speed measurements and data recording using
a PC. The included software can subtract macro- from micro-motion in real-time so that
vibration spectra can be collected on a moving object. The point-and-measure ability of
the MicroRangerTM can
be used to efficiently collect vibration data for a statistical process control data-base. |
Visidyne can build a custom
MicroRangerTM to
fit your specific application.
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Visidyne recently
delivered a custom MicroRangerTM
with two sensor heads. This system measures
the in-flight wing flexure of a typical commuter aircraft. |
