μ³: m(y)ōō THrē was an optical metrology software package developed by talented individuals from computer vision, optical physics and software design fields. With μ³, you can analyse and visualise various imaging data through its powerful 2D and 3D processing pipelines. μ³ intergrates a wide range of functions for applications in Precision Engineering, Advanced Manufacturing, Non-Destructive Testing, and Quality Control & Inspection, Research & Development. For more information, please contact our regional distributors.
Ref: The 5th International Symposium – Supercritical CO2 Power Cycles March 28-31, 2016, San Antonio, Texas, Experimental Assessment of Thermodynamic Properties for Metastable CO2, Derek Paxson, Claudio Lettieri, Zoltan S. Spakovszky, Peter Bryanston-Cross, Akihiro Nakaniwa.
Visualize triangular mesh models as a mesh surface, mesh processing and generate triangular mesh surface from point cloud data.
Prototype a triangular mesh model by generating 2D contours of closed mesh, nesting function to pack the generated contours.
Visualize and process 3D volumetric objects, useful for medical imaging and volumetric rendering.
Complete 3D surface reconstruction using line edge detection.
Retrieve a 3D surface profile distribution from a complex surface.
Analyse structured patterns and retrieve a 3D surface profile distribution of a diffusive object.
3D reconstruction from an object of convex shape.
Process far-field and near-field digital holograms, obtain reconstructed intensity and phase.
Retrieve a 3D surface profile of a micro object by using the interference of light.
Measure the microscale (micron and nano range) displacement of a specimen with diffusive surface.
Material testing. Calculate the deformation of an object and retrieve the strain-stress relationship to obtain the basic properties of the material.
Component labeling, object boundary detection and object bounding box detection capabilities.
9 Kaki Bukit Road 1, Eunos Technolink #03-07, Singapore 415938
+65 6748 5517