Discover how manufacturing companies can gradually deploy the PolyWorks 3D metrology digital ecosystem to avoid disturbing operations and obtain efficiency gains at every step of their digital transformation journey.
Discover how to perform multipiece feature-based inspections without a usable CAD representation more efficiently, with probing guidance plus feature scanning guidance and automatic feature extraction, thanks to the measurement guides technology introduced in PolyWorks|Inspector™ 2022.
See how measurement operators can execute probing workflows more efficiently by displaying guidance arrows, measurement instructions, probed points, and common probing functionalities before their eyes using the Microsoft HoloLens smart glasses and PolyWorks|AR™ 2022.
Transform collision-free 3-axis CNC CMM sequences into optimal 5-axis sequences by efficiently integrating 5-axis moves and head touch probing.
Discover how to efficiently perform a multipiece dimensional analysis on complex geometries using PolyWorks|Inspector™ controlling powerful Hexagon SLS scanners and turntables.
Learn how PolyWorks|AR™, a PolyWorks|Inspector™ mixed reality plug-in for the Microsoft HoloLens smart glasses, radically transforms the experience of measurement operators by superimposing vivid holograms on physical pieces and assemblies.
See how we made the transformation and understand how the PolyWorks enterprise solution can directly contribute to enhancing your company’s competitivity and increasing the value of your expertise.
Managing 3D measurement data is a major challenge. The growing popularity of 3D scanning technologies yields large inspection projects. Discover how you can achieve substantial daily productivity gains by using PolyWorks|DataLoop™.
With this new technology, scan your parts and quickly display surface imperfections. Detect bumps, dents, and scratches, monitor part degradation over time, and locate missing functional elements, such as spot welds or rivets.
Discover a new groundbreaking automatic surfacing algorithm perfectly integrated within an intuitive curve-based surfacing workflow.
Learn how to efficiently measure and control sheet metal freeform cutouts and part sections by using the enhanced polyline creation and extraction tools along with the new GD&T-compliant line profile tool.
Discover how probing an object using multiple steps can greatly increase the flexibility and power of your measurement sequences with faster run times.
Learn the benefits of integrating PolyWorks® into your production environments.
Discover three preproduction tasks that greatly benefit from our latest innovations.
When a part is inspected with the help of its CAD model, the CAD model is used throughout the project to align the part, extract features, and produce pass/fail results. When inspecting a part by scanning without using a CAD model, you go through those same steps obtaining measured-to-nominal deviations but using a different toolset.
With the introduction of PolyWorks|ReportLoop™, a free Excel-based smart reporting solution, you can link spreadsheet cells directly to PolyWorks® inspection project data.
Inspecting a part in PolyWorks|Inspector™ with the support of a CAD model is not always an option. While using CAD models is a very efficient way of getting the nominal geometry required for performing an alignment, obtaining measurement deviations, and driving measurement guidance, when they are not available you can perform part inspection just as well.