ATOS 5 – Precision Through Innovation


Game changer in 3D scanning technology with high-speed precision measurements

Developed for industrial use, the ATOS 5 delivers high-precision data in a short measuring time even under harsh conditions. The full-field 3D measuring data allows comprehensive process and quality control, visualizing hidden errors and thus speeding up production processes.  The right combination of hardware and software allows for safe integration of 3D metrology into production. The industrial housing is protected against dust and splash water. The whole system ensures fast and interference-free data transfer.


Highest Data Quality

With its powerful light source, ATOS 5 delivers high-precision data for a diverse range of manual and automated applications, from tools and molds to plastic and metal parts. The GOM data quality is particularly evident in the detail sharpness of the 3D models, for example, in the precise display of smallest details, rib structures, narrow radii or hemmed edges.

Blue Light Equalizer


A Blue Light Equalizer, which increases the brightness of the light source by a factor of 1.5 and transmits uniform, non-coherent, speckle-free light to the projection unit. The Blue Light Equalizer of ATOS 5 is so powerful that even on unconventional surfaces short measuring times can be achieved.

Blue light equalizer

Laser Light Compressor


The light processing of the ATOS 5X is extended by a Laser Light Compressor, which bundles several laser elements to generate an extremely bright light source on the basis of laser light. The light, which is up to eight times brighter, is particularly resistant to ambient light influences and enables measuring areas of up to 1,000 mm and extremely short exposure times.

atos 5 application

High Measuring Speed


ATOS sensors provide full-field 3D coordinates for each individual measurement. Within a few seconds, up to 12 million independent measuring points are captured per scan. This is made possible by the low noise level of the Blue Light Equalizer. This allows for measuring areas of up to 1000 mm and at the same time extremely short exposure times. Acquisition times of 0.2 seconds are reached.

Mobile Measurement System


Eliminate travel costs and save time by moving the system to the part. The ATOS 5 and 5X is completely portable and can be relocated with relative ease. With the use of dynamic referencing, difficult environment conditions are accounted for to maintain high quality scans.

ATOS 5 mobile

Touch Probe – Tactile Measurements


The GOM Touch Probe allows discrete point measurements in conjunction with ATOS 5 and 5X measurements for points that are hard to obtain via line of sight issues. The touch probe can be used for online data alignment as well.

Triple Scan - Touch Probe

Technical Specifications

Sensor Configurations


ATOS 5 (8M) ATOS 5 (12M) ATOS 5X (12M)
Camera Pixels 2 x 8M 2 x 12M 2 x 12M
Minimum Measuring Area 170 x 130 mm 170 x 130 mm 320 x 240 mm
Maximum Measuring Area 1000 x 750 mm 1000 x 750 mm 1000 x 750 mm
Point Spacing 0.058 – 0.289 mm 0.048 – 0.236 mm 0.068 – 0.0.236 mm
Light Source 1.5 x brighter LED 1.5 x brighter LED Ultra-bright Laser Light
Laser Class 2/3B*
Operating Temperature 5 – 35˚C
5 – 35˚C
5 – 35˚C

* according to standard IEC 60825-1: In 2014, classified as a Class 2 laser in automated use and as a Class 3B laser in manual use (safety distance without safety goggles > 700 mm).

ATOS Technology Features


Triple Scan Easy scanning of shiny or dark surfaces and complex parts
Blue Light Technology Scanning independent of environmental lighting conditions
Automation Level 1 Rotation table, linear units, tilt and swivel units
Automation Level 2 Robotic
Fast Scanning Mode Yes
GOM Touch Probe Compatible Yes
Sensor Controller Internal

Computer Hardware


High-End PC Yes
Notebook Operations Yes, for increased mobility
Variable Workstation Standing and Sitting Working Heights
Power Supply 90-230 V AC
Cable Length to ATOS Light Weight Cables up to 30m
Interested in the ATOS 5 & 5X?
Call Now Button1300 3D SCAN