See how Verisurf optimizes 3D scanners for productive and efficient inspection and reverse engineering. Speed up data acquisition and handling, eliminating much of the tedious and complex work typically associated with scanners and “big data.” Let our pros wow you with automated inspection plans for scanned data with automatic feature extraction. Create brilliant, color reports for automatic AS9102 and ballooned drawing, first article inspection reports (FAIR). For reverse engineering, see full-powered, true CAD-based NURBS surfacing and sketching with parametric solid modeling, all enabled by powerful mesh creating, editing, optimizing, and auto-surfacing.

Verisurf CMM programming lets you significantly reduce inspection plan setup from hours to minutes with very little learning curve. Use on any CMM in a revolutionary, click-and-build, graphics rich interface. While allowing users to reduce both programming time and cycle time, the architecture and workflows make it easy for novice operators to become effective even without a lot of experience on CMMs. Ask us about our 5-axis CMM probing exceptional capabilities!

Optimize your unique large-volume jobs with modern laser tracker technology and Verisurf software. Do things with one operator that many have to do with two. Save time and improve your workflow for real-time, computer-aided assembly and tool-building.

Automate the whole process with extremely intuitive, graphical electronic work instructions (program plans) that are a must when you have to work far from the device and computer workstation.

Verisurf boosts the performance of CMM arms and scanners to their highest potential, including the scanning operation and post-processing tasks for both reverse engineering and inspection. Automated workflows, automatic feature extraction, full model-based GD&T, and support for all scanning devices are just a few of the many inspection benefits. Reverse engineering includes mesh creation, cleanup, filtering, optimization, registration/alignment, and full CAD-supported parametric modeling.