Renishaw MODUS V1.11

Renishaw MODUS metrology makes sophisticated measurement simple.

Renishaw MODUS provides a powerful platform to develop and run inspection programs, including full support for its revolutionary REVO 5-axis measurement technology.

Renishaw MODUS interface is highly user-configurable, allowing you to tailor the screen layout to suit the task that you are doing.

MODUS is designed to take full advantage of CAD-based inspection.

MODUS provides a powerful range of programming functions, both offline and by the CMM, supported by an easy to use interface that assists with measurement best practice.

MODUS provides traditional text reports, whilst its graphical reporting delivers a wide range of full-colour pictorial inspection reports.

MMclient software allows the original MeasureMax software to run on a CMM utilising Renishaw's UCC controller system.

MODUS real time reporting large modelFull support for I++ DME compliant metrology controllers, including Renishaw's UCC range of universal CMM controllers

Full compatibility with REVO

CAD-driven offline programming, with support for neutral formats of IGES, STEP, Parasolid® and VDA-FS

High quality integration with the CATIA® (v5 and v4), Siemens® NX™ (previously Unigraphics®), Pro/E® and Solidworks® CAD / CAM solutions

Full motion simulation including 5-axis moves

Native DMIS support

Certified mathematical algorithms

Powerful text and graphical reporting

Flexible output of results data including certified Q-DAS

Powerful metrology software

MODUS screenshot blisk measurement

Renishaw's MODUS software provides a powerful platform for 5‑axis measurement. A configurable user interface allows native DMIS programs to be developed offline, drawing geometry, embedded dimensions and tolerance data from CAD, with full simulation. The software includes certified algorithms for feature measurement, feature construction and part alignment.

Programs can be created offline directly from CAD with on-screen probe path verification. The CMM environment, the fixture and the location of the part on the machine can all be defined, enabling full simulation of 5‑axis measurement programs. This minimises CMM down-time as programs arrive at the machine ready to run, with little or no prove-out time required.