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Both, says Hodgson, “fill a big void in the marketplace: How do you take geometry and manipulate and build it for additive?” Both import part data, position the part, optimize the geometry and lattice creation, set printing strategies, calculate the scan-path, arrange the build platform, and send the optimized scan path to the printer.ģDXpert offers an array of options for build support. 3D Sprint is for plastics AM 3DXpert, for metal.
#ARTEC STUDIO MIRROR REGISTRATION#
A revised Global Registration algorithm, a resource-intensive operation to convert all the scanned data to a single coordinate system, works up to 20 times faster than in previous versions.ģD Systems has two primary AM-centric design software packages: 3D Sprint and 3DXpert. Also, the software lets users compare scans and 3D CAD models with heat distance maps.Īrtec Studio Version 12 can optimize the size of the final file by reducing the number of polygons from millions to thousands while maintaining a high-quality mesh. Smart base removal automatically eliminates the surface on which the object is standing, even if that surface is curved. Tracking algorithms handle texture and geometry advanced algorithms automatically map texture where data is missing. There’s no need to prepare an object in advance just point the 3D scanner and shoot. The software controls how the scanner captures data and with what level of precision. Manufacturers can scan objects directly to Artec Studio, then export the resulting geometry file to any AM machine or CAD system. Both of these factors are constrained by a variety of properties beyond the need for adequate workholding, such as build envelop and the mechanical properties of the build material.Īrtec Studio 3D ( ) scanning and data processing software handles reverse engineering (e.g., AM) and quality control inspection. The software also needs to be capable of orientating parts and designing external supports for the build. For instance, the software has to be able to generate internal support structures to minimize manufacturing stresses during the build, strengthen the finished part, and, for metal, provide adequate heat transfer.
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It has to be “AM aware.”ĪM design software is basically a mash-up of computer-aided design (CAD), computer-aided engineering (CAE), finite element analysis (FEA), and simulation-plus functions to prepare scanned geometry for AM. Metrology software can capture a scanned part for AM, but the software must do more. Take metrology software, for example, which finds and compares measurements. This is why getting the right tool for the job is crucial-even software tools. There’s no clean-up.” There’s not much else the software can do. But “most scanning software is pretty basic,” explains Chris Strong, president of Rapid Scan 3D ( ), a distributor of metrology and reverse engineering hardware and software. Scanning parts to create data clouds is a key process in metrology and additive manufacturing (AM aka, 3D printing).
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Miscommunication, even simple misinterpretations, can be costly: assembled parts don’t fit, scrap and rework increases, mechatronic systems have unintended bleed-throughs, life and death are at stake. Language: So necessary for communication so often the cause of miscommunication. A cutaway (right) of the metal additive print exposes the lattice with unsintered powder trapped inside, leading to a 35 percent weight reduction for the part. Lightweighting a solid piston head leads to integrating an internal lattice for structural integrity using 3DXpert from 3D Systems (left).