Development of methods to improve measurement resolution

Project start "Development of methods for improving the measurement resolution of profilometers based on mechanical axes."
Project start "Development of methods for improving the measurement resolution of profilometers based on mechanical axes."
Project start "Further development of smartWLI sensors from the perspective of series production"
Success and growth require cooperation with strong partners. High-quality optical components are crucial for the performance of optical measuring devices and it is good to be able to rely on a strong partner like Nikon ...
GBS presented in September 2020 at the SpectroNet Collaboration Conference a new procedure for achieving a "Super Resolution"
GBS presented in June 2020 at the Laser Precision Microfabrication Symposium a new process for achieving a "Super Resolution"
In March 2020, GBS prepared a lecture on measuring micro-geometries at the Saxon Geometry Symposium.
GBS presented in October 2019 to Nanoscale at the PTB in Braunschweig
GBS participated in the GPS News conference in the Stadthalle in Chemnitz on 12.-13.11.2019.
New contract releases the optical three-dimensional surface profiler "smartWLI series" in Japan.
GBS already has the technology for Surface Measurement 4.0, which became clear at the Innovation Forum on October 9, 2018 in Stuttgart.
GBS participated in the GPS News conference in the Stadthalle in Chemnitz on 18.-19.09.2018.
Matthias Liedmann took over the sales management of the 3D surface measurement technology of the GBS mbH on 01.04.2017. Mr. Liedmann is now responsible for national and international partner and direct sales.
Four companies in the region (TechnoTeam Ilmenau, Vision & Control Suhl, Steinbeis quality assurance and image processing Ilmenau, Association for Image and Signal Processing (GBS) mbH) to finance since the winter semester 2014/15 an endowed chair Industrial image processing at the TU Ilmenau.
Project start "Development of methods for obtaining 3D surface measurement data by parallel processing using openCL for GPU"