B. Bringmann

Institute for Biomedical Engineering, ETH Zurich

Papers

Total Citations

282

H-Index

About

B. Bringmann is a leading figure in precision engineering and metrology, with a core focus on the calibration and performance verification of multi-axis machine tools. His most influential work centers on developing novel, model-based methods for kinematic calibration, most notably the "Chase-the-Ball" technique for 5-axis machining centers. This approach, detailed in his 2006 paper (182 citations), uses a ball-bar sensor to rapidly and accurately identify geometric errors, transforming how manufacturers ensure machine accuracy. He also pioneered the design of a sophisticated measuring artefact for true 3D machine testing and calibration (2005, 100 citations), enabling comprehensive volumetric error assessment. Bringmann’s contributions have provided the precision engineering community with practical, high-impact tools that bridge the gap between theoretical error modeling and industrial application. His work is essential reading for anyone involved in machine tool design, metrology, or advanced manufacturing, offering a clear path to achieving sub-micron accuracy in complex machining processes.