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Institute / Branch / Program

Precision and Freeform Fabrication Technologies
Virtual and Reconfigurable Manufacturing Technologies
 
 
 

Various manufacturing applications

 

Research Program: Precision and Freeform Fabrication Processes

 

The primary objective of the core research program is to conduct leading edge research and effectively develop innovative rapid manufacturing processes to reduce time, cost and to improve the functionality or extend the life of components. The goals of this program are to increase the competitive advantage of Canadian manufacturers.

Precision Fabrication Processes

Intelligent hybrid micro-processing systems are being developed for the fabrication of miniature functional components having complex 3D geometry with high accuracy and productivity. Experimental research and modeling are performed to predict laser material interaction in laser micro-processing, micro-electro-discharge machining and to enhance fundamental understanding of machine and process dynamics.

The interaction of laser beam (wavelength, pulse duration and pulse energy profile etc.), motion system and the material properties are being investigated. Materials examined include glass (dielectric), metals, plastics, semi-conductors and other hard to machine materials for a number of applications in MEMS, bio-medical and opto-electronics.

The intelligent micro-systems include micro-machines, intelligent micro-robots, sensors and micro-actuators and micro-grippers.

Key words: Laser micro-processing, micro-electro discharge machining, hybrid machining, intelligent micro-systems

Laser micro-processing systems of micro devices and nano films Laser micro-processing systems of micro devices and nano films
Laser micro-processing systems of micro devices and nano films Laser micro-processing systems of micro devices and nano films
Laser micro-processing systems of micro devices and nano films

Information

To learn more about this NRC-IMTI research group, please contact:

Dr. Suwas Nikumb
Group Leader, Precision Fabrication Processes
Email: suwas.nikumb@nrc-cnrc.gc.ca
Tel: 519.430.7058

Dr. Evgueni Bordatchev
Project leader, Laser Microprocessing Systems
Email: evgueni.bordatchev@nrc-cnrc.gc.ca
Tel: 519.430.7170

Dr. Mile Ostojic
Project leader, Intelligent Microsystems
Email: mile.ostojic@nrc-cnrc.gc.ca
Tel: 519.430.7114

For general information please contact:

NRC-Integrated Manufacturing Technologies Institute

800 Collip Circle
London , ON N6G 4X8
Canada
Tel: 519.430.7000

 

Recognized globally for research and innovation, Canada 's National Research Council (NRC) is a leader in the development of an innovative, knowledge-based economy for Canada through science and technology.

 
Date Published: 2006-08-30
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