Passa al contenuto
vis4mechs.unibs.it/
Menu
  • Home
    • Welcome
  • Research
    • Biomechanics and Rehabilitation
    • Smart Robotics
    • Agri&Food
    • 2D Vision
      • 2D Vision for Industry
      • 2D Vision for Medicine
    • 3D Vision
      • 3D Vision for Industry
      • 3D Vision for Medicine
      • 3D Vision for Cultural Heritage
  • Lab Access
  • Education
    • Thesis Projects
  • News
  • People
  • Sponsors
  • Contact us!

Tag: rapid prototyping

3D Vision for medicine

3D Acquisition and modeling for crime scene documentation

This project is aimed at testing the performance of 3D optical acquisition and reverse engineering to carry out the contact-less gauging of crime scenes for their documentation and analysis. In …

3D Vision for medicine

3D prosthetic applications to maxillo-facial defects

In the last years, prosthetic techniques have gained increased interest in post oncological reconstruction and in congenital defect treatment. Both the fuctional and the aesthetic characteristics of the prosthesis are …

3D Vision for medicine

Study case: ear reconstruction

The example that we present in this article concerns the reconstruction of an ear. The approach is based on optical acquisition and modeling of the shapes. The final prosthesis is …

OPL-3D_1.jpg
3D Vision

OPL-3D: a portable system for point cloud acquisition

OPL-3D has been specifically designed for applications of reverse engineering and rapid prototyping, as well as for applications of measurement and quality control. The system exploits active stereo vision (the absolute approach is …

zeiss.jpg
3D Vision for Industry

To learn more on the combined use of CMMs with optical probes

The 3D Vision system used during the experimentation was the prototype 3D-Optolab, and the CMM was the Zeiss Prismo Vast 7D, equipped with the software Holos, installed at the DIMEG Metrological Laboratory. Both are …

3D Vision for cultural heritage

To learn more on the Winged Victory of Brescia

The following sub-sections give an idea of the steps performed to carry out the project, and briefly present the results. STEP 1: THE ACQUISITION OF THE POINT CLOUDS Fig. 1 …

Recent posts

  • Cobot user frame calibration: a practical guide
  • Ph. D. Thesis Presentation for “Dottorandi in Ateneo” UNIBS Event
  • UNIBS-UNITN Collaboration continues!
  • Hands-Free v2 to teleoperate robotic manipulators: three axis precise positioning study
  • Analysis and development of a teleoperation system for cobots based on vision systems and hand-gesture recognition

Research Fields

  • 2D Vision
  • 2D Vision for Industry
  • 2D Vision for Medicine
  • 3D Vision
  • 3D Vision for Cultural Heritage
  • 3D Vision for Industry
  • 3D Vision for Medicine
  • Agri&Food
  • Biomechanics and Rehabilitation
  • Facebook Feeds
  • Laboratory Access Procedure
  • Smart Robotics
Copyright © 2023 vis4mechs.unibs.it/ – OnePress theme by FameThemes