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Overview of SpatialAnalyzer

Discover the capabilities of SpatialAnalyzer (SA), an advanced metrology architecture that integrates various instruments using an object-oriented, open architecture. SA features a user-friendly graphical environment for easy visualization and communication, allowing real-time control of the assembly process. With direct CAD import capabilities, integrated measurement technologies, and rigorous optimization engines, users can manage complex projects seamlessly. Experience advanced analysis, customizable reporting, and distributed computing for enhanced efficiency and traceability in your measurement processes.

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Overview of SpatialAnalyzer

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  1. Overview of SpatialAnalyzer

  2. Overview of SA • Metrology Architecture • Instruments – CAD – Analysis – Traceable! • Object Oriented Open Architecture • Easy to Use Graphical Environment • Visualize Communicate • Common User Interface • Interfaces to +50 different instruments • Multiple On-Line instruments (simultaneously) • Advanced Analysis Technology • Bundle different instruments and stations • Relationship Optimization • Rigorously - Tested Optimization Engine

  3. Overview of SA • Direct Model Controlled Assembly Automation • Direct CAD Import (CATIA V4 & V5, UG, ProE) • Closed-loop assembly with the design features • Real-Time 6D control of assembly process • ISO Combined Uncertainty and Analysis • Graphics  Visualize 3D Uncertainty Clouds • Combine Measurement Technologies • Programmable Measurement Process Scripting • Integrated Custom Reporting • Collections  Manage Large Scale Jobs

  4. 13:22:06 13:22:06 SA’s Distributed Computing Architecture SpatialAnalyzer Interfaces Instruments TCP/IP Port j NetBEUI Port XX TCP/IP Port 1 TCP/IP Port 2 TCP/IP Port 3 TCP/IP Port m TCP/IP Port k TCP/IP Port n TCP/IP Port X Network Sessions Remote Monitor SA TCP/IP Port m TCP/IP Port o RS-232 ComX TCP/IP Port X

  5. Distributed Computing Architecture • SA is Object Oriented • Encapsulates unique instrument capabilities • Inheritance between interfaces  Common UI • Cooperative Environment between Instruments • Communication Architecture • TCP/IP from SA to Instrument Interfaces • Instrument Interface to Instrument in RS-232, TCP/IP, NetBEUI, etc. • Direct interface to Aux Instrumentation (e.g., Level, Alignment Lasers, Thickness etc.) • Remote Monitoring: TCP/IP from SA0 to SA1, … SAn

  6. Auxiliary Instrumentation Integrated Metrology Technologies • Laser Trackers • Laser Radar – Targetless • Laser Scanners • PCMM’s • Digital Videogrammetry • Optical Triangulation • Local GPS • Theodolite Networks • Auxiliary Instrumentation • e.g., Levels, Alignment Lasers, Thickness, Environmental + more

  7. Classic Optimization Points to Points Points to Surface Relationships + NonLinear Constraints Point to Point Points to Objects Groups to Objects Frame to Frame Object to Object … Etc. ERS Relationships Optimize with SA

  8. Build Direct from CAD Model • Multiple Watch Windows • Watch to CAD Features • Multiple Stations On-line • Synchronized Build Updates • Integrated 3D & 6D Updates • MP Script support for Build

  9. SA  Solutions • Inspection Automation! • Direct to CAD Feature – GD&T • ISO Combined Uncertainty Analysis • Traceable Measurements  all raw data is archived • Building • Direct to CAD Features  Relationship Optimization • Multiple Instruments and Stations • 3D – 6D Real-Time Control • Analysis • Simulation Pre-Planning • Machine Control • Robot and Metrology Integration • Reverse Engineering • Surface Creation

  10. Templates and Measurement Plans • SA Template Files • CAD Model and Setup • Instruments Location and Settings • MP  Script of Measurement Process • Load Template • Start Instrument Interface • Data Collection  Drive Instrument • Auto-Alignment to CAD • Feature Detection  Extraction • Feature Analysis • Generate Report • Save and Archive Inspection

  11. Integrated Reporting • Reporting: Graphics, Tables, Results • OfficeXP Word and Excel docs • Custom Reports with MP • SPC Charting • HTML • AVI Movies • ODBC

  12. SpatialAnalyzer

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