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In many electromechanical systems with motion, throughput and accuracy is hampered by vibration (induced or parasitic). To avoid vibration in driven loads, motion profiles have to be adjusted. There is a limit to how much S-curve or jerk limiting can be applied. This is especially true for linear modules used for X-Y-Z motion in 3D printers. Adaptive control technology from Rexroth gets past these limits to provide higher throughput and accuracy. This is achieved by either avoiding the excitation of vibrational frequencies, controlling them by an external sensors, or a combination of both.

Bipin Sen is a Senior Business Development Engineer at Bosch Rexroth in the Printing, Converting, Food and Packaging group. He has been with Rexroth for over 16 years. He has wide ranging experience in the technology and automation of printing, converting and packaging machines.

 

In addition to developing the 3D Printing market for Rexroth, Bipin is responsible for working with global multi-billion dollar packaging end-users to integrate the complete line of Rexroth automation products into manufacturing lines and systems.

 

Bipin is married, with two school-age children and lives in the southern suburbs of Chicago. He holds a masters degree in Mechanical and Aerospace Engineering from the Illinois Institute of Technology.

Bosch Rexroth is one of the world's leading specialists in the field of drive and control technologies. Under the brand name of Rexroth the company supplies more than 500,000 customers with tailored solutions for driving, controlling and moving. Bosch Rexroth is a partner for industrial applications and factory automation, mobile applications and using renewable energies. As The Drive & Control Company, Bosch Rexroth develops, produces and sells components and systems in more than 80 countries. In 2013 Bosch Rexroth part of the Bosch Group, achieved sales of around 5.7 billion Euro with 36,700 employees.