OverviewofSA

Overview of SpatialAnalyzer: 

Overview of SpatialAnalyzer

Overview of SA: 

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

Overview of SA: 

Overview of SA Direct Model Controlled Assembly Automation Direct CAD Import (CATIA V4 andamp; 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

SA’s Distributed Computing Architecture: 

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

Distributed Computing Architecture: 

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

Integrated Metrology Technologies: 

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

Optimize with SA: 

Optimize with SA 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.

Build Direct from CAD Model: 

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

SA  Solutions: 

SA  Solutions Inspection Automation! Direct to CAD Feature – GDandamp;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

Templates and Measurement Plans: 

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

Integrated Reporting: 

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

SpatialAnalyzer: 

SpatialAnalyzer