FARO Introduces FOCUS S 70 Laser 3D Scanner


Source: faro.com

Focus S Laser Scanner Arrives


FARO Focus S 70 is a high-precision short-range scanner specially designed for professional architects, builders, planners, forensic scientists to create BIM / CIM information models and 3D computer vision systems.


3D laser scanning of a building. Source: faro.com The

Focus S 70 handheld scanner allows you to quickly, simply and accurately measure various objects and buildings. It records 3D data of facades of architectural structures, complex structures, industrial and warehouse buildings and other large-sized objects, providing realistic and accurate to the smallest scan results at a distance of 0.6 to 70 m.

Like the FARO Focus M 70, which poured in early 2017 into the award-winning FARO Focus family, the Focus S 70 is characterized by industry-class performance at the best price / performance ratio.

Its advantages, in particular, include:

  • , IP 54. , , .
  • HDR-.
  • — -20°C +55°C.

In addition, users are still not limited in choosing those software tools that are more suitable for them to organize the production process, they may prefer both their own FARO - SCENE software and third-party software solutions, such as Autodesk ReCap.

A number of additional features inherent in the FARO Focus S 70 make it ideal for use where scanning at a more or less close distance is required. The accuracy of ± 1 mm was inherited by Focus S 70 from scanners of the following level: Focus S 150 and Focus S 350.

When FARO SCENE is installed on a PC or mobile device, FARO Focus S scanners support unique real-time registration - directly during scanning. Such registration became possible with the advent of SCENE software version 7.0.

Data of 3D scanning, one or several at a time, is wirelessly transmitted to a workstation / PC, where it is processed and recorded.

Short distance, combined with best-in-class accuracy: the scanner is designed for both indoor and outdoor applications requiring scanning at a distance of up to 70 meters and with an accuracy of ± 1 mm.

Image capture speed of nearly 1 million dots per second.


Source: faro.com

Joe Arezon, FARO Commercial Director:

“We were extremely pleased with the positive feedback the Focus M 70 received. This confirmed our expectation that the low-cost, short-range industrial scanner supported by the reliable, best-in-class FARO quality will be enthusiastically welcomed.

We constantly listen to the wishes of our customers and as a result we can offer the Focus S 70 as a more accurate companion for the Focus M 70. Our company has unique capabilities to meet the most diverse performance requirements in all market segments and in applications using 3D scanning data ” .

About FARO


FARO company develops and sells coordinate measuring machines and devices for processing three-dimensional images, as well as software for them. FARO technology allows you to take three-dimensional measurements with the highest accuracy, visualize and compare parts and complex structures, which helps to improve the production process and ensure high quality. Devices are used to test components and assemblies, quickly prototype, 3D-document for large spaces and structures; in geodesy and construction, as well as for investigation and reconstruction at the scene of accidents or crimes.

FARO is headquartered in Lake Mary, Florida. The technological center and production complex of the company, covering an area of ​​about 8,500 square meters. m, located in Exton, PA. There, research is carried out, development is underway, laser trackers, 3D scanners and measuring manipulators are produced and maintained.

The European regional headquarters of the company is located in Germany, in the city of Stuttgart, the regional headquarters of the Asia-Pacific region - in Singapore. FARO also has offices in the United States, Canada, Mexico, Brazil, Germany, the United Kingdom, France, Spain, Italy, Poland, Turkey, the Netherlands, Switzerland, India, China, Malaysia, Thailand, the Republic of Korea, Australia and Japan.

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