MaxSHOT 3D

MaxSHOT 3D

The MaxSHOT 3D optical coordinate measuring system is designed for engineers, manufacturers, and quality control teams that are looking to achieve the highest measurement accuracy and repeatability for large-scale metrology projects. With the MaxSHOT 3D you can now achieve accuracy better than 0.015mm/m on parts that are 2 to 10 meters.

Image of Creaform VXinspect 3D scanning software graphic representation

VXinspect

VXinspect

VXinspect™ is an intuitive and powerful 3D inspection software designed for manufacturing companies conducting first article inspection (FAI) or quality control. Directly integrated into VXelements™, Creaform’s 3D software platform and application suite, VXinspect provides the simplest integration of probing, 3D scanning and photogrammetry measurements.

VXmodel

VXmodel

An essential addition to Creaform’s line of 3D scanners, VXmodel is a post-treatment software that directly integrates into VXelements enabling you to finalize 3D scan data for use in 3D printing or CAD software. VXmodel is a simple yet powerful tool to complement your CAD software.

VXremote

VXremote

VXremote is Creaform’s remote access software application used to increase users’ efficiency in the field by providing fast and easy remote access to VXelements, the 3D software platform that powers Creaform’s entire fleet of 3D scanning and measurement technologies. VXremote enables users to better visualize real-time scanned data and change parameters—even when they are far from their laptops. It is particularly useful when scanning large objects or when the scanning has to be performed in constrained or remote areas.

VX Track Inspection Software

VXtrack

VXtrack

Included with C-Track, a complete portable 3D measurement solution. VXtrack will accelerate your manufacturing and quality control processes. From assembly control and monitoring to crash-test dummy applications. It accurately and efficiently measures the positions and orientations of reflectors in space; all measurements can be taken simultaneously and accurately. This makes it possible to control displacements, drive assembly processes or measure deformations.