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Accurately model critical as-built underwater features

Newton Labs develops and manufactures laser scanning systems that are specifically designed to operate underwater. Each scanner outputs a point cloud so detailed, that when utilized with industry-standard
three-dimensional software, a fully measurable CAD model can be generated.

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Underwater laser scanners by Newton Labs enable engineers to easily measure, observe, identify and now quantify
rust, wear, fissures and corrosion of components in saltwater, freshwater or in-vessel nuclear environments.

M200UW undeerwater laser scanner

M200UW Underwater Laser Scanner
NM200UW

NM200UW Nuclear Underwater Laser Scanner
M300UW underwater laser scanner

M300UW Extended Distance Underwater
Laser Scanner

The M200UW is versatile laser scanner specifically designed to operate underwater that also provides for in-air use. The system combines rugged, industrial-grade hardware and electronics with sophisticated, Newton-developed software that compensates for the disruptions of refraction, turbulence and suspended particulates, characteristic of the underwater environment. The NM200UW is designed to operate in a range of 6.0 in. to 3.0 ft. (150 mm to 900 mm).

The NM200UW is designed to operate
in-vessel to provide precise, reliable and efficient dimensioning of as-built features, as well as to track cycle-to-cycle degradation of components.
The accuracy of the NM200UW as-built measurements enable reliable 3-D CAD files to be generated, so that any in-vessel replacement parts needing to be fabricated require little or no, on-site reworking in order to achieve a proper fit.

The M300UW is designed to operate underwater with an effective scanning distance of between 1.5 feet and 10 feet (0.46m to 3m) from a target surface. The M300UW extends the usage range of measurements, compared to the M200UW, by a factor of more than three times, potentially shortening large project scanning time for the dimensioning of cracks, welds and other structural, man-made or geological features.