3D Scanner
Fast and accurate 3D scanning solutions for
automated quality control.
3D Scanner
Fast and accurate 3D scanning solutions for
automated quality control.
3D Scanner
MetraSCAN-R BLACK™|Elite
Fast and accurate 3D scanning solutions for automated quality control
Fast and accurate 3D scanning solutions for automated quality control
Designed for automated quality control applications, the R-Series™ 3D scanning solutions are perfect for manufacturing companies who want to increase their productivity by measuring more dimensions on more parts without compromising on accuracy.
The MetraSCAN 3D-R™ is a powerful, innovative robot-mounted optical CMM scanner that can be seamlessly integrated into automated quality control processes for at-line inspection in mass production. Its cutting-edge technology enables manufacturing companies to detect quality issues faster.
The CUBE-R™ leverages the power of the MetraSCAN 3D-R in a high-productivity industrial measuring cell that is designed to be integrated into factories for at-line inspections. Compared to traditional CMMs, the CUBE-R is much faster, providing a gain in productivity and better efficiency.
Accuracy of 0.025 mm
(0.0009 in)
Certified
ISO 17025
Repeatable
results
Short cycle
time
Worldwide
support
High
resolution
Accuracy of 0.025 mm
(0.0009 in)
Certified
ISO 17025
Repeatable
results
Short cycle
time
Worldwide
support
High
resolution
The MetraSCAN 3D-R enables the measurement of hundreds of parts per day. Perfect for at-line inspection in mass production, it brings quality control as close to the part as possible. From easy integration to quick and simple installation, the MetraSCAN 3D-R helps you speed up your automated quality control processes—and accelerate your time to market.
Due to its metrology-grade accuracy, repeatability, and resolution, the MetraSCAN 3D-R delivers high-quality results, whether on surfaces, trims or geometric features. The MetraSCAN 3D-R is free from rigid measurement setups, making it a 3D scanner engineered for industrial automation in shop-floor conditions. Thanks to the C‑Track optical tracker that enables dynamic referencing, both the 3D scanner and the part can move during inspection—maintaining part alignment as well as measurement accuracy and reliability.
Combining the power of optical and blue laser technologies, the MetraSCAN 3D-R has the capability to both generate highly efficient 3D scans on shiny surfaces or on objects with variations in reflectivity and measure various part sizes and different surface geometries. The MetraSCAN 3D-R is available as a custom solution with an industrial robot or as a completely turnkey measuring solution with Creaform's CUBE-R.
Due to its operational simplicity, compatibility with metrology software, and off-line programming, the CUBE-R is a CMM that is accessible to all, regardless of the level of expertise or experience. The user interface makes it simple for operators, who are non-experts in robotics nor metrology, to measure parts regardless of size, shape, or complexity. Once the measurements are completed, quality control engineers can focus on analyzing and reviewing the results.
The MetraSCAN 3D-R can be used for all types of quality control or quality assurance application thanks to leading-edge performance levels.
Accuracy
0.025 mm
(0.0009 in)
Volumetric accuracy
0.078 mm
(0.0031 in)
Measurement rate
Up to 1,800,000
measurements/s
Part size range (recommended)
Up to 3 x 1.5 m
(9.8 x 4.9 ft)
VXelements™
The MetraSCAN 3D-R seamlessly operates with VXelements, a fully integrated, user-friendly 3D scanning software platform. VXelements’s range of advanced modules let you leverage all the dimensional information captured by MetraSCAN 3D-R in a simplified, feature-rich data processing environment.
VXscan-R™
Digital Twin Environment Software Module
VXscan-R is a reliable and accurate digital twin environment useful for program preparation, scan parameters adjustment—speed, shutter time, and scan resolution—simulation and execution. With VXscan-R’s scanning intelligence and dedicated functions, programming robot paths and optimizing the line of sight become easier and faster..