Articles

PUBLICATION & DATE	TITLE	AUTHOR(S)	DESCRIPTION
Industrial Laser Solutions for Manufacturing, May-June 2013	Laser micro-etching of polymer-based life science products (see pages 11-14)	Glenn Ogura, Resonetics	Laser micro-etching is a controlled process where etch rates are quantified at the submicron level.
Commercial Micro Manufacturing, Feb 2012	Fundamentals of Laser Micro Machining Polymers in the Life Science Industry (see pages 21-24)	Glenn Ogura, Resonetics	Laser micromachining is a critical process for meeting the demands of the life sciences industry.
Today's Medical Developments, Dec 2012	Micromachining	Diwakar Ramanathan, Resonetics	The right technology for manufacturing balloons and catheters can result in a range of design elements.
Medical Design Briefs, Dec 2012	Advantages of Laser Micromachining for Balloons and Catheters	Diwakar Ramanathan, Resonetics	Laser micromachining improves device quality and lowers costs.
Industrial Laser Solutions for Manufacturing, Dec 2012	Laser Micro-Cutting of Polymer-Based Life-Science Devices	Sergey Broude & Glenn Ogura, Resonetics	Better lasers and processes must continue to be developed.
Industrial Laser Solutions for Manufacturing, Jul 2012	Micro-hole Drilling with Lasers	Sergey Broude, Resonetics	Comparing direct-write vs. mask projection for medical device manufacturing.
Medical Design Technology, Feb 2012	Laser Micromachining for Manufacturing of Medical Implants	David L. Wall, Resonetics	Laser micromachining has enabled advances in manufacturing medical implants.
Medical Device & Diagnostic Industry (MDDI), Mar 2012	Lower Costs by Laser Micromachining Polymer-Based Medical Devices	Glenn Ogura, Resonetics	Laser micromachining helps speed development time and reduce time to market, as well as lower costs.
Medical Device & Diagnostic Industry (MDDI), Jan 2008	Harnessing Laser Ablation for Polymer-Based Devices	Glenn Ogura, Resonetics	Laser ablation can help automate the manufacturing process and help medical OEMs keep processes in-house.
Medical Device & Diagnostic Industry (MDDI), Mar 2006	Laser Micromachining the Key to Making Small 3-D Devices	Glenn Ogura, Resonetics & Ruediger Hack, Coherent, Inc.	Manufacturing tools based on an ultraviolet excimer laser offer a combination of high precision and fast throughput for plastics and other organics.
PHOTONICS, Feb 2006	Excimer Lasers: Rugged Reliability is Key to Application Growth	Dr. Tobias Damn, Coherent Lambda Physik GmbH	Resonetics is prominently mentioned in this article on easy-to-use excimer lasers and the benefits they bring to diverse applications.
Industrial Laser Solutions for Manufacturing, Jun 2006	A Range of Medical Applications		Resonetics is mentioned in this article on the benefits of laser micromachining for intra-vascular devices.
Nature Materials, Dec 2008	Accordion-Like Honeycombs for Tissue Engineering of Cardiac Anisotropy		The role of accordion-like honeycombs in overcoming principal structural–mechanical limitations of previous scaffolds. A Resonetics system was used in the research.
Laser Focus World, Jun 2001	Laser Stripping of Optical Fibers Opens up New Applicatons	Glenn Ogura, Resonetics	Automation of laser stripping helps fiberoptic components move more rapidly to volume production. A new noncontact process produces high yields and high tensile strength.