Surface Imaging & Metrology Software. time. Turning surface data into analysis reports

Transcription

1 Surface Imaging & Metrology Software time Turning surface data into analysis reports

2 RANGE Mountains - the most complete FORM & VISION SOFTWARE 3D OPTICAL & TACTILE PROfILOMETRY SOFTWARE Images courtesy of Sensofar Confocal & Interferometric Microscopy software SCANNING PROBE MICROSCOPY SOFTWARE SCANNING ELECTRON MICROSCOPY SOFTWARE MountainsMap SPM 2D OPTICAL & TACTILE PROFILOMETRY SOFTWARE MountainsMap Profile X = 15 μm Y = 12.0 μm Z = 2.9 μm MountainsMap SEM 2D HANDHELD ROUGHNESS METER SOFTWARE MountainsMap Ra MountainsMap dedicated software packages. Numerous optional modules are available for advanced and specialized applications. MountainsMap Form HYPERSPECTRAL (RAMAN) SOFTWARE Images courtesy of Bayspec MountainsMap Scanning Topography Images courtesy of Agilent Technologies MountainsMap Imaging Topography Images courtesy of LNE, France 2 MountainsMap HyperSpectral OPTICAL MICROSCOPE SOFTWARE MountainsMap Image

3 software range for surface analysis Pick the best solution for each of your surface analysis instruments Designed for instrument manufacturers, research laboratories and industry, Mountains provides dedicated imaging and metrology software packages for the widest range of instrument families. Each dedicated MountainsMap package brings highly valuable functions to a specific type of microscope, profilometer or spectrometer including: Imaging visualization of the surface data obtained by the instrument using cutting edge imaging technology and intelligent filters. Analysis analytical studies in accordance with the very latest standards and methods. Report creation creation of detailed surface metrology reports in a smart desktop publishing environment with powerful automation features to speed up analysis. Dedicated packages are complemented by the all-in-one MountainsMap Premium and the modular MountainsMap Universal packages. Compatible with all types of instrument, these packages are the ideal tools for laboratories seeking synergy between a combination of instruments. Custom packages are designed by Digital Surf for instrument manufacturers under partnership agreements. Combine data from different instruments for correlative studies Mountains incorporates a diversity of instrument imaging and metrology savoir-faire that is unique on the market, enabling scientists, technologists and industrialists to work in the same Mountains environment with a wide range of instruments of different types: an easy way to enter the world of correlative studies. Mountains combines and colocalizes data from different instrument families. For example it can combine microscope images and Raman density maps with 3D surface topography measured by a 3D optical profiler, a scanning probe microscope or a profilometer. 200 nm 60 nm SEM+ STM Images courtesy of IEMN, Lille Fluorescence + AFM Images courtesy of Agilent Technologies

4 4 IMAGING visualize every surface See 3D surface topography in real time Cutting edge imaging in Mountains 7 provides Real time imaging of 3D surface topography at any angle and zoom level Vibrant rendering Six predefined configurations for near-perfect lighting conditions Comprehensive image enhancement tools OpenGL and Direct3D support Image of biferroic nanocomposite courtesy of ICMAB-CSIC See multi-channel data overlaid on 3D topography Confocal microscope: solar cell AFM: organic material Images courtesy of Carl Zeiss Topography Topography Image overlay on topography Correlate non-topographical multi-channel data with 3D surface topography to facilitate location of surface features. In Mountains working with a multi-channel image set is as simple as using a topography-only image. Phase Phase overlay on topography Visualize and quantify surface evolution in 4D Simulate a flight over a 3D surface that changes in real time and monitor its evolution with respect to time or another dimension (for example, temperature, pressure, magnetic field). Output the video of your flight for use in presentations. Use principal component analysis (Karhunen-Loève transform operator) to identify areas of preponderant change or different rates of change. 3 out of a series of images of an acid attack on glass, Images courtesy of LNE (French National Metrology Institute). Sz 2.92 nm Sz 9.95 nm Time Sz 32.0 nm

5 feature with cutting edge imaging Make hidden features visible Use the comprehensive range of intelligent filters in Mountains 7 to remove anomalies and enhance image quality. Make hidden surface features fully visible and accessible to analysis. Before: a raw STM image After: atomic step heights in 3D. Go 3D with your SEM Reconstruct 3D surfaces from images obtained by scanning electron microscopes. Enter a new dimension and exploit the 25 years of experience in surface topography behind Mountains. There are two ways to go 3D: 3D reconstruction from 2 images taken at different tilt angles (or anaglyphs) using Mountains stereophotogrammetric algorithms. 3D reconstruction from 4 images captured by quad detectors using Mountains photometric stereo methods (shape from shading), providing specific optimization for rough surfaces. Go beyond instrument physical limitations MountainsMap stitches optical microscope images enabling users to go beyond horizontal field of view limits without compromising high local resolution. The software also overcomes the vertical range limitations of single-point scanning systems by patching together scan data obtained at different heights.

6 6 METROLOGY the latest surface Analyze surface texture from Ra to ISO raw surface waviness surface Mountains includes advanced ISO techniques for filtering roughness & waviness. It calculates the most comprehensive set of ISO areal and profile parameters. 3D parameters include a full set of ISO height, functional bearing ratio, spatial, hybrid, functional volume and feature parameters. ISO parameters can also be expressed as equivalent ASME B46.1 (USA), GB/T (China), DIN (Germany), JIS (Japan), NF (France), BSI (UK), UNI (Italy) and UNE (Spain) parameters, so that you have the right parameters wherever you are. roughness surface Carry out functional analysis of tribological surfaces The study of friction, core and lubrication zones on tribological surfaces is one of many advanced surface texture analysis features in Mountains. Graphical study of ISO functional volume parameters.

7 analysis standards & methods Analyze grains, particles, islands large grains small grains Morphological analysis of grains is carried out using multiple complementary tools including binarization, thresholding with respect to height and segmentation. Analyze frequency spectra, directionality, scales Study process-surface interactions and phenomena at different scales using Fourier and wavelets analysis. Display frequency spectrum, power spectrum density, autocorrelation and intercorrelation plots. Calculate isotropy, directionality and periodicity. Denoise surfaces using the FFT plot editor.

8 88 METROLOGY METROLOGY from from surface geometry to Measure distances, angles, volumes, step heights Step heights (according to ISO ) Distances, angles, points. Volume of a crater or hole. Mountains provides all of the tools you need for fast and accurate analysis of surface geometry. Analyze contour dimensions and form deviation with tolerancing Geometrical dimensioning of extracted vertical and horizontal contours is available for all applications from automotive to nanotechnology. Form deviation analysis can be carried out on workpieces at any scale.

9 surface to surface composition composition Analyze texture cells (motifs) Isolated surface features are located and quantified using motifs analysis, incorporating powerful ISO segmentation by watersheds and Wolf pruning algorithms. Morphological parameters are calculated for individual or all motifs. Spherical caps are displayed on microlens arrays and spherical parameters including radius are calculated. Analyze surface composition (Raman spectrometry) Substrate reference spectrum Hyperspectral cube Microbeads reference spectrum Density map Solutions for Raman and FT-IR spectrometers include interactive visualization of spectra and hyperspectral cubes, compositional density mapping with respect to reference spectra, and visualization of flattened hyperspectral cubes in 3D. Analyze AFM force curves AFM force curve analysis includes automatic adhesion point detection, wormlike chain (WLC) models of protein unfolding, and statistics on series of curves.

10 10 PRODUCTIVITY create analysis Analysis workflow: one tool for traceability, fine tuning & automation The analysis workflow provides a graphical representation of every step in an analysis document for full metrological traceability. Just click on a step in the workflow and fine tune it at any time. Or apply the workflow as a template to automate the analysis of similar measurement data sets. For example, automatically analyze multiple static (finished) and/or dynamic (ongoing) data populations so that they are ready for statistical analysis. Easy integration into research and production INPUT the job Mountains inputs over 100 measurement data and image file formats that are used in research and production. SHARE the work MATLAB TM compatibility means that researchers can also design their own custom operators using MATLAB TM and execute them in Mountains. Instrument manufacturer partners can also benefit from Mountains SDK which makes it possible to develop specific application-oriented tools that are integrated into Mountains as new bricks (plug-ins). OUTPUT the result All numeric results can be exported in an Excel TM compatible text file format for further processing by third party tools including quality management systems. Multi-page Mountains analysis documents can be published in standard PDF and Word TM compatible RTF formats. All frames (including surface images and tables) can be output in PNG, JPG, GIF, BMP or EMF bitmap formats at 96 dpi to 1200 dpi so that they can be integrated into posters and presentations. Pass Green/red pass/fail traffic lights are displayed automatically with parameter values and tolerance limits.

11 reports quicky & easily Tools that work like magic Mountains converts complex algorithms into tools that everyone can understand easily and use with just a few mouse clicks. Using the Partition and Level operator, a single mouse click is enough to identify, extract and level planes on surfaces such as MEMS and mechanical components (see sequence to the right). Using the Retouch operator any defect in a measurement (piece of dirt, hole, missing data) can be identified using the mouse, then mathematically healed and replaced seamlessly by a smooth shape. Using the Remove Outliers operator, outliers in optical profiler measurement data are removed automatically. Using the Advanced Contour module, a measured profile can be automatically dissassembled into segments of lines and arcs of circles - either for separate study or for matching individually or globally with a CAD DXF file. Work fast in a smart user environment Get started fast and create multi-page surface metrology reports quickly and easily based on examples and tutorials. Use example documents and modify them at will. Substitute your own measurement data and images for the ones in the document and see how all of the analytical steps are recalculated automatically with respect to your data! Find the functions that you need easily thanks to the new Mountains 7 logical top-down organization, going intuitively from the most general concepts to individual functions. Fine tune your surface images and analyses thanks to the contextual object inspector which is presented automatically by the new ribbon-based interface. Get help as you work thanks to expanded tooltips that provide a first level of help. And most important of all: work comfortably in your own language!

12 Surface Imaging & Metrology Software ethiktaktik.com HQ, R&D 16 rue Lavoisier Besançon France Sales Office (Paris) 6 avenue des Andes - Bât Courtaboeuf Cedex France Support Office (Tokyo) French Chamber of Commerce and Industry Iida Building, 5-5 Rokubancho, Chiyoda-ku Tokyo Japan Contact Tel : Fax : contact@digitalsurf.fr Specifications subject to change without prior notice. Copyright Digital Surf, all rights reserved