Laser, X-ray and isotope technology EMG iTiM Thickness measurement in perfection

EMG iTiM – Precision technology for thickness measurement EMG – Technological competence paired with application knowledge High-precision, fully automatic online thickness measurements require a high level of technological expertise that covers a wide range of applications. Only a precise understanding of the specific purpose and consideration of the accuracy requirement results in the tailormade solution for the individual application. Laser measurement systems, for example, are easy to use and comparatively inexpensive, but they are subject to physical limitations in terms of absolute measuring...

All from a single source The individual application areas To optimise your individual requirements, EMG uses three measuring principles in thickness measurement technology that diversify the areas of application and allow use in a variety of production scenarios: » laser technology » X-ray technology » isotope technology Solutions with a combined measurement of thickness, width, length, speed as well as temperature are also possible. Using established know-how Modernisation through new solutions The right system for your requirements. EMG helps you to optimally implement your technological goals...

Non-contact thickness measurement for fully automated process control Fast measured value output, short integration time, high accuracy The laser-based thickness measurement system EMG iTiM laser stands for a multitude of possible applications. The highest measuring accuracy and reliability is provided by the X-ray transmission measuring method. When using this method, the X-ray source and detector are arranged on opposite sides of the material to be measured. The non-absorbed part of the X-ray radiation provides the basis for a precise thickness measurement, where material-related influences...

Safety feedback through double signal closure EMG iTiM iso The principle of isotope measurement The isotope transmission method is the third in the series of EMG measurement methods. Here, the isotope source and detector are on opposite sides of the material to be measured. The isotope emits a constant gamma or beta radiation, which is limited to a defined form due to the built-in collimator. The part of the radiation that is not absorbed or scattered in the material to be measured enters the detector through the provided entrance window. The ionisation of the gas in the ionisation chamber generates...

6 Premises that EMG focuses on with its thickness measurement systems: perfecting your performance As a full-liner, EMG offers complete solutions for increasing quality while optimising productivity. Thickness measurement is a crucial element in this. In this way, EMG succeeds in ensuring maximum effectiveness and guaranteeing the competitiveness of all customers. The use of EMG solutions in the entire process chain of flat product manufacturing, including rolling and coating lines, as well as in the automotive industry and at steel and aluminium service centres, optimises the valueadded process...

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