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Showing posts with the label dimensional control surveyor

Why Should You Have Dimensional Control?

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Dimensional control surveying is a science or technique that experts use to measure dimensional spaces for the determination of the area between points. In this, they make digitally mapped angles and distances. In engineering projects, it is crucial for successful execution. It produces highly accurate and documented facts that improve the work or project. In simple words, it is an insurance plan for the protection from unexpected events during the design or construction phase of a plant. It lowers the downtime of a unit’s operational life. Why should you adopt dimensional control? For a successful project, there are numerous options like laser scanning services and 3D scanning services in Delhi . So, some of you can ask why dimensional control is necessary. Going through the below-mentioned reasons will help you comprehend it: ·          It gives confidence to senior management and project managers. The produced confidence relates to the detail...

Metrology: Science of Measurement

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Basically, metrology is a science of measurement, which includes theoretical and experimental aspects. A metrology engineer should know about the various disciplines of engineering, such as design, production, quality control, manufacturing and testing. Dimensional metrology is a method for the measurement of dimensions of workpieces. This checks the diameter, spacing, position, shape and length of workpieces. There are many methods used for checking these dimensions, such as pneumatic, tactile and optical. You can choose one of these methods, depending on which measurement work is to be completed. The pneumatic method has a very high resolution, and it is robust and resistant to dirt. Therefore, it is used in tough manufacturing condition. The tactile method makes use of contact probes which records the measured values very quickly. These probes are used at the places where there is multipoint metrology. The optical method is used, where you want to have measurements without having d...