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Use of Non-contact Thin Gap Sensors in Controlling Coater Gap Uniformity
The Use of Non-Contact Thin Gap Sensors. The Use of Non-Contact Thin Gap Sensors. in Controlling Coater Gap Uniformity. Written by Bryan Manning Capacitec PO Box 819 Ayer, MA 01432. Tel: 978-772-6033 Fax: 978-772-6036 email: sales@capacitec.com. Summary. This article will cover the use
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Understanding Factor 1 sensors: When and where to use
Non-contact proximity sensors can improve the ruggedness of manufacturing operations, such as metal component assembly, by replacing delicate mechanical switches. Sensor selection for these applications is based on several factors, including the types of metal to be detected, information required
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2005 Technical Achievement Award
in the last year, several. Awards, Class of 2006 are due by August 31, 2006. Stanley P. Johnson. Nominated for his development of the Johnson Thread-. past member of the ASME B1 committee, which sets. View System Model 3620 noncontact thread inspection. threaded product standards for the industry
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Magnetostrictive Position Transducers in Medical Applications
Magnetostrictive position transducers are non-contact, absolute reading, and have essentially infinite resolution. The non-contact nature of this technology means that there are no rubbing or sliding parts to wear out, and assures an unlimited service life for the position transducer. High
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Capacitance Sensor System: How a Small Electric Field Can Save You Big Money
Looking to reduce costs, improve throughput and maintain quality? Who isn't? Enter MTI Instruments AccumeasureTM non-contact capacitance measurement systems. With more than 40 years of product line history and application experience in virtually every industry, MTII's AccumeasureTM systems provide
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Don't Overlook UV Sensing
Industrial assembly and inspection operations benefit from several light-based sensing technologies. Noncontact photoelectric sensors detect product presence/absence at distances from millimeters to meters. Color sensors are essential to ensuring uniformity of appearance. And machine vision systems
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Information Related to Eddy Current Inspection of Machined Parts
. between parts, and measure materials thickness. The principal means of evaluating samples in all non-contact eddy current systems is based on. statistics. Since the eddy current probe simultaneously extracts four materials characteristics. (chemistry, geometry, hardness and temperature) from every
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MICRO:Product Technology News (Sept '99)
in conjunction with single- or multispindle heads. Applications include balancing pressure distribution during CMP machine setup, aligning polishing heads, detecting and measuring polishing-pad wear, and performing QC on rebuilt carriers. The noncontact, laser-based WaferGage inspection system captures