INGENIQS provides high-tech solutions and mechatronic innovations for the development of custom machines, tools, equipment, and scientific instruments. We excel in project-based R&D providing fresh perspectives and breakthrough ideas across multiple sectors.

Research topic: "Reducing the error motion of an aerostatic rotary table to the nanometre level". Result (feb. 2013): Radial error motion of aerostatic spindle reduced to 3 nanometer (probably most accurate low-speed air bearing spindel).Funded by F.W.O. (Fund for Scientific Research - Flanders) under grant G037912N.Assistant of following bachelor/master courses: design in mechanical engineering, mechatronics.Member of the European project "KitVes". KitVes aims to… Show more Research topic: "Reducing the error motion of an aerostatic rotary table to the nanometre level". Result (feb. 2013): Radial error motion of aerostatic spindle reduced to 3 nanometer (probably most accurate low-speed air bearing spindel).Funded by F.W.O. (Fund for Scientific Research - Flanders) under grant G037912N.Assistant of following bachelor/master courses: design in mechanical engineering, mechatronics.Member of the European project "KitVes". KitVes aims to harness high altitude wind to generate power on vessels (www.kitves.com).Winner of the euspen Challenge 2012 organized at ASML, Eindhoven, The Netherlands. euspen Challenge is an international competition to identify outstanding students across Europe with potential to be future leaders in the field of precision engineering and nanotechnology.Best paper award at the Euspen conference 2013 (Berlin)Member of the European Society for Precision Engineering and the American Society for Precision Engineering. Show less