© 2009 z corporation zscanner ® introduction handheld, self-positioning 3d scanners
TRANSCRIPT
© 2009 Z Corporation
ZScanner® IntroductionHandheld, Self-Positioning 3D Scanners
© 2009 Z Corporation 2
Contents
• Z Corporation Overview
• ZScanner Applications
• Company X Application Review
• ZScanner Benefits to Company X
© 2009 Z Corporation 3
Z Corporation Overview
• Z Corporation is the Growth and Innovation Leader in 3D 3D scanning and 3D printing
• 5,000+ customers worldwide
• Located in Burlington, MA USA (Boston Area)
• Serving MCAD, AEC, Education, Entertainment, GIS, Medical markets
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Proven Technology
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How are ZScanners used?
• Reverse Engineering
• Inspection
• Digital Analysis
• Archiving
• Visualization
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Reverse Engineering
Capture digital models to modify in CAD
•Examples– Aftermarket parts
– Packaging
– Customize fit
•Benefits– Faster time to market
– Improved ‘fit’
– Fewer defects
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Reverse Engineering: Visteon
• Tier 1 Global Supplier of Automotive Parts
• Business: Building up ‘cross systems,’ a merger of climate, lighting, interior and electronic components
• Challenge: Developing a complete understanding the of the environment in which the new system must be created
• Solution: “We scan interiors to establish set up shapes, and then figure out how to fit in electronic and mechanical components.”
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Inspection
Validate that physical part meets requirements
•Examples– Identify defects in parts (first article
inspection)
– Identify defects in tooling
– Diagnose production problems
– Qualify new vendors
•Benefits– Find errors earlier
• When they are less expensive to fix
– Diagnose problems faster• Get production back on line
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Inspection: 3M Aycliff UK Manufacturing Plant
• Business: Two manufacturing lines making identical, multi-component respirator assemblies
• Challenge: One of the lines worked perfectly; one of the lines created defective respirators. Needed to quickly and cost effectively identify the source of the problem while maintaining production on the good line
• Solution: Quickly scanned suspect tools and components to verify against the good line. Compare results in Geomagic qualify. Identified the defective tool in less than 2 days
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Digital Analysis
Virtual testing on prototype designs
•Examples– Finite Element Analysis (FEA)
– Computational Fluid Dynamics (CFD)
•Benefits– Test designs earlier in the process
with less equipment and cost
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Digital Analysis: Matrix CAD
• Business: Scanning racecars to help teams reduce drag and increase car performance
• Challenge: Every stock car is custom made, but relatively small variances can cause significant performance differences. Teams need a fast, cost effective means to assess the as built performance of their cars
• Solution: Quickly scan a high performing car and a lower performing car and analyze the differences that increase drag and lower performance
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Archiving
Convert legacy parts to digital data
• Examples– Replacing legacy 2D drawings with 3D
data
– Creating designs of parts with no engineering drawings
• Benefits– Reduce storage space
– Shorter time to production
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Visualization
Place physical parts into virtual settings
• Examples– Video games
– Web marketing
– Cultural preservation
– Virtual training
• Benefits– Greater realism
– Faster capture
– Broader access
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ZScanner Customers
Get More
• Scanning
• Accuracy
• Flexibility
For Less
• Cost
• Training
• Overhead
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ZScanner Awards
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ZScanner in the News
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ZScanner in the News
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ZScanner in the News
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Insert Company NameScanning Application Review
• General Description– What is being scanned?
• Shape? Size? Material? Quantity
– Where is it being scanned?• Multiple locations? Are the parts stationary?
– Who will be doing the scanning?• Number of people? Level of expertise?
– Current Methods• Manually measuring? Laser, White light, probe?
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Insert Company Name Scanning Application Review
Goal: Improve fit between existing boat hull and custom built deck / cabin
Objectives:• Reduce time to ‘mate’ components
from 5 days to 2• Reduce cost of rework by 80%• Improve customer perception of
quality
Benefits:• Every day of ‘mate time’ is worth 4 people x $800 per day• Rework on average if $5k per boat• Could result in 2 incremental sales per year or $600k
Scanner Requirements• Reducing Mate time means fit must be accurate to 1 mm over 5 m• Scanner must be portable• Scanner must require less than one day training for 5 personnel
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Demonstration
• Ease of Use
• Versatility
• Portability
• Speed
• Accuracy
• Resolution
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Easy to Use
• Anyone can use a ZScanner– Simple set-up
• Apply targets
• Start scanning
– See results in real time on monitor• Avoid missing some areas
• Get real-time feedback on proper positioning of scanner
– No external software to learn• Get to an .stl directly from the ZScan
software
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Ease of Use
“You just hold the scanner and start scanning. The device has a red and a green light. At the correct distance from the part — about 1 foot — the green light stays on. So the device tells you where you should be, just one of the many ways it is intuitive.”
-Laura KentProduct Designer, Silgan Plastics
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Versatility
• Different part sizes– Handheld objects to aircraft
• Different kinds of surface finishes– Plastics, metals, composites, painted
surfaces
– Translucent and shiny with some prep
• Scan under and around objects– Hard to reach places
– Objects that cannot be moved
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Versatility
“It’s the only way to scan from the interior of the car because it’s self-positioning.”
-Daniel Vander Sluis Mechanical Architecture Lead Engineer, Visteon
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Portability
• Handheld
• Whole system fits into a suitcase-sized box
• Operates in indoor/outdoor environments
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Portability
Whether you want to scan at a customer site or the middle of the Libyan dessert….
… the ZScanner is the only thing that can get you there
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Speed
• Typical scan technology requires many steps
• Data handoffs
• Frequently involves rework
Set Up Time Scan Time Point CloudConversion Stitch Scans Rework?
No
Yes
End
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ZScanner Speed
• Real-time view of scan data
• Native .stl conversion
• No rework
• No stitching
Set Up Time Scan Time Point CloudConversion
Stitch Scans
EndNo
Yes
Rework?
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Speed
• This racecar body took a grand total of 9 hours from start to completed data model– 1 hour of prep time (2 people)
– 1 hour to build photogrammetry model (1 person)
– 4 hours scan time (2 people)
• Used for aerodynamic testing
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Accuracy
• Specifications vary by system– ZScanner 600: 0.300 mm on 1 m part
– ZScanner 700: 0.220 mm on a 1 m part
– ZScanner 800: 0.120 mm on 1 m part
• Suitable for most scanning applications
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Resolution
• ZScanner 600: 100 x 250 x 250 microns
• ZScanner 700 : 100 x 250 x 250 microns
• ZScanner 800: 50 x 50 x 50 microns
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How it Works:Auto-Positioning System
Adhesive reflective dots mounted on scanned part in random fashion
High-speed CCD cameras track points and use proprietary triangulation to determine part orientation in real time
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How it Works:Real-Time Surface Generation
Automatic surface generation where both laser sweeps intersect on the part
High-quality crosshair laser scans surface of part
Real-time optimization loop between scanner and object
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Self Positioning: Digitize 3D Surfaces in Real Time
• External positioning system not required– ZScanners are part-referenced
• Can use external referencing if needed
– Scan all sides of a part in one session• No need to re-orient part (saves time)
• No need to stitch or register multiple data scans (saves LOTS of time)
• Output .stl surfaces in real time – No point clouds that need to be post-
processed
– You can see your scan progress on the screen
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ZScanners
The world’s first self-positioning, hand-held 3D scanners
• Fast
• Easy to use
• Versatile
• Affordable
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ZScanners
General Purpose High Resolution
Full Color Large Objects
Great Value
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Ensuring Success with ZScanners
• Best-in-class application support
• Method sheets– Best practices
– Tips and tricks
• Online resources– Software updates
– Worldwide user group meeting
– Regular Webexs
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SpecificationsZScanner 600 ZScanner 700 ZScanner 700 CX ZScanner 700 PX ZScanner 800
Overview Economical, handheld, portable, easy to use
Handheld, portable, easy to use, professional accuracy
Color, handheld Large-scale, AICON photogrammetry, portable, easy to use
Benefits of ZScanner 700, plus 5x higher resolution
Weight 0.98 kg (2.1 lbs) 0.98 kg (2.1 lbs) 1.3 kg (2.85 lbs) 1.27 kg (2.80 lbs) 1.25 kg (2.75 lbs)
Dimensions 160 x 260 x 210 mm (6.2 x 10.2 x 8.2 in)
160 x 260 x 210 mm (6.2 x 10.2 x 8.2 in)
172 x 260 x 216 mm (6.75 x 10.2 x 8.5 in)
172 x 260 x 216 mm (6.75 x 10.2 x 8.5 in)
172 x 260 x 216 mm (6.75 X 10.2 X 8.5 in)
Sampling Speed 18,000 measurements per second
18,000 measurements per second
18,000 measurements per second
18,000 measurements per second
25,000 measurements per second
Laser Class II (eye safe) Class II (eye safe) Class II (eye safe) Class II (eye safe) Class II (eye safe)
XY Accuracy Up to 80 microns Up to 50 microns Up to 50 microns Up to 50 microns Up to 40 microns
Resolution 0.1 mm in Z 0.1 mm in Z 0.1 mm in Z 0.1 mm in XYZ 0.050 mm in XYZ
ISO 50 µm + 250 µm/m 20 µm + 0.2 L / 1000 20 µm + 0.2 L / 1000 20 µm + 25 µm/m 20 µm + 0.1 L / 1000
Texture Color N/A N/A 24bit sRGB calibrated N/A N/A
Data Transfer Firewire Firewire Firewire Firewire Firewire
Package Software ZScan™ Lite ZScan™ ZScan™ ZScan™ ZScan™
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Product Description – ZScanner 800
• All the great features of the ZScanner 700
• Plus– Third middle camera
– Button for activating third camera for high resolution mode
– Improved software algorithms
– More rigid and precise hardware construction for enhanced accuracy
• Advantages– Higher Resolution
– Automatic Multi-Resolution
– Enhanced Accuracy
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5X Resolution Improvement
• ZScanner 600/700: Z Resolution is 100 microns– 250 micron XY
• ZScanner 800: XYZ Resolution is 50 microns– 50 micron in all dimensions
• Standard Resolution mode (just like ZScanner 700) for regular scanning. High Resolution mode can then be engaged during scanning for areas of high detail
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High Resolution
Z Scanner
600/700
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High Resolution
ZScanner 800
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High Resolution
ZScanner
600/700
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High Resolution
ZScanner 800
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High Resolution
ZScanner 800
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Automatic Multi-Resolution
• Variation of triangulation based on resolution mode. Larger triangles in lower resolution mode, smaller triangles in high resolution mode.
• In High Resolution field of view becomes smaller
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Enhanced Accuracy
• More rigid and precise hardware construction
• Improved software algorithms
• More precise targets
• Comparison– 40 microns vs. 80 microns
– ZScanner 600: 0.300 mm on 1 m part
– ZScanner 700: 0.220 mm on 1 m part
– ZScanner 800: 0.120 mm on 1 m part
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Why the ZScanner?
• Fast– Quick to set up– Collect millions of data points in minutes
• Easy to use– Experts are not required– Can be a shared resource, especially in education
• Versatile– Wide range of part sizes– Wide range of applications
• Transportable– Used in various locations and environments
• Non Contact– Ideal for delicate or valuable samples
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Real-Time Capture Software
• Easy to learn software
• Plug-and-play system
• Surface optimization algorithm
• Real-time surface rendering
• File export in standard formats
• Meshing optimization
• Sensor auto-calibration
• Compatible with Windows operating systems
– XP Business 32 bit
– Vista Business 32 bit
– Vista Business 64 bit
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Applications
• Reverse engineering– Speed, accuracy and ease-of-
use for aftermarket product design
– Without CAD data from the manufacturer in order to develop mating parts
• Packaging design– Create custom packaging by
scanning product samples for exact geometry and texture data
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Case Studies:Art Reproduction and Restoration
• Frame maker in Utah– Scans segments of giltwood frames then prints the segments in
reverse for molds to be used in reproducing the frame
• Conservation team at a college art museum– Restoration of a 16th century Louis XIV giltwood frame
– Scanning segments that are missing sections of gilt for molds to be used to restore the lost sections
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Case Studies:Reverse Engineering
• Vehicle lighting and plastics manufacturer in Ohio– Uses the scanner to reverse engineer tooling
– Many of their tools were not purchased with drawings and are in need of replacement
– Using the ZScanners to create the drawings for replacement tooling
• A leading U.S. manufacturer of nuclear technology– Uses the ZScanner to convert legacy models to CAD
– Imports the scanned models into CAD as parametric models
– ZScanners are is used to replicate tooling on prototype machines• scanner outputs the stl files directly that are used on those machines
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ZScanner System Summary
• The ZScanners make 3D digitizing faster, easier and more portable than any other system
• Ease of use makes it a shared resource
• Versatile for a wide range of applications
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Z Corporation Worldwide
• Z Corporation USA– (Corporate Headquarters)
– Telephone: +1 781 852 5005
– Email: [email protected]
• Z Corporation Europe– (United Kingdom)
– Telephone: +44 (0)8702 416502Email: [email protected]
• Z Corporation Asia Pacific– Telephone: 1 781 852 5005
– Email: [email protected]
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Applications
• Ergonomic design– Readily scan hand-crafted samples to
produce complex designs from scratch
– Incorporate unique shapes into design and engineering
• Arts and cultural heritage– Produce non-contact scans for accurate
restorations and reconstructions of priceless artwork and architecture
– Document, research and replicate great works for transportation, packaging, museum shops and historical archiving.
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Applications
• Entertainment and games– Create digital media for computer
games and movies directly from artist’s concept models
• Digital archiving– Save money by storing tooling,
samples and prototypes digitally
– Capture legacy design that is not in CAD
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Applications
• Medical education– Create highly detailed reproductions of
complex organs and bone structures
• Medical orthosis– Custom design braces and other
devices for precision comfort
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Applications
• Architecture– Custom Architecture Samples
• Moldings, Columns, etc
• Custom Statues and Logos– Company Logos
– Architectural Themes
• Concrete forms– Custom Concrete Decorations
• Leaves and Nature
• Artist Design that need to be in CAD data
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Why 3D Scanning?
Fastest and most accurate way to measure things
1850 1950 2000
Time perMeasurement(s)
First Practical Micrometer60 seconds
First CMM1 second
ModernLaser Scanners40 micro seconds
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Why 3D Scanning?
• The only way to capture freeform surfaces