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The High-End 3D Digitising System

The high-resolution digitising system optoTOP-HE is the result of consistent development of our well-established optoTOP system which has, over the last 15 years, become one of the most successful topometric measuring systems with several hundred installations worldwide.

 

Great Flexibility

The range of standard measuring areas has been further extended:

The system is available with three standard sensor bases and nine measuring ranges, covering diagonals from 50 mm to 775 mm. Additional tele lenses and wide-angle lenses enable measurement areas between 30 and 1050 mm (diagonal). Furthermore, customised sensor configurations ranging from a few mm² to approx. 5 m² can be offered on request.

 

All measurement areas can be simply and swiftly adjusted by exchanging either the camera lens or the sensor base. At a weight of only 2 kg, the sensor can easily be mounted onto various positioning systems, such as robots and CMMs.

 

High Speed

The patented MPT (miniature projection technique) projection unit enables extremely rapid data acquisition within approximately one second.

 

High Accuracy

A carbon fibre base structure ensures optimum mechanical and thermal stability of the sensor. Calibration can be performed by the user himself within minutes, thus always ensuring a high degree of accuracy. 

 

High Definition

Featuring 1.4 mega pixels (optionally 6.6 mega pixels) and a digital zoom, the digital camera provides maximum resolution.

 

Publications

  • Ottmar Kullmer
    Präzisionswerkzeuge der Evolution - Okklusionsflächen im Wandel
    [Evolution's Precision Tools - Changes in Occlusion Surfaces]
    Dental Dialogue 5 (2004) 3, S. 96-104
    Application of our 3D measuring system optoTOP

 

 

  • Mobiles 3D-Digitalisiersystem optoTOP-HE
    [Mobile 3D digitisation system optoTOP-HE]
    Kennzahl: T 392
    Trans - Technologien aus der Raumfahrt, Katalog Nr.8 (2002), S. 41
    Publisher: MST Aerospace GmbH 

 

 

  • Derick Smart
    The Maitreya Project in 2001
    Time-Compression Technologies (2001) April 9/2, S. 34-36
    Application of our 3D measuring system optoTOP 

 

 

  • Thorwald Ewe
    Laufsteg für Ludwig - Fußspuren dreidimensional: Frankfurter Forscher wollen
    mehr Informationen aus Fährten herauspuzzeln als je zuvor
    [Catwalk for Ludwig - Threedimensional footprints: Scientist in Frankfurt want to deduce even more information than ever before]
    Bild der Wissenschaft (2000) 12, S. 48-49
    Application of our 3D measuring system optoTOP

 

 

  • Totally Professional In Many Lines Of Buisness
    Wirtschaftsjournal Spezial (2000) 6, S. 11
    Application of our 3D measuring system optoTOP

 

 

 

Pictures

optoTOP-HE
optoTOP-HE
Scan data of a road
Precise capturing even of small fields of view
Microstructure of a road