Manual 3D Digitization - STEINBICHLER FRANCE SARL

Manual 3D Digitization
 THE MANUAL LASER SCANNER  Launching the innovative concept of an intuitive-to-use high-precision la­ser scanner a few years ago, Steinbichler Optotechnik, as the [...] + informations

Manual 3D Digitization

 THE MANUAL LASER SCANNER

Launching the innovative concept of an intuitive-to-use high-precision la­ser scanner a few years ago, Steinbichler Optotechnik, as the first company worldwide, translated the idea of an optically tracked handheld scanner into an industrial-strength system solution. Over two decades of expertise in opti­cal measurement and sensor technology provide the basis for the continuous further development of our digitizing systems, which always reflect the latest state of the art and shape the global market in many application areas.

T-SCAN 3 now takes the system to a higher level with its dynamic, compact and ergonomically optimized design: The extremely light-weight handheld unit allows effortlessly capturing the 3D coordinates even of large objects without tiring the user.

Product characteristics :

  • Sensor weight: 1.2kg

  • Sensor dimensions: 172 x 138 x 80 mm

  • Measurement depth: 75 mm

  • Laser class: 2

  • Measurement volume: 1.5 - 6 m

  • Dimensions camera: 1126 x 200 x 161 mm

  • Temperature compensation

  • Easy to use

Manual 3D Digitization

The high accuracy and superior data quality make the system excellently sui¬ted even for demanding applications such as measurement tasks in quality assurance. Using T-SCAN 3, the digitization of objects featuring different and/or vary¬ing surface characteristics is easily done without any time-consuming object preparation. Owing to its automatic point-to-point intensity control, the laser scanner captures even shiny or matt-finished areas without difficulty. T-SCAN 3 is the ideal scanning solution for a wide range of applications: • Quality Control / Inspection • Comparison to CAD data • Boundary/edge extraction (measurement of sheetmetal parts) • Serial inspection in production (manual/automated) • Mold and Toolmaking • Tool reconstruction • Generation of milling tool paths • Documentation of actual 3D data at tool release • Design • Scanning of design models for further processing of CAD data and documentation • Rapid Manufacturing • Acquisition of 3D data for Rapid Prototyping • Reverse Engineering • 3D Scanning • Scanning of art/historical objects, archaeology • Medical technical applications, etc.

Manual 3D Digitization

  • Car industry

  • Aeronautics industry

  • Mechanical industry and related

  • Plastic industry

  • Archeology

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