CUBE-R Series

Product Introduction

The CUBE-R™ optical 3D scanning coordinate measuring machine is a comprehensive turnkey solution for automated quality control applications—fast, reliable, and efficient. The automated 3D measuring machine, MetraSCAN 3D-R, is a powerful robot-mounted optical 3D scanner that integrates into factory automation systems while ensuring 3D measurement precision. It is undoubtedly the perfect alternative for resolving productivity issues caused by traditional coordinate measuring machine (CMM) bottlenecks.

Unlike existing turnkey 3D CMM solutions, this optical 3D laser scanner allows manufacturing enterprises to fully leverage the advantages of optical measurement and industrial automation. This CMM helps users maximize production cycles, improve productivity, and enhance product quality.

The CUBE-R all-in-one automated inspection system integrates a robot, online inspection system, scanning hardware, inspection software, radar, and a complete safety enclosure, making it an exceptional inspection workstation.

Specification 

Features

1) Powerful Functionality

Creaform.OS is a powerful integrated operating software that provides an ideal 3D measurement experience, regardless of which system hardware it is paired with.

2) Intuitive

The platform features an intuitive interface, user-friendly tools, embedded content, and learning tutorials. It is designed to enable new and inexperienced users to quickly master its operation, ensuring they fully leverage the capabilities of 3D scanners and optical CMMs.

3) Scan-to-CAD

A highly intuitive reverse engineering toolkit that allows for the seamless transfer of data extracted from 3D scans directly into any CAD platform.。

4) Inspection

A comprehensive feature set designed for efficient and precise dimensional inspection.

5) Automation

A user-friendly integrated programming platform used to deploy automated quality control solutions.

6) Dynamic Tracking

The dynamic tracking module is capable of simultaneously determining the position and orientation of multiple objects in both space and time.