Reverse engineering (Käänteinen suunnittelu) is a process of captivating apart a product to watch and determine how it works in order to replicate or improve the item. It involves generating 3-D pictures of fabricated components when a blue print isn’t available in order to re-manufacture the part.
Since the demand and prevalence of Computer Aided Design (CAD) has increased, reverse engineering is turning into a viable technique to create 3D virtual copy or model of an introduced physical part to bring into play in 3D CAD and CAM. Reverse Engineering process necessitates measuring an item and recreating it as a 3D model.
A 3D scanner is a device utilized to examine both the real-world objects and environments tin order to gather data on its own shape and likely its appearance like colour. These accumulated data are subsequently utilized to construct digital, three dimensional models employed for a broad selection of applications. Three dimensional scanners are frequently employed from the entertainment, health and other high finish businesses. Other widespread uses of the technology include industrial design, reverse engineering and design services.
Applications like RapidForm or even GeoMagic are used to process the point clouds to the formats such as a triangular faced net, a pair of NURBS (Non-uniform logical B-spline) surfaces along with a CAD model that create the quantified data serviceable in different applications like 3D CAD/CAM or visualizations.
Many technology and production businesses are providing complete collection of laser scanning services and are utilizing the planet’s most innovative 3D scanning applications and data processing software to benefit their customers. Benefit of Käänteinen suunnittelu is the fact that it assists in minimize engineering, design time, expenses, and also replicate part in CAD with precision.