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roughness, surface topography, and coating thickness mea- surements. The company claims the Q six is fully compliant with USA 21 CFR part 11 reporting requirements. Stent sizes can range from 1.5 to 15 mm in diameter, up to 100 mm in length. Lateral resolution is 0.1 µm and vertical resolution is 0.01 µm.


Their target markets are on-line inspection, process development, and industrial R&D. Laguarta said that the first deliveries of the system are expected to be in June 2014.


Flexibility, Throughput, Uniqueness


Given the wide range of potential biomedical devices and metrology solutions, perhaps there is no simple answer to what is best. This seems to be especially true for metrology systems designed for in-process control. “We offer measuring components such as transducers, measuring arm setups, and


Want More Information?


Hexagon Metrology Inc. Ph: 800-274-9433


Web site: www.HexagonMetrology.us Marposs


Ph: 248-370-0404


Web site: www.marposs.com/ worldwide_address.php/ eng/usa


Methods Machine Tools Inc. Ph: 978-443-5388


Web site: www.methodsmachine.com/


Mitutoyo America Corporation Ph: 888-648 8869


Web site: www.mitutoyo.com.


Optical Gaging Products (OGP) Ph: 800-OGP-GAGE


Web site: www.ogpnet.com/


Sensofar USA LLC Ph: 800-530-3097


Web site: www.sensofarusa.com


ShapeGrabber Ph: 613-247-1707


Web site: www.shapegrabber.com/


Carl Zeiss Industrial Metrology LLC Ph: 800-327-9735


Web site: metrology.zeiss.com/ industrial-metrology/en_us/home.html


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air gages. We also act as a gage builder, creating gage fixtures for biomedical devices,” said Gary Sicheneder manager of new business development for Marposs. “What we use truly depends on the application.”


Marposs has delivered metrology systems that measure both biomedical implants and surgical tools used to install them. Other items were check bearings on dentist drills and orthodontic devices. Flexibility is often needed because of the variability required of systems in the biomedical industry. “For example, we conceptualized a system to identify and inspect femoral implants,” he said. They were of various sizes and thicknesses. The contour of each was unique, different from each other. “They needed a flexible system and we quoted a laser-based system that we had adapted from an airfoil inspection system for the aero- space industry we had developed earlier,” he said. Perhaps measuring and inspection in biomedical devices is not so different after all. ME


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