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    Rapid Laser Texture Scanner 9500

    Laser Texture Scanner 9500

    The portable Model 9500 Laser Texture Scanner is a rapid macrotexture scanner that replaces the Sand Patch Test (ETD) and Circular Texture Meter (MPD). The scanner requires a host computer to operate (not included) and completes a full scan of a 4″ × 4″ area in approximately 90 seconds, providing fast results on the host computer.

    Laser Texture Scanner 9500 In Operation

    9500 In Operation

    Laser Texture Scanner 9500 Front View

    9500 Front View

    Laser Texture Scanner 9500 3D Analysis

    3D Analysis

    FeaturesAMES 9400HDAMES 9500
    Calculates Mean Profile Depth (MPD), Estimated Texture Depth (ETD), RMS, Ra, Rq, Skewness, Kurtosis & VARSoftware Needed
    Index Units Can Be Set to Metric or ImperialSoftware Needed
    Built In GPS Receiver
    Backlit LCD for Easy Night-time Viewing
    Includes Sun Shroud with a Cutout Window and Measurement Rulers
    Scan Area104.00 mm x 72.00 mm4” x 4”
    Collects Both Elevation Height Data and Scan Intensity Image
    Scanner Immediately Displays the Results On a Sunlight Readable LCD Built-in Display (1997 ISO Version)Analysis Software
    Texture ScansMacro1 & Micro2 TextureMacro texture
    Sampling DistanceProgrammable (5 Presets)Fixed
    Laser Type1 Single Point Laser4 Inch Line Laser
    Requires Low Pass Filter
    Microsoft Windows Tablet Included
    External USB Port Available
    A Windows Based Computer Can Be Used to Directly Control the Scanner
    *
    File StorageAll Files Are Stored On the Scanner for Later DownloadAll Files Are Stored On the Microsoft Windows Tablet

    * Can be controlled from a computer, but is easier to operate directly on the scanner.

    1 Macro texture: .5 mm and above

    2 Micro texture: .5mm and below

    Common Applications

    - Sand Patch Test Alternative- Bridge Decks- Paving Stones- Aircraft Carrier Decks- Fault Measurement- Built in GPS Receiver- Polished Concrete Surfaces- Racetracks & Tire Wear

    Calculations Overview

    • - Mean Profile Depth (MPD)
    • - Estimated Texture Depth (ETD)
    • - Power Spectral Density (PSD)
    • - Root Mean Square (RMS)
    • - Band Pass Selectable Elevation & Slope Variance

    3D Analysis Suite

    • - A comprehensive Windows based 3D analysis suite
    • - In-depth viewing and analyzing of scan data
    • - Point-to-point measurement, surface model, point model, and black & white

    Features

    • - Calculates Mean Profile (MPD), Estimated Texture Depth (ETD), RMS, Ra, Rq, Skewness, Kurtosis and VAR
    • - Scan Area: 4″ x 4″
    • - Laser type: 4″ Line Laser
    • - Length Resolution: 4”/2048: 0.00195” = .0496 mm
    • - Width Resolution: 4”/2448: 0.00163” = .0415 mm
    • - Vertical Resolution: 0.01 mm
    • - Scan Time for full scan: 90 seconds
    • - Collects both elevation height data and scan intensity image
    • - Data stored in binary .LTS file for downloading to PC for interpretation using Ames windows-based 3D viewing software
    • - Exportable CSV files are available for import into other applications
    • - Built in GPS Receiver
    • - Index units: Metric or Imperial
    • - Windows software application has the ability to crop the original scans into smaller areas of interest
    • - Product Dimensions 305 mm x 151 mm x 290 mm(L x W x H)
    • - Weight: 4.2kg
    • - Data Storage: Reserved for calibration files only.
    • - Backlit LCD for easy night-time viewing
    • - Scanner comes with included rugged Windows 2-in-1 laptop for easy remote data collection
    • - External USB port is available for USB memory sticks that can be used to easily transfer data to a desktop computer for further data analysis
    • - A Windows desktop computer can also be used to directly control the scanner for use in a lab setting
    • - Windows software application has the ability to crop the 4” x 4” scans into smaller areas of interest
    • - Includes sun shroud to block out ambient light when performing scans outside
    • - The sun shroud also has a cutout window with measurement rulers which are useful in locating the actual area that will be scanned