The dictionary defines reverse engineering as “the practice of analyzing or analyzing the fundamentals of an apparatus, system or object to additional document its construction, function and performance.”
In state-of-the-art production, the practice of Reverse engineering (Käänteinen suunnittelu) entails assessing a part down to the tiniest detail, so in order to earn a good model and/or 2-D drawing to assist in re-manufacturing. The parameters and characteristics of a part are created via the use of a CMM (coordinate measuring machine) and wide range of manual review equipment. After this is finished, the information is moved into a CAD engineer that recreates the listed geometry to a digital file format through SolidWorks 2009. The measurements take form as a digital good model mimicking all characteristics of the first part. This model is readily converted into a 2-D drawing, then completely dimensioned and toleranced for use on the production floor.
Reverse technology is used for all these common scenarios:
A particular part is necessary by our customer; nonetheless documentation was lost or was not written.
Reverse technology enables the duplication of an present part by recording the part’s physical dimensions, characteristics, and material possessions. Käänteinen suunnittelu isn’t simply about bringing an older part back to life, but about using this technology for a launching pad for your future. Manufacturers aren’t just able to document an present part for fabrication, but with planning and forethought, can assess and re-design complicated machines and assemblies for fit, performance, suggested improvements and cost reduction.