More Data With LSX16 & LSY30
Laser Ablation Tomography (LATscan™) is a new technology that enables higher speed, resolution, and quality than any other state-of-the-art tomography technology. Super high-resolution three-dimensional data can be rapidly acquired to create full-color digital models that can be segmented, quantified, and analyzed. Compositional information can be collected to robustly map the internal and external structure with unprecedented precision. The model data can be used to perform physics simulations, allowing researchers to gain deeper insights into the fundamental mechanisms at play in their specimens.
LATscan's LSX16 provides powerful structural and computational fluid dynamic analysis to solve critical problems in agricultural, pharmaceutical, industrial, life science and academic research and development. Our patented technology is used in many applications, including chemical identification and characterization, as well as advanced phenotypic analysis, and specimen structure.
LATSCAN BENEFITS
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Zero or minimal sample preparation
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Rapid data acquisition of biological samples - 1mm long section in 140 seconds
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Sample size up to one inch by one inch
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Full color
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High resolution (not dependent on sample dimensions) - 400 nanometers and greater
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Enables virtual analysis of internal and external structure
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Data mining using machine learning facilitate rapid feature recognition and quantification
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Easily integrated into existing sample analysis pipelines
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Analysis is material indifferent
APPLICATIONS
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AGRICULTURAL
Plants, Pests, Interactions thereof, Soil
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GEO-CHEMICAL​​
Porosity, Permeability, Organic Content
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MATERIALS SCIENCE
Synthetic Failure Analysis, Composities
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BIOMEDIAL
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FEATURES
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Geometric and Micro Anatomic Structure Visualization
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Compositional Visualization
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Morphometric Analysis
-
Spectral Fluorenscent Imaging
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Tomographic Models & Animations
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Sub-Micron Resolution
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Wide Range of Scales: <1 mm to 25 mm
LATSCAN BENEFITS
-
Zero or minimal sample preparation
-
Rapid data acquisition of biological samples - 1mm long section in 140 seconds
-
Sample size up to one inch by one inch
-
Full color
-
High resolution (not dependent on sample dimensions) - 400 nanometers and greater
-
Enables virtual analysis of internal and external structure
-
Data mining using machine learning facilitate rapid feature recognition and quantification
-
Easily integrated into existing sample analysis pipelines
-
Analysis is material indifferent
APPLICATIONS
-
AGRICULTURAL
Plants, Pests, Interactions thereof, Soil
-
GEO-CHEMICAL​​
Porosity, Permeability, Organic Content
-
MATERIALS SCIENCE
Synthetic Failure Analysis, Composities
-
BIOMEDIAL
​
FEATURES
-
Geometric and Micro Anatomic Structure Visualization
-
Compositional Visualization
-
Morphometric Analysis
-
Spectral Fluorenscent Imaging
-
Tomographic Models & Animations
-
Sub-Micron Resolution
-
Wide Range of Scales: <1 mm to 25 mm