nSpec®3D has a large set of tools which detect and navigate an entire sample in the field of view. The Graphical User Interface (GUI) has tools that can search, mark, and slice an image to identify features of interest and eliminate artifacts. The software uses state-of-the-art classification tools that allow the machine to mark features automatically for both quality control and research. The nSpec®3D software combines dispersion measurement capability with material roughness measurement.
nSpec® 3D
nSpec® 3D
Quantitative results and structure classifications of compounds and dispersions at the click of a mouse.
Learn MoreRapid Topography and Inspection of Complex Materials
The nSpec®3D calculates and displays surface topographies and quantitative roughness measurements. Quantitative results and structure classifications of compounds and dispersions at the click of a mouse.
nSpec® 3D
How Does it Work?
- With automated, optical microscope, high-resolution cameras—both mega-pixel and spatial resolution—combined with advanced computer pattern recognition and artificial intelligence algorithms.
nSpec® 3D
Specifications
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Resolution:
50nm
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Thresholding:
x, y, z axes
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Histograms:
Surface roughness distribution
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Area of Interest Analysis:
Vertical, horizontal and regions of interest
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Feature Classification:
By size, frequency, morphology
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X,Y Scanning Capability:
200 x 300 mm
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Z Axis Full Range of Motion:
100 mm
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Standard Objective:
20x
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Weight:
30 kg
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Dimensions:
40 cm x 60 cm x 90 cm (not including computer components)
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Included:
Computer, monitor, keyboard
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Power Requirements:
110/220 vAC, 50/60Hz, 10 amp
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Gesture Control:
Topography rotation and zoom
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Sample Loading:
Custom automation available
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White Light Illumination:
LED (other options available)
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Brightfield/Darkfield Objectives:
20x standard, additional objectives optional
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Differential Inference Contrast:
(Normarski)
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Nosepiece:
Single standard, optional multi objective