ISSN 2594-5297
49º Seminário de Laminação — vol. 49, num.49 (2012)
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Abstract
The essential pre-requisite for attaining the high quality of product required from highspeed continuous production processes is the use of new measurement and control technologies. High availability and reproducible measuring results ensure the high level of process stability necessary for fully continuous operation. The requirements for the optimisation of quality across the complete production process and for quality analysis systems will be discussed. This report will present examples of basic and new measurement technologies in Processing Lines. The following new developments will be discussed in detail:Coating weight gauging systems with x-rays for metallic coating; Coating weight gauging systems with ß-rays for paint coating; Coating weight gauging systems with visible ultra-violet light (UV-VIS) for thin paint and organic coatings; Coating weight gauging systems with infrared light (IR, NIR) for organic coatings; Coating weight gauging systems with laser (ellipsometry) for thin oil layer and organic coatings; Automatic coating control systems.The measuring and control systems in this presentation must be seen as high-tech solutions in the field of processing technology. The measuring methods and technologies described are, together with optimised process models and precision control loops and actuators, the main pre-requisites for achieving the quality of product required from high-speed continuous production processes. Interconnected quality management systems enable optimisation across the complete production process.
The essential pre-requisite for attaining the high quality of product required from highspeed continuous production processes is the use of new measurement and control technologies. High availability and reproducible measuring results ensure the high level of process stability necessary for fully continuous operation. The requirements for the optimisation of quality across the complete production process and for quality analysis systems will be discussed. This report will present examples of basic and new measurement technologies in Processing Lines. The following new developments will be discussed in detail:Coating weight gauging systems with x-rays for metallic coating; Coating weight gauging systems with ß-rays for paint coating; Coating weight gauging systems with visible ultra-violet light (UV-VIS) for thin paint and organic coatings; Coating weight gauging systems with infrared light (IR, NIR) for organic coatings; Coating weight gauging systems with laser (ellipsometry) for thin oil layer and organic coatings; Automatic coating control systems.The measuring and control systems in this presentation must be seen as high-tech solutions in the field of processing technology. The measuring methods and technologies described are, together with optimised process models and precision control loops and actuators, the main pre-requisites for achieving the quality of product required from high-speed continuous production processes. Interconnected quality management systems enable optimisation across the complete production process.
Keywords
Coating measurement; Coating control.
Coating measurement; Coating control.
How to refer
Busch, Jörg.
INNOVATIVE MEASURING TECHNOLOGIES
INNOVATIVE MEASURING TECHNOLOGIES IN PROCESSING LINES FOR
BASIC AND FUTURE PRODUCTS
,
p. 514-523.
In: 49º Seminário de Laminação,
Rio de Jabeiro,
2012.
ISSN: 2594-5297
, DOI 10.5151/2594-5297-22618
