Overview

eMMA Inspector is a specialized software module designed to facilitate the efficient analysis of extensive optical measurement datasets. It offers a comprehensive 3D native environment that allows users to explore and interact with data, enabling the identification and comparison of regions of interest. The software employs advanced heatmap color visualization technologies to quickly pinpoint problematic areas within the data. Additionally, eMMA Inspector utilizes a compression method that reduces the original measurement file size by more than 90%, ensuring fast and smooth interaction during the exploration of measurement results, even for large datasets. This capability is particularly beneficial for manufacturers dealing with substantial volumes of measurement data. Furthermore, eMMA Inspector supports the joint analysis of tactile and optical data, combining the analytical capabilities of eMMA Analyst for tactile measurements with dedicated techniques for optical measurements. This integration enables a comprehensive analysis of both types of data within a unified platform.

Features and Capabilities

• Efficient Data Management: Employs lossless compression to reduce binary STL meshes to 5% of their original file size, facilitating the handling and storage of large datasets.
• 3D Interactive Analysis: Provides a 3D native environment for users to explore and interact with measurement data, enhancing the analysis process.
• Heatmap Visualization: Utilizes heatmap color visualization technologies to quickly identify problematic areas within the data, streamlining the analysis process.
• Joint Analysis of Tactile and Optical Data: Combines the analytical capabilities of eMMA Analyst for tactile measurements with dedicated techniques for optical measurements, enabling comprehensive analysis of both data types.
• Metrology System Independence: Supports data exchange through all stages of product development, prototyping, and production, independently of the measurement system being used.
• Lossy Compression of Large Visual Data Sets: Employs lossy compression techniques to handle large visual data sets efficiently, ensuring smooth interaction during data exploration.
• PDF Documentation Support: Supports both PDF documentation and interactive on-the-fly 3D analysis, providing flexibility in data presentation and review.
• Quick Identification of Problematic Areas: Enables rapid identification of problematic areas within measurement data, facilitating timely interventions and quality control measures.
• Fluid Exploration and Analysis of Large Datasets: Ensures fast and smooth interaction during the exploration of measurement results, even for large datasets, through efficient data handling and compression methods.
• Comprehensive Data Integration: Integrates various data types and sources, providing a unified platform for comprehensive analysis and decision-making.