GLM LASERMESSTECHNIK GMBH – EINFACH MESSBAR BESSER

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SHC6000 Industrial Surveying

3-DIM Observer for Windows

After a long lasting success story of handheld software 3-DIM Observer for Windows embedded we have now completed the migration to 3-DIM Observer for Windows. All software functions have been taken over to the new platform, coming along with a variety of benefits. The intuitive and proven user interface of 3-DIM Observer has been retained. So is no need for the operator to get used to a new interface.

3-DIM Observer Advantages:

The measuring sequence is unimportant when defining the desired system of coordinates.It can be easly defined at any time (during or after the measurement) by simply selecting the definition points from a point list. All measuring points are immediately depicted in the current system. The points selected for defining the system of coordinates are marked in the point list and are thus easily identified later. The definition points for a system of coordinates are frequently not located directly along the axes but are shifted by certain offsets. These offsets can be entered directly. Offsets are automatically considered and applied (even if the system of coordinates has not yet been defined).

One-Click Measurement

Measurements can be triggered with just one key. This means a great timesaving, especially when logging large amounts of points.

Free Station-Points for “Around-Measurements”

Changing the location of the Total Station is easily done at any time. Two or more known can be used for this purpose.

Easy Stake-out of Points and Axes

Based on existing nominal coordinates, the user receives a clear specification for the quick setting of the desired point. The Total Station is equipped with a laser pointer and the nominal position is marked precisely.

Iterative Marking of Nominal Coordinates

3-D points can be iteratively scanned as well as staked out or marked. The instrument searches for its nominal position until a predefined tolerance window has been reached. For example, it is possible to determine highly precise ground points for an engine bed regardless of ground waves. The laser pointer shows you the exact surveying point in x and y. Minutes of manually searching for the best survey positions is no longer necessary

Automatic Scanning

The instrument automatically focuses on the selected points. The points can be generated directly in the Observer or imported from external sources. One reflectorless measurement and saving of the coordinates are carried out each time. Deviations from the nominal value are calculated and displayed immediately. Points outside of the tolerance are highlighted.

The strengths and focus of this mobile software for industrial surveying are:

Circle evaluation Industrial surveying
  • nominal/measured comparison (3D coordinates X-Y-Z) Easy relocation
    • 2 points (Helmert 2D)
    • 3 and more points (Helmert 2D and 3D)
  • Coordinate transformations
    • measured to nominal (point axis / Helmert 2D / Helmert 3D)
    • Points (e.g. “Origin / x-axis”)
    • PAXOR (plane / axis / origin / rotation)
  • Many evaluation functions, e.g:
    • Center on straight line
    • Circle center / roundness
    • Plane Fit
    • Distance between points
    • and others
  • Further measuring functions:
    • Turns the industrial tachymeter into a tracker. 3-Dim Observer in combination with a handheld computer serves as remote control
    • Turns the industrial tachymeter into a scanner for reflectorless automatic measurements
    • Monitoring and positioning of components
    • Iterative setting out (selection of a free axis)
    • and others
  • special features
    • Interface to Excel, Rhino3D via 3-Dim PT and 3-DIM PC Basic
    • Control of all industrial tachymeters of the Sokkia NET series, MS Series and the total stations of the iX series
    • User interface available in more than 15 languages

We recommend the SHC 6000 from Sokkia or the Mesa³ ®  as suitable hardware for the 3-DIM Observer for Windows.

If you have any questions, please call us or send us an e-mail. We will be happy to help you.

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