GOM Metrology

Highly resolving

The latest camera technology with two 12-megapixel cameras provides a high spatial resolution. That way, not only small strain but also local strain effects in large measuring areas can be measured.

Fast

The system can be used out of the box. The exchangeable camera frame and preset and certified measuring lenses allow for a fast adjustment of measuring areas.

Robust

The robust housing design gives stability to the sensor and at the same time reduces the need for sensor calibration for applications in industrial environments.

Reliable

Controlling the sensor using the GOM Testing Controller ensures stable communication between software and hardware. For a high process reliability of the sensor, image acquisition can be monitored by the trigger assignment within the cameras.

Digital image correlation and point tracking algorithms for 3D testing data

Thanks to GOM Correlate Pro, you can capture measuring data from pictures and motion picture material. Such videos can provide accurate recordings and individual analysis of dynamic processes. These then can be evaluated for specific purposes. The software analyzes strains, displacements, velocities, accelerations, rotations, angles and changes in angle, and much more. GOM Correlate Pro uses digital image correlation and point tracking algorithms to measure 3D coordinates with subpixel accuracy and tracks them over time. Motions and deformations can be captured and evaluated in 3D space.

Compared to ARAMIS SRX, ARAMIS 3D Camera 12M is an alternative for medium-fast measurements of small specimens up to large objects. With 12 megapixels and a maximum image recording rate of 25 fps at full resolution, the sensor has the proper resolution to reliably specify material characteristics in the field of materials and component testing, for example. By reducing the resolution, the image recording rate can be increased to 100 fps.

SPECS :

ARAMIS 3D Camera 12M

Camera resolution     4096×3000 pixels

Frame rate (fps)

25 fps @ full resolution
43 fps @ 2496×2096 pixels (5M mode)
75 fps @ 1/3 image height
100 fps @ 2048×1500 pixels (Binning mode)
150 fps @ 1/6 image height

Camera support (mm)

150 | 300 
600 | 1200 | 1600

Accessories

Touch Probe
Calibration object
Reference point markers
Deformation spray package
Stand
Transport case

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The New ATOS Compact Class

ATOS Q is reliable and versatile and therefore perfectly suited for complex measurement and inspection tasks. The compact system meets high metrological demands.

The Product Management division is headed up by Dr. Jan Thesing. In the interview, he describes important features of the ATOS Q sensor and explains why using ATOS Q is profitable.

Reliable – a real ATOS sensor

In almost all industries, ATOS sensors have established themselves as optical 3D measuring systems. Their success is based on precise optoelectronics, robust sensor design and powerful software. ATOS Q takes this success story further: The sensor perfects the triad of design, technology and performance. The result: a versatile and compact system with real ATOS DNA.

ATOS design

ATOS Q is specifically developed for industry use and delivers fully traceable measurement results—even under harsh conditions. The optical and electronic systems of the robust, optical 3D sensor are dustproof and splashproof, making all ATOS Q sensors ideally suited for the move from the measuring room to the shop floor. Users will appreciate the ATOS Q sensor because of its simple and convenient operation.

ATOS technology

ATOS Q captures quality information quickly and with a high degree of detail, providing a reliable basis to easily interpret this information. Its Triple Scan Principle offers advantages for measuring reflective surfaces and objects with indentations. The Blue Light Equalizer increases the brightness of the light source and transfers uniform, speckle-free light to the projection unit.

ATOS performance

Thanks to the Blue Light Equalizer and fast data processing, ATOS Q impresses with an outstanding performance. The Blue Light Equalizer enables high-speed fringe projection and is so powerful that even on uncooperative surfaces short measuring times can be achieved. Industrial ports with fiber optic cables and robust plug-in connections allow for high data throughput.

Versatile – ATOS Q rises to the challenge

The compact ATOS Q sensor is very versatile. It solves complex measurement and inspection tasks in manual, semiautomated or fully automated operation on the GOM ScanCobot and in the ATOS ScanBox 4105.

Manual

With a weight of only 4 kg and its compact design, ATOS Q is light and can be easily moved. It can be used on a tripod in the measuring room but also mobile in production.

Semiautomated

Combined with a tripod or alternatively a desk stand and the GOM ROT 350 rotation table or a Motorization Kit, ATOS Q can be used in semiautomated operation.

Automated

ATOS Q reaches its maximum efficiency on the GOM ScanCobot and in the ATOS ScanBox 4105. The systems enable serial quality control with high throughput and high process reliability.

ATOS Q is shaping quality

ATOS Q is designed as a flexible 3D scanner for complex measurement and inspection tasks in different industries. Interchangeable lenses ensure high-precision measurements of small to medium-sized parts. Changing from the smallest to the largest measuring volume is easy thanks to the fixed camera position.

SPECS ATOS Q 8M : 

Light source    LED

Points per scan    8 million

Measuring area [mm²]    100 × 70 – 500 × 370

Point distance [mm]    0.04 – 0.15

Working distance [mm]    490

Weight    approx. 4 kg

Dimensions    approx. 340 mm x 240 mm x 83 mm

Cable length    10 m fiber optic cable

Operating system    Windows 10

Measuring volumes    100, 170, 270, 350, 500

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A small scanner for precise meshes and big ideas

GOM Scan 1 is here to open up new possibilities. Industrial standards such as GOM fringe projection technology and Blue Light Technology deliver the foundation for detailed and accurate 3D meshes. Meanwhile, the integrated software GOM Inspect helps you apply the mesh to any project you want: 3D printing, reverse engineering or part inspection. So, go ahead and start something big.

A powerful 3D scanner

GOM Scan 1 features a compact shape and robust design filled with advanced technologies. From GOM’s Blue Light Technology to the stereo camera principle, this sensor is built to deliver 3D data with high precision.

Small, mobile and super easy to use

The lightweight solution allows you to capture 3D data intuitively. Easy to operate, GOM Scan 1 is the specialist for simple and fast measurements of small to medium-sized parts – even in confined spaces.

Fast and precise

GOM Scan 1 with pre-installed GOM Inspect takes meshes to the next level. You can rely on high quality data, generate precise meshes and get your 3D data easily and fast.

Choose your measuring volume

Different applications have different requirements. GOM Scan 1 is available in three versions with the measuring volumes: MV 100, MV 200 and MV 400. With all three sensors you can rely on high-precision measurements for small to medium-sized objects.

Get there fast with fringe projection

GOM Scan 1 is an optical 3D fringe projection scanner. It captures the complete surface of components with blue fringe projection and delivers detailed resolution in no time.

A self monitoring system for real life issues

Due to the stereo camera principle, the sensor recognizes changing ambient conditions during operation and can compensate for these changes. To ensure the quality of the measuring data, the software of the sensor continuously monitors the sensor status.

Precision in all lighting conditions: GOM’s Blue Light Technology

The projection unit of the new GOM Scan 1 is based on Blue Light Technology. Since the sensor works with narrowband blue light, interfering ambient light can be filtered during image acquisition. Due to its powerful light source, short measuring times can be achieved.

Prepare to print with intelligent mesh editing

GOM Inspect lets you smooth, thin and refine polygon meshes, fill holes or extract curvature lines, achieving very accurate meshes that can be saved in many common formats. The best part: our smart polygonization. It creates a mesh with highest detail while keeping the mesh size easy-to-handle.

Apply it for :

3D printing
Reverse engineering & manufacturing
Virtual display or 3D models
Research and education
Art and heritage
Design
Healthcare

SPECS :

Gom Scan 1 ( 100 )

Points per scan    : 6 million
Point distance  : 0.037 mm
Measuring area  : 100 x 65 mm²
Working distance: 400 mm
Light source    : LED
Weight    approx. : 2,5 kg
Dimensions    : 290 x 215 x 80 mm³
Cable length    : 5 m
Connection    : USB 3
Operating system : Windows 10
Software    : GOM Inspect

Gom Scan 1 ( 200 )

Points per scan    : 6 million
Point distance  : 0.060 mm
Measuring area  : 200 x 125 mm²
Working distance: 400 mm
Light source    : LED
Weight    approx. : 2,5 kg
Dimensions    : 290 x 215 x 80 mm³
Cable length    : 5 m
Connection    : USB 3
Operating system : Windows 10
Software    : GOM Inspect

Gom Scan 1 ( 400 )

Points per scan : 6 million
Point distance   :  0.129 mm
Measuring area  : 400 x 250 mm²
Working distance: 400 mm
Light source    : LED
Weight    approx. : 2,5 kg
Dimensions    : 290 x 215 x 80 mm³
Cable length    : 5 m
Connection    : USB 3
Operating system : Windows 10
Software    : GOM Inspect

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