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M210UW deployed by a U.S. Navy diver in the Puget Sound near Seattle, Washington.
Newton Labs

For information on Newton Labs underwater laser scanner products, please contact:
lasersales@newtonlabs.com

M210UW & M310UW Laser Scanner Operations

Observe, identify and quantify current underwater conditions
including rust, wear, fissures and corrosion of components

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This fully dimensional CAD model of an underwater jet pump bracket bolt was rendered in 3-D software by combining point clouds from consecutive scans at different positions. Areas of greenish coloration indicate corrosion.*

Both the M210UW and M310UW underwater laser scanners operate by optical triangulation. The projected laser line sweeps the target surface and the high-resolution camera, centered on the target, captures any deformation of the line and sends the information to the control console where the Newton-developed algorythms create and record a point cloud, enabling precise, post-session dimensioning using industry standard three-dimensional software. Although specifically designed for use in fresh or salt water, these versatile scanners can also operate in air.

  • The M2100UW is able to scan a target as close as 6 in. (150mm) and out to a distance of 3 ft. (0.9M) for a scan coverage area of 2.1 ft. x 2.9 ft. (64 cm x 88 cm). The M210UW system measures underwater targets up to an accuracy of +/-.0004 (0.01mm) (after processing with third-party, 3D software**)
  • The M310UW is able to scan as close as 1.5 ft. (0.46 m) and out to a distance of 10 ft. (3 m), where its field of view is an area nine feet by seven feet (2.80 m by 2.08 m). The M300UW system measures underwater targets up to an accuracy of +/-.001 in. (0.025 mm) (after processing with third-party, 3D software**)
  • Both scanners are designed to scan and capture much larger target areas by combining several point clouds together to form larger composites.
  • Operators may select from several levels of scan quality via the user interface. The shortest, most coarse scan takes 15 seconds, while the longest and most detailed takes approximately three minutes.
  • Laser light color is maximized for water penetration. The specific wavelength of the laser allows for highest possible efficiency underwater transmission.
  • The scanner camera only accepts the specific color produced by its own laser and LED lights, greatly reducing any contamination from stray light in the scanning environment; thus making both models relatively immune from any other underwater work lights during operation.
  • In the visual observation mode, the LED ring array on the head illuminates the area and the camera transmits a monochrome image to the control console screen to assist the operator for optimum positioning and on-site analysis.
  • The control console powers and communicates with the scanner through the cable via low-voltage DC power and signals, and the camera sends scan results up via Gigabit Ethernet.
  • All data is permanently stored for later analysis and study via in-console solid state drive and/or transferred by USB to a flash drive.

  

*Image is the property of Westinghouse Electric Company LLC. Used with permission

**All M210UW and M310UW accuracy is related to the field of view, distance from the object to be measured and can vary by the parameters of the object. Consult Newton for the specific accuracy that can be obtained for your proposed object.

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Newton Labs Size comparison of M210UW & M310UW

(L) M210UW underwater laser scanner
(R) M310UW extended distance underwater laser scanner

Methods of deployment

Either scanner can be deployed by a variety of methods: pole mounting, a pan-tilt mechanism, an articulated arm, an ROV, or other robots.

Watch a short, demonstration video of the Pan-Tilt Arm HERE.