Nanomotion
David B. currently serves as the R&D Mechanical Team Leader at Nanomotion, overseeing the development of sub-nanometer motion systems for various industries including semiconductor, microscopy, and aerospace. Prior to this role, David worked as a Senior R&D Mechanical Engineer, focusing on precise piezoelectric motion systems. David has extensive experience leading projects, particularly as the Integrated Technologies Project Leader at Advance Technologies Department, where responsibilities included the development of electro-mechanical mechanisms and managing project timelines and documentation. Earlier in the career, David contributed as a Manufacturing Process Development Engineer at Lumus Ltd, enhancing manufacturing technologies and conducting material research. David holds a Bachelor of Science degree in Mechanical Engineering from Tel Aviv University.
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Nanomotion
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Nanomotion designs and manufactures advanced motion systems, standard linear & rotary axes for motion control, optronic modules and piezo motors, drivers, controllers. Based on proprietary piezoelectric technology, Nanomotion's motors and motion systems are suitable for a diversified range of applications, from semiconductor to biomedical equipment, metrology to data storage and defense security and sensing. Nanomotion stages and motion systems are well suited to the demanding performance of semiconductor manufacturing and inspect. Systems for ambient environment as well as vacuum systems are designed to achieve the utmost in precision and position stability. Nanomotion optronic modules for commercial and defense applications provide the greatest advantage in SWaP (size, weight & power) for focusing, optical image stabilization, hyperspectral imaging, and shutter/filter control. These modules are designed and manufactured to function in flight, on weapons and meet the most challenging requirements of shock, vibration and temperature range for defense applications.