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CT User Meeting 2017Visualisierung und Analyse von Volumendaten
2017-11-15
Dr. Marco ZeschkyProduct Management
22017-10-11Carl Zeiss Industrielle Messtechnik GmbH, Dr. Marco Zeschky, X-Ray
Agenda
123
Functionality
Outlook & Further Information
Introduction
32017-10-11Carl Zeiss Industrielle Messtechnik GmbH, Dr. Marco Zeschky, X-Ray
ZEISS NEO insights
The easiest software for visualization and analysis of CT volume data
42017-10-11Carl Zeiss Industrielle Messtechnik GmbH, Dr. Marco Zeschky, X-Ray
When to use NEO insights
Simple and easy defect inspection of multi materialInspection
Simple and easy measurement of single materialMeasure-ment
Simple and easy comparison of nominal-actual and actual-actual partsComparison
Simple and quick communication of measurement results to anyone
Communi-cation
Simple and convenient visualization of volume dataVisualization
52017-10-11Carl Zeiss Industrielle Messtechnik GmbH, Dr. Marco Zeschky, X-Ray
Agenda
123
Functionality
Outlook & Further Information
Introduction
62017-10-11Carl Zeiss Industrielle Messtechnik GmbH, Dr. Marco Zeschky, X-Ray
Taking a look at the NEO insights UI
Tab BarEditorExplorer
Menu Bar Tool BarMain Area
Navigation Bar
Action Bar
72017-10-11Carl Zeiss Industrielle Messtechnik GmbH, Dr. Marco Zeschky, X-Ray
Navigating through NEO insights
Blue thread
The blue thread guides you from left to right and from top to down through the measurement
82017-10-11Carl Zeiss Industrielle Messtechnik GmbH, Dr. Marco Zeschky, X-Ray
Core benefits
Important functionality (1/6) porosity check
Porosity visualization Highlights
Manual inspection of defects Sliding through different 2D
slices of the CT volume data for different views Clipping of the CT volume data
to analyze porosity in 3D
Quick, easy and destruction-free inspection of material defects Tracing back and early correction
of manufacturing process errors Prevention of early part wear down
due to improved quality system
92017-10-11Carl Zeiss Industrielle Messtechnik GmbH, Dr. Marco Zeschky, X-Ray
Core benefits
Material detection Highlights
Automated detection and visualization of different materials Manual inspection of different
materials
Improved visualization by automatic detection and coloring of different materials
Important functionality (2/6) material detection and inspection
102017-10-11Carl Zeiss Industrielle Messtechnik GmbH, Dr. Marco Zeschky, X-Ray
Core benefits
Feature recognition Highlights
Automated recognition of elements by activating “automated feature recognition”
Time savings as manual touching of measurement points is obsolete Easy creation of measurement
plan by “click and pick” of recognized features
Important functionality (3/6) automated feature recognition
112017-10-11Carl Zeiss Industrielle Messtechnik GmbH, Dr. Marco Zeschky, X-Ray
Core benefits
Feature selection Highlights
Clicking on desired feature and choosing of desired feature for inclusion in measurement plan
Automated proposal of often required and linked features and characteristics Quick and easy inspection plan
creation by clicking and picking the relevant features and characteristics*
Important functionality (4/6) inspection plan creation
* Patent pending
122017-10-11Carl Zeiss Industrielle Messtechnik GmbH, Dr. Marco Zeschky, X-Ray
Core benefits
Deviation visualization Highlights
Viewing of overall 3D deviations Viewing of 2D deviations in slices Previews of mini tables Comparison of actual-actual parts
during production
Quick comparison of good and bad parts by simple visualization Quick and easy in-line production
inspection of good or bad parts
Important functionality (5/6) nominal-actual comparison
* Patent pending
132017-10-11Carl Zeiss Industrielle Messtechnik GmbH, Dr. Marco Zeschky, X-Ray
Core benefits
Deviation visualization Highlights
Taking of SnapViews during measurement plan creation Integration of SnapViews in PiWeb
Easy way to visualize results for anyone Automated updating of
SnapViews during CNC run and integration in protocol
Important functionality (6/6)snap views
* Patent pending
142017-10-11Carl Zeiss Industrielle Messtechnik GmbH, Dr. Marco Zeschky, X-Ray
Core benefits
Deviation visualization Highlights
Creation of standard protocols or own protocol formats Integration of SnapViews in
protocol
Easy and integrated reporting of measurement results Automated updating of SnapViews
during CNC run and integration in protocol
Integrated ZEISS PiWeb reporting
* Patent pending
152017-10-11Carl Zeiss Industrielle Messtechnik GmbH, Dr. Marco Zeschky, X-Ray
Central data & results management in PiWebsbs and PiWeb enterprise
CT volume data Measurementresults
162017-10-11Carl Zeiss Industrielle Messtechnik GmbH, Dr. Marco Zeschky, X-Ray
Linking the entire work process chain with NEO insights STL format
ZEISS METROTOM
ZEISS NEO insights
ZEISS Reverse Engineering
172017-10-11Carl Zeiss Industrielle Messtechnik GmbH, Dr. Marco Zeschky, X-Ray
Core benefits
Deviation visualization Highlights
Loading a project created with NEO insights including all necessary results (CAD and CT volume data) Creation of additional or new mini
tables for the nominal-actual comparison
Serving as interactive report including SnapViews Free of charge
Using the NEO viewer free of charge
182017-10-11Carl Zeiss Industrielle Messtechnik GmbH, Dr. Marco Zeschky, X-Ray
Agenda
123
Functionality
Outlook & Further Information
Introduction
192017-10-11Carl Zeiss Industrielle Messtechnik GmbH, Dr. Marco Zeschky, X-Ray
System requirements for NEO insights
Software
Operating system:− Microsoft Windows 7 (64 Bit)
Professional, Enterprise or Ultimate Edition
− Microsoft Windows 10 (64 Bit) Professional or Enterprise
Other:− Windows Internet Explorer
(version 7 or higher)
Hardware
Processor:− Intel Core i7, 64 Bit, ≥ 3,2 GHz RAM:− ≥ 16 gigabyte Graphics card− Support of Open GL 4.3,
Graphics memory ≥4 GB, Recommendation: NVIDIA
Monitor:− 19’’ monitor Full HD Hard drive− (depends on the project size)
Installation: 1.5 GB SSD hard drive
Pointing device:− Three-button mouse Drive:− Recommendation: DVD writer (+/-
RW) for data backup Interfaces:− The interfaces required for
communication with your measuring machine depend on the measuring machine used.
− Free USB connection for the installation via the USB stick.
Processor:− Intel Core i7, 64 Bit, ≥ 3,2 GHz RAM:− ≥ 64 gigabyte Graphics card− Support of Open GL 4.3,
Graphics memory ≥8 GB, Recommendation: NVIDIA
Monitor:− Dual monitor ≥ 22’’ Full HD Hard drive− (depends on the project size)
Installation: 1.5 GB SSD hard drive
Pointing device:− Three-button mouse Drive:− Recommendation: DVD writer (+/-
RW) for data backup Interfaces:− The interfaces required for
communication with your measuring machine depend on the measuring machine used.
− Free USB connection for the installation via the USB stick.
Recommended requirementsMinimum requirements
202017-10-11Carl Zeiss Industrielle Messtechnik GmbH, Dr. Marco Zeschky, X-Ray
Further information on ZEISS NEO insights
YouTube / Software Portal Go to…
See the YouTube tutorial on ZEISS NEO insights for a first glimpse at:
https://www.youtube.com/watch?v=5GeUzRdiFi8
Don’t have own CT volume data?
Download test data or a measurement planfrom the ZEISS IMT software download portal at:
https://sdp.metrology.zeiss.com/Home/LoginLandingPage
212017-10-11Carl Zeiss Industrielle Messtechnik GmbH, Dr. Marco Zeschky, X-Ray