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Verisurf Software Features Optimized Metrology Workflows

Verisurf 2025 includes optimized workflows for inspection, reporting, reverse engineering, tool building and guided assembly.

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Software interface
Verisurf 2025 supports all brands and models of three-axis and five-axis CMMs, including Renishaw Revo RVP Vision and RFP Fringe sensors. Source: Verisurf Software Inc.

Verisurf Software Inc.’s Verisurf 2025 software is a CAD/CAM-based metrology software featuring intelligent model-based definition (MBD). It includes optimized workflows for inspection, reporting, reverse engineering, tool building and guided assembly.

The software is configured in application modules delivered through powerful solution suites designed to optimize the user experience and execution of workflows. The Verisurf user interface reflects the application modules in a Windows ribbon bar style. It is said to provide a familiar user experience and enable new and existing customers to quickly identify and utilize each solution suite’s workflows and underlying features, tools and capabilities.

Verisurf software is designed to support the manufacturing enterprise, whether in the quality lab, on the shop floor or out in the field. Verisurf features additional application modules that can be added as needs increase. It offers flexible licensing options, including subscription, perpetual, standalone and networkable licenses, as well as license borrowing.

Verisurf 2025 powers all measurement hardware devices, including coordinate measuring machines (CMMs), arms, scanners, trackers and all contact and non-contact Renishaw Revo five-axis sensors. The software enables customers to take advantage of five-axis CMM technologies with its no-code five-axis path planning, designed to provide speed and flexibility without compromising accuracy. Additionally, Verisurf 2025 powers all Renishaw five-axis probe systems and Revo’s entire family of sensors. Utilizing a five-axis probe system for inspection provides numerous productivity gains. The number of operations and fixturing is reduced, probe orientation changes are eliminated and the mass of the machine moves less due to five-axis behaviors and the head’s infinite positioning capabilities.

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