Inspection plays a critical role during all phases of product development and implementation, making UT methods an enabling technology for new AM applications.
Although additive manufacturing (AM) already plays a significant role in product design and prototyping, advancing the methodology for industrial applications depends on reliable inspection technology, particularly for safety-critical parts and structures.
CT inspection of the final part can check that the manufactured part exactly matches the initial 3D design, providing dimensional analysis and metrology of all critical internal dimensions.
Additive manufacturing (AM) probably represents the greatest paradigm shift in engineering manufacture since casting and the development of machine tools.
I’ve heard serendipity described as a happy coincidence. For me, it always had a little more meaning to it. It always felt like more than just a coincidence. More like a “meaningful connection.”
Digital gaging, involving the software and hardware used to capture and process digital measurements, has grown dramatically in the past two decades. It has also made quality more efficient and effective.
Most people have been taught to believe that all failure is negative. Quite often, however, disappointing results can provide the greatest opportunities for success.
Hardness testing is a simple mechanical test developed to provide a quantitative measurement in a quick and efficient manner. Hardness testing is used in place of other techniques such as tensile testing as it can be correlated with tensile strength but requires significantly less time and effort, as well as being comparatively nondestructive.
Ensuring stringent medical part quality is challenging, but with the right vision system, manufacturers can utilize powerful technology to help determine that the challenges are being met.