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제품설계 및 생산을 위한<br />

3D 스캐닝 응용기술 소개 세미나<br />

- 역설계 & 품질검사 -


회사 개요<br />

1998년 회사 설립, 14년 차<br />

전세계 3차원 스캐닝 소프트웨어 시장 점유율 1위<br />

브랜드 패키지 소프트웨어(Rapidform®) 수출 1위 기업<br />

직원 수 80 여명 (직원 40% 이상 석사 급 이상 개발인력)<br />

전세계 10 개 법인 사무소 및 40여 개국 225개 대리점 운영<br />

2000년 이후 현재까지 누적 약 7,500 카피 이상 판매<br />

건전한 재무구조: 3 No’s (No VC, No debt and No Government Grant)<br />

2000년 이후 지속 흑자 경영 및 30%~100% 지속 성장<br />

매출액 대비 18% R&D 투자비율<br />

약 70%의 매출액 대비 수출액 비율<br />

전세계 3차원 스캐닝 소프트웨어 시장점유율 1위 기업<br />

IR52 장영실상 2회 수상<br />

신기술 인증 KT마크 2회 획득<br />

신기술 인증 NET, NEP 획득<br />

INNO-Biz, AA등급 선정<br />

신기술인정 KT 10주년 기념 국무총리상 수상<br />

제29회 KTB네트워크 벤처기업대상 대상(과학기술부총리상) 수상<br />

NIST(미국), PTB(독일), NPL(영국)로부터 동시에 소프트웨어 계산 정확도 1등급 인증 세계 최초 획득<br />

일본 니께이CG 평가 세계 최우수 3차원 스캐닝 소프트웨어 선정<br />

2005년 대한민국 10대 신기술 선정<br />

2007년 대한민국 대한민국 소프트웨어대전 대통령상 수상<br />

2009년 세계일류상품 선정, 2010년 Good Software, 2011년 일하기 좋은 기업 선정<br />

DMS, Tokyo<br />

Control, Stuttgart


법인 및 지사<br />

Rapidform은 국내 순수기술로 개발된 소프트웨어<br />

Rapidform, Inc.<br />

Lakewood Colorado, USA<br />

Newark California, USA<br />

Detroit Michigan, USA<br />

Atlanta, Geogia, USA<br />

Rapidform, EMEA<br />

Frankfurt, Germany<br />

Headquarters<br />

Seoul, Korea<br />

Rapidform Technical Center<br />

Dalian, China<br />

R&D Center<br />

Rapidform, JAPAN<br />

Tokyo, Japan<br />

= Rapidform Corporate Office<br />

= Rapidform Sales Partner


주요 고객<br />

Japan<br />

APRICA<br />

ASICS<br />

Bridgestone<br />

Calsonic<br />

CANON<br />

Denso<br />

Fanuc<br />

Fuji Heavy Industries<br />

Fuji Xerox<br />

Hino Motors<br />

Hitachi<br />

Honda Motors<br />

IHI<br />

INAX<br />

ISUZU Motors<br />

KAO<br />

Kawasaki Heavy Industries<br />

Matsushita Electronics<br />

Mitsubishi Electronics<br />

Mizuno<br />

NEC<br />

Nippon Steel<br />

Nissan<br />

NTT<br />

Olympus<br />

P&G<br />

Pentax<br />

RICOH<br />

Sanyo<br />

Suzuki Motors<br />

Toshiba<br />

Toyota<br />

Yamaha Motors<br />

EMEA<br />

Audi AG<br />

Benteler<br />

Cartier<br />

Citroen<br />

Daimler<br />

Ford Ottosan<br />

GE Gmbh<br />

IKEA<br />

Lectra Systems<br />

Lufthansa<br />

MTU Aero Engine<br />

Rolls-Royce<br />

Toyota Motor Sports<br />

Volkswagen<br />

APAC<br />

BenQ<br />

Darfon Electronics<br />

GM Daewoo<br />

GM Holden<br />

Hino Motors China<br />

Hyundai Motors<br />

Hyundai Heavy Ind.<br />

Johnson Control<br />

China<br />

LG Electronics<br />

Samsung Electronics<br />

Ssangyong Motors<br />

USA<br />

Alcoa<br />

BMI Motor Sports<br />

Delphi<br />

Ford<br />

Gentle Giant<br />

Pixar<br />

Digital Domain<br />

Tippet Studio<br />

GM<br />

Hendrick Motor Sports<br />

Honda<br />

Honeywell<br />

Johnson & Johnson<br />

Johnson Controls<br />

Kenworth<br />

Lockheed Martin<br />

Mitsubishi Power Systems<br />

Northrop Grumman<br />

Oakley<br />

P&G


Product Line-up<br />

Reverse Engineering Scan Data Processing Quality Inspection<br />

SDK: Software Development Kit<br />

API: Application Programming Interface


3차원 스캐닝 소프트웨어 기술<br />

Tactile method<br />

Non-contact method<br />

Scanning, Digitizing<br />

Digitized Data<br />

Set of points (x, y, z)<br />

Reverse Engineering<br />

Quality Inspection


Rapidform XOR/Redesign<br />

3D Scan Data<br />

CAD<br />

XOR makes editable CAD models<br />

from 3D scan data quickly


XOR 적용 사례<br />

• Full Car BIW Reverse Modeling


Rapidform XOV/Verifier<br />

3D CAD Model<br />

IGES<br />

STEP<br />

STL<br />

CAD native formats<br />

Including GD&T<br />

3D PMI<br />

Import<br />

©1998-2008 INUS Technology,<br />

Inc. and Rapidform, Inc. All rights<br />

reserved.<br />

Inspection Process Setup<br />

• Define alignment procedures<br />

• Set inspection targets<br />

(ANSI/ASME Y14.5B)<br />

•Design reports<br />

Auto Inspection & Analysis<br />

Inspection Report<br />

Documents<br />

HTML<br />

Viewer<br />

SPC Database<br />

100% Repeatable<br />

Import or direct<br />

scanner input<br />

Via liveScan<br />

3D Scan Data<br />

point cloud<br />

STL<br />

liveScan<br />

#1<br />

#2<br />

#3


©INUS Technology, Inc. & Rapidform, Inc. All rights reserved.


<strong>Gallery</strong>: <strong>Automotive</strong><br />

<strong>Automotive</strong><br />

Scanning by Long-Range<br />

3D Scanner<br />

Truck<br />

• Design Validation & Modification<br />

• Digital Mock-Ups<br />

• Engineering Analysis & Simulation<br />

• Repairing & Manufacturing Parts<br />

• Visualization & Graphic Animations<br />

• Making Miniatures<br />

Using Massive Numbers of<br />

Point Clouds or Meshes<br />

• Cleaning & Editing<br />

• Analyzing Shapes using Various Viewing Tools<br />

• Aligning Scans & Constructing Mesh<br />

• Intelligently Recognizing Feature Regions<br />

VALUE ADDED RESELLER<br />

Extracting Feature Information<br />

and 3D Feature Modeling<br />

• Extracting Freeform Shape by<br />

NURBS surface fitting method<br />

• As-Built 3D Feature Modeling<br />

• Various Feature Modeling Wizards<br />

• Accuracy Confirmation<br />

• Exporting to Downstream


<strong>Gallery</strong>: <strong>Automotive</strong><br />

<strong>Automotive</strong><br />

Scanning Full set of<br />

engine by 3D Scanner<br />

Feature Modeling<br />

•Intelligently Recognizing Feature Regions<br />

•Apply Feature ModelingWizards<br />

for Quick Modeling<br />

• Accuracy Confirmation with Accuracy Analyzer<br />

Engine Assembly<br />

• Purpose : e-Learning Contents<br />

(Assembly simulation,e-manual)<br />

•Time<br />

Scanning : 14 man-days(187 parts)<br />

Modeling : 38 man-days(187 parts)<br />

• Scanner : Breuckmann 6M Stereo<br />

• Customer :<br />

Exporting to Downstream<br />

VALUE ADDED RESELLER


<strong>Gallery</strong>: <strong>Automotive</strong><br />

<strong>Automotive</strong><br />

Scanning engine parts by<br />

3DScanner,including<br />

inner shape after cutting<br />

Full Parametric Feature Modeling<br />

• Analyzing Shapes using Various Viewing Tools<br />

• Aligning Scans & Constructing Mesh<br />

• Intelligently Recognizing Feature Regions<br />

Engine<br />

• Purpose : FEM Analysis<br />

•Time<br />

Scanning : 14 man-days(187 parts)<br />

Modeling : 38 man-days(187 parts)<br />

• Scanner : Breuckmann 6M Stereo<br />

• Customer :<br />

Extracting Core Information<br />

• FEM Analysis<br />

VALUE ADDED RESELLER


<strong>Gallery</strong>: <strong>Automotive</strong><br />

<strong>Automotive</strong><br />

Scanning engine parts by<br />

CT Scanner, including<br />

inner shape<br />

Full Parametric Feature Modeling<br />

• Cleaning & Editing<br />

• Analyzing Shapes using Various Viewing Tools<br />

• Aligning Scans & Constructing Mesh<br />

• Intelligently Recognizing Feature Regions<br />

V12 Engine<br />

• Purpose : To build CAD for Manufacturing<br />

from Tuned Engine<br />

• Time : 5 man-days per part<br />

• Scanner : CT scanner<br />

• Customer : McLaren<br />

Exporting to Downstream<br />

VALUE ADDED RESELLER


<strong>Gallery</strong>: <strong>Automotive</strong><br />

<strong>Automotive</strong><br />

Scanning engine parts by<br />

CT Scanner, including<br />

inner shape<br />

Full Parametric Feature Modeling<br />

• Cleaning & Editing<br />

• Analyzing Shapes using Various Viewing Tools<br />

• Aligning Scans & Constructing Mesh<br />

• Intelligently Recognizing Feature Regions<br />

Front SubFrame<br />

• Purpose : FEM analysis to develop Steel material<br />

• Time : 16 hours(Torsion Beam)<br />

• Scanner : Breuckmann scanner<br />

• Customer : Hyundai Steel<br />

VALUE ADDED RESELLER<br />

Export to Catia<br />

• Including Welding Information


<strong>Gallery</strong>: <strong>Automotive</strong><br />

<strong>Automotive</strong><br />

Scanning parts by 3D<br />

Scanner, after Teardown<br />

Full Parametric Feature Modeling<br />

• Aligning Scans & Region Recognition<br />

• over 395 parts modeling with various wizard<br />

BIW including Moving Parts<br />

• Purpose : to develop New Car from Old Car<br />

•Time :<br />

• Scanning: 40 man-days<br />

• Modeling: 105 man-days<br />

• Scanner : Breuckmann scanner<br />

• Customer : Samsung Renault<br />

VALUE ADDED RESELLER<br />

Export to Catia<br />

• Including Welding Information


<strong>Gallery</strong>: Media & Entertainment<br />

Full Car<br />

Scanning by 3D Scanner<br />

Full Car<br />

• Purpose : CF, Catalogue<br />

• Time : 5 man-day<br />

• GOM Atos<br />

• Customer Info. : Subaru<br />

Using Massive Numbers of Meshes<br />

• As-Build Surface Modeling and Feature Modeling<br />

• Split Modeling based on Materials<br />

• Accuracy Confirmation<br />

VALUE ADDED RESELLER<br />

• Ready For High Quality & Realistic<br />

Rendering Works


<strong>Gallery</strong>: Aerospace<br />

Aerospace<br />

Scanning by Long-Range<br />

3D Scanner<br />

Airplane<br />

• Design Validation & Modification<br />

• Digital Mock-Ups<br />

• Engineering Analysis & Simulation<br />

• Repairing & Manufacturing Parts<br />

• Visualization & Graphic Animations<br />

• Making Miniatures<br />

Using Massive Numbers of<br />

Point Clouds or Meshes<br />

• Cleaning & Editing<br />

• Analyzing Shapes using Various Viewing Tools<br />

• Aligning Scans & Constructing Mesh<br />

• Intelligently Recognizing Feature Regions<br />

Extracting Feature Information<br />

and 3D Feature Modeling<br />

VALUE ADDED RESELLER<br />

• Extracting Freeform Shape by<br />

NURBS surface fitting method<br />

• As-Built 3D Feature Modeling<br />

• Various Feature Modeling Wizards<br />

• Accuracy Confirmation<br />

• Exporting to Downstream


<strong>Gallery</strong>: Aerospace<br />

Aerospace<br />

Scanning by Long-Range<br />

3D Scanner<br />

Gas Turbine for Power Plant<br />

• Design Validation & Modification<br />

• Digital Mock-Ups<br />

• Engineering Analysis & Simulation<br />

• Repairing & Manufacturing Parts<br />

• Visualization & Graphic Animations<br />

Using Massive Numbers of<br />

Point Clouds or Meshes<br />

• Cleaning & Editing<br />

• Analyzing Shapes using Various Viewing Tools<br />

• Aligning Scans & Constructing Mesh by using the<br />

Mesh Buildup Wizard<br />

• Intelligently Recognizing Feature Regions<br />

VALUE ADDED RESELLER<br />

Extracting Feature Information<br />

and 3D Feature Modeling<br />

• As-Built 3D Feature Modeling<br />

• Intelligent Pipe Modeling Wizard<br />

• Various Feature Modeling Wizards<br />

• Accuracy Confirmation<br />

• Exporting to Downstream<br />

• Repairing & Supplementing Design


<strong>Gallery</strong>: Aerospace<br />

Blade<br />

Scanning by 3D Scanner<br />

Blade for Jet Engine<br />

• Design Validation & Modification<br />

• Digital Mock-Ups<br />

• Engineering Analysis & Simulation<br />

• Repairing & Manufacturing Parts<br />

Using Massive Numbers of<br />

Point Clouds or Meshes<br />

• Cleaning & Editing<br />

• Analyzing Shapes using Various Viewing Tools<br />

• Aligning Scans & Constructing Mesh by using the<br />

Mesh Buildup Wizard<br />

• Intelligently Recognizing Feature Regions<br />

VALUE ADDED RESELLER<br />

Extracting Feature Information<br />

and 3D Feature Modeling<br />

• As-Built 3D Feature Modeling<br />

• Intelligent Pipe Modeling Wizard<br />

• Various Feature Modeling Wizards<br />

• Accuracy Confirmation<br />

• Exporting to Downstream<br />

• Repairing & Supplementing Design


Applications<br />

Shipbuilding<br />

Scanning by Long-Range<br />

3D Scanner<br />

Boat<br />

• Design Validation & Modification<br />

• Digital Mock-Ups<br />

• Engineering Analysis & Simulation<br />

• Repairing & Manufacturing Parts<br />

• Visualization & Graphic Animations<br />

• Making Miniatures<br />

Using Massive Numbers of<br />

Point Clouds or Meshes<br />

• Cleaning & Editing<br />

• Analyzing Shapes using Various Viewing Tools<br />

• Aligning Scans & Constructing Mesh<br />

• Intelligently Recognizing Feature Regions<br />

Extracting Feature Information<br />

and 3D Feature Modeling<br />

VALUE ADDED RESELLER<br />

• Extracting Freeform Shape by<br />

NURBS surface fitting method<br />

• As-Built 3D Feature Modeling<br />

• Various Feature Modeling Wizards<br />

• Accuracy Confirmation<br />

• Exporting to Downstream


<strong>Gallery</strong>: Defense<br />

Defense<br />

Scanning by Long-Range<br />

3D Scanner<br />

Old Tank<br />

• Design Validation & Modification<br />

• Digital Mock-Ups<br />

• Engineering Analysis & Simulation<br />

• Repairing & Manufacturing Parts<br />

• Visualization & Graphic Animations<br />

Using Massive Numbers of<br />

Point Clouds or Meshes<br />

• Cleaning & Editing<br />

• Analyzing Shapes using Various Viewing Tools<br />

• Aligning Scans & Constructing Mesh<br />

• Intelligently Recognizing Feature Regions<br />

VALUE ADDED RESELLER<br />

Extracting Feature Information<br />

and 3D Feature Modeling<br />

• As-Built 3D Feature Modeling<br />

• Various Feature Modeling Wizards<br />

• Accuracy Confirmation<br />

• Exporting to Downstream<br />

• Repairing & Supplementing Design


<strong>Gallery</strong>: Defense<br />

Defense<br />

Scanning by 3D Scanner<br />

Gas Mask<br />

• Purpose : New Product Design<br />

from Old Mold<br />

• Time : 8 hours<br />

Using Massive Numbers of<br />

Point Clouds or Meshes<br />

• Cleaning & Editing<br />

• Analyzing Shapes using Various Viewing Tools<br />

• Aligning Scans & Constructing Mesh<br />

• Intelligently Recognizing Feature Regions<br />

VALUE ADDED RESELLER<br />

Extracting Feature Information<br />

and 3D Feature Modeling<br />

• As-Built 3D Feature Modeling<br />

• Various Feature Modeling Wizards<br />

• Accuracy Confirmation<br />

• Exporting to Downstream<br />

• Repairing & Supplementing Design


<strong>Gallery</strong>: Tool (Die&Mold)<br />

Die Duplication<br />

Scanning Original Die by<br />

3D Scanner<br />

CAD Modification based on scan, with Original CAD<br />

• Re-fillet<br />

• Update Design Change<br />

• Refit CAD to Scan<br />

Stamping Die<br />

• Purpose : Die Duplication for another plants<br />

•Time :<br />

• Scanner : Cognitens<br />

• Customer Info. : GMDAT Tooling Center<br />

• Accuracy Confirmation<br />

• Exporting to CAM System<br />

VALUE ADDED RESELLER


<strong>Gallery</strong>: Tool (Die&Mold)<br />

Die Duplication<br />

Scanning Original Die by<br />

3D Scanner<br />

End-to-End Modeling from Scan data<br />

• Setup Coordinate<br />

• Full Parametric Feature modeling<br />

Stamping Die(Insert Blocks)<br />

• Purpose : Die Duplication for another plants<br />

• Time : 8 hours per part<br />

• Scanner : Breuckmann<br />

• Customer Info. : Camaco<br />

Export to Catia V5<br />

VALUE ADDED RESELLER


<strong>Gallery</strong>: Tool (Die&Mold)<br />

Plastic Injection Mold<br />

Scanning Original Mold<br />

by 3D Scanner<br />

End-to-End Modeling from Scan data<br />

• Setup Coordinate<br />

• Full Parametric Feature modeling<br />

Bumper Mold<br />

• Purpose : Die Duplication for another plants<br />

• Time : 14 hours per part<br />

• Scanner : Breuckmann<br />

• Customer Info. :<br />

Export to Catia V5<br />

VALUE ADDED RESELLER


<strong>Gallery</strong>: Tool (Die&Mold)<br />

Plastic Injection Mold<br />

Scanning Original Die by<br />

3D Scanner<br />

Leaf Blower<br />

• Purpose : FEM<br />

• Time : 15 hours<br />

• Scanner : Breuckmann<br />

• Customer Info. :<br />

End-to-End Modeling from Scan data<br />

• Setup Coordinate<br />

• Full Parametric Feature modeling<br />

liveTransfer to Pro/E<br />

VALUE ADDED RESELLER


<strong>Gallery</strong>: Consumer Product<br />

Case Design for Mobile Device<br />

Scanning by 3D Scanner<br />

Using Massive Numbers of<br />

Point Clouds or Meshes<br />

• Cleaning & Editing<br />

• Analyzing Shapes using Various Viewing Tools<br />

• Aligning Scans & Constructing Mesh<br />

• Intelligently Recognizing Feature Regions<br />

Case Design<br />

• Purpose : To manufacture Case for Mobile Product<br />

• Time : 4~ 8 hours per parts<br />

• Scanner : Breuckmann<br />

VALUE ADDED RESELLER<br />

Extracting Feature Information<br />

and 3D Feature Modeling<br />

• As-Built 3D Feature Modeling<br />

• Various Feature Modeling Wizards<br />

• Accuracy Confirmation<br />

• Exporting to Downstream


<strong>Gallery</strong>: Consumer Product<br />

Scanning by 3D Scanner<br />

Glasses<br />

Glasses<br />

• Purpose : Mould Manufacturing<br />

• Time : 4~ 8 hours per parts<br />

• Scanner : Breuckmann<br />

Using Massive Numbers of<br />

Point Clouds or Meshes<br />

• Cleaning & Editing<br />

• Analyzing Shapes using Various Viewing Tools<br />

• Aligning Scans & Constructing Mesh<br />

• Intelligently Recognizing Feature Regions<br />

VALUE ADDED RESELLER<br />

Extracting Feature Information<br />

and 3D Feature Modeling<br />

• As-Built 3D Feature Modeling<br />

• Various Feature Modeling Wizards<br />

• Accuracy Confirmation<br />

• Exporting to Downstream


<strong>Gallery</strong>: Cultural Heritage<br />

Heritage<br />

Scanning by Long-Range<br />

3D Scanner<br />

Using Massive Numbers of<br />

Point Clouds or Meshes<br />

• Cleaning & Editing<br />

• Auto Surfacing<br />

Tower<br />

•Structural Testing & Validation<br />

•Maintaining Sculpture & Dimension Controls<br />

•Shape Restoration<br />

•Visualization & Graphic Animations<br />

•History Archival<br />

FEM Analysis<br />

VALUE ADDED RESELLER


Applications<br />

Heritage<br />

Scanning by Long-Range<br />

3D Scanner<br />

Using Massive Numbers of<br />

Point Clouds or Meshes<br />

• Cleaning & Editing<br />

• Analyzing Shapes using Various Viewing Tools<br />

• Aligning Scans & Constructing Mesh<br />

• Intelligently Recognizing Feature Regions<br />

Tower<br />

• Structural Testing & Validation<br />

• Maintaining Sculpture & Dimension Controls<br />

• Shape Restoration<br />

• Visualization & Graphic Animations<br />

• History Archival<br />

VALUE ADDED RESELLER<br />

Extracting Feature Information<br />

and 3D Feature Modeling<br />

• As-Built 3D Feature Modeling<br />

• Various Feature Modeling Wizards<br />

• Accuracy Confirmation<br />

• Exporting to Downstream


<strong>Gallery</strong>: Media & Entertainment<br />

Character model<br />

Scanning by 3D Scanner<br />

Various Objects<br />

• Purpose : CG or Rapid Prototype<br />

Using Massive Numbers of<br />

Point Clouds or Meshes<br />

• Cleaning & Editing<br />

• Analyzing Shapes using Various Viewing Tools<br />

• Aligning Scans & Constructing Mesh<br />

Auto Surfacing<br />

VALUE ADDED RESELLER


<strong>Gallery</strong>: Medical<br />

Artificial Leg<br />

Scanning by 3D Scanner<br />

Using Meshes<br />

•Aligning Scans & Constructing Mesh<br />

• Well Fitted Surface Modeling<br />

Artificial Leg<br />

• Purpose : Manufacturing of customized<br />

artificial leg<br />

VALUE ADDED RESELLER<br />

Perfect Customization for a patient


<strong>Gallery</strong>: Dental<br />

Scan Data<br />

processing<br />

Diagnosis, Analysis & Planning Orthodontics Restoration<br />

VALUE ADDED RESELLER


<strong>Gallery</strong>:<br />

Texture Handling<br />

Real Object<br />

Scanning Single parts by 3D Scanner<br />

Take Photo<br />

Texture Mapping with Scan data<br />

• Purpose : to get a 3D color model<br />

• Scanner : Optical scanner<br />

Texture Mapping in XOS<br />

VALUE ADDED RESELLER


<strong>Gallery</strong>: Long range scanning<br />

Facilities Planning<br />

Scanning by Long-Range<br />

3D Scanner<br />

Using Massive Numbers of<br />

Point Clouds or Meshes<br />

• Cleaning & Editing<br />

• Analyzing Shapes using Various Viewing Tools<br />

• Aligning Scans<br />

Iron Foundry Plant<br />

• Engineering Analysis & Simulation<br />

• Asset Management & Dimension Control<br />

• Facilities Renovation<br />

• Assessing Upgrade and Retrofit Benefits<br />

• Visualization<br />

VALUE ADDED RESELLER<br />

Extracting Feature Information<br />

and 3D Feature Modeling<br />

• As-Built 3D Feature Modeling<br />

• Various Feature Modeling Wizards<br />

• Accuracy Confirmation<br />

• Exporting to Downstream


Applications<br />

Facilities Planning<br />

Scanning by Long-Range<br />

3D Scanner<br />

Using Massive Numbers of<br />

Point Clouds or Meshes<br />

• Cleaning & Editing<br />

• Analyzing Shapes using Various Viewing Tools<br />

• Aligning Scans<br />

Oil & Gas Plant<br />

• Engineering Analysis & Simulation<br />

• Plant Maintenance<br />

• Facilities Renovation<br />

• Assessing Upgrade and Retrofit Benefits<br />

• Visualization<br />

Extracting Feature Information<br />

and 3D Feature Modeling<br />

VALUE ADDED RESELLER<br />

• As-Built 3D Feature Modeling<br />

• Intelligent Pipe Modeling Wizard<br />

• Accuracy Confirmation<br />

• Exporting to Downstream


Applications<br />

Building Design<br />

Scanning by Long-Range<br />

3D Scanner<br />

Using Massive Numbers of<br />

Point Clouds or Meshes<br />

• Cleaning & Editing<br />

• Analyzing Shapes using Various Viewing Tools<br />

• Aligning Scans & Constructing Mesh<br />

• Intelligently Recognizing Feature Regions<br />

Building<br />

• Renovation and Structural Rehabilitation<br />

• Intelligent Transportation Systems<br />

• Visualization<br />

• Real Estate Applications<br />

VALUE ADDED RESELLER<br />

Extracting Feature Information<br />

and 3D Feature Modeling<br />

• As-Built 3D Feature Modeling<br />

• Various Feature Modeling Wizards<br />

• Accuracy Confirmation<br />

• Exporting to Downstream


Applications<br />

Reconstruction<br />

Scanning by Long-Range<br />

3D Scanner<br />

Using Massive Numbers of<br />

Point Clouds or Meshes<br />

• Cleaning & Editing<br />

• Analyzing Shapes using Various Viewing Tools<br />

• Aligning Scans & Constructing Mesh<br />

• Intelligently Recognizing Feature Regions<br />

Architecture<br />

• Structural Testing & Validation<br />

• Facility & Land Management<br />

• Land Information Systems<br />

• Visualization & Graphic Animations<br />

• GIS(Geographic Information System) Applications<br />

VALUE ADDED RESELLER<br />

Extracting Feature Information<br />

and 3D Feature Modeling<br />

• As-Built 3D Feature Modeling<br />

• Various Feature Modeling Wizards<br />

• Accuracy Confirmation<br />

• Exporting to Downstream


Applications<br />

Survey As-Builts<br />

Scanning by Long-Range<br />

3D Scanner<br />

Using Massive Numbers of<br />

Point Clouds or Meshes<br />

• Cleaning & Editing<br />

• Analyzing Shapes using Various Viewing Tools<br />

Bridge<br />

• Structural Testing & Validation<br />

• Engineering Analysis & Simulation<br />

• Renovation and Structural Rehabilitation<br />

• Repairing & Manufacturing Parts<br />

• Visualization & Graphic Animation<br />

VALUE ADDED RESELLER<br />

Extracting Feature Information<br />

and 3D Feature Modeling<br />

• Surveying As-Built<br />

• As-Built 3D Feature Modeling<br />

• Various Feature Modeling Wizards<br />

• Accuracy Confirmation<br />

• Exporting to Downstream


Applications<br />

Survey As-Builts<br />

Scanning by Long-Range<br />

3D Scanner<br />

Using Massive Numbers of<br />

Point Clouds or Meshes<br />

• Cleaning & Editing<br />

• Analyzing Shapes using Various Viewing Tools<br />

Station<br />

• Structural Testing & Validation<br />

• Engineering Analysis & Simulation<br />

• Renovation and Structural Rehabilitation<br />

• Repairing & Manufacturing Parts<br />

• Visualization & Graphic Animations<br />

Extracting Feature Information<br />

and Surveying As-Built<br />

• Measuring Distance & Height<br />

• Extracting Feature Profiles<br />

• Exporting to Downstream<br />

VALUE ADDED RESELLER


<strong>Gallery</strong>: <strong>Automotive</strong><br />

<strong>Automotive</strong><br />

Scanning parts by 3D<br />

Scanner<br />

Z<br />

Y<br />

Alignment by the given constraints for RPS<br />

Side Outer Part Inspection<br />

• Purpose : to inspect a part of New Car<br />

•Time :<br />

• Scanning: 1 hour<br />

• Inspection : 0.5 hour<br />

• Scanner : Laser Handheld scanner<br />

• Customer : H company<br />

Z<br />

Y<br />

XYZ<br />

VALUE ADDED RESELLER<br />

Whole Deviation with annotations


<strong>Gallery</strong>: <strong>Automotive</strong><br />

<strong>Automotive</strong><br />

Scanning Sheemetal by<br />

3D Scanner<br />

Center Pillar Inspection<br />

• Purpose : to inspect a part of Car<br />

•Time :<br />

• Scanning: 1 hour<br />

• Inspection : 0.5 hour<br />

• Scanner : Laser scanner<br />

• Customer : Benteler<br />

Alignment by the given constraints for RPS<br />

VALUE ADDED RESELLER<br />

Hole Inspection & Whole Deviation


<strong>Gallery</strong>: <strong>Automotive</strong><br />

<strong>Automotive</strong><br />

Scanning Sheetmetal by<br />

3D Scanner<br />

Analyze small dent around Door handler<br />

Tire Thread Inspection<br />

• Purpose : to compare<br />

Before & After Test racing<br />

• Scanner : Optical scanner<br />

• Customer : K company<br />

VALUE ADDED RESELLER<br />

Report actual value about deformation


<strong>Gallery</strong>: <strong>Automotive</strong><br />

<strong>Automotive</strong><br />

Small Dent Inspection<br />

caused by Sink in Plastic<br />

Injection Mold<br />

Analyze Thickness Deviation<br />

Plastic Part Inspection<br />

• Purpose : to Inspect<br />

Plastic Injection Mold Part<br />

• Scanner : Optical scanner<br />

• Customer : H company<br />

Whole Deviation<br />

VALUE ADDED RESELLER


<strong>Gallery</strong>: <strong>Automotive</strong><br />

<strong>Automotive</strong><br />

Automatic Scanning<br />

(In line Inspection)<br />

Alignment with RPS<br />

In-line Inspection<br />

• Purpose : to do In-line Inspection<br />

• Scanner : Laser scanner<br />

• Customer : H company<br />

Iterative Full Auto-Inspection<br />

Trend Analysis<br />

1.2<br />

1<br />

0.8<br />

0.6<br />

0.4<br />

0.2<br />

0<br />

VALUE ADDED RESELLER<br />

Crl-DEV1 Crl-DEV2 Crl-DEV3 Slt-DEV4<br />

1st 2nd 3rd 4th 5th


<strong>Gallery</strong>: <strong>Automotive</strong><br />

<strong>Automotive</strong><br />

Scanning Tire ( Before &<br />

After Test Racing) by 3D<br />

Scanner<br />

Alignment with Partial Best Fit<br />

Tire Thread Inspection<br />

• Purpose : to compare<br />

Before & After Test racing<br />

• Scanner : Optical scanner<br />

• Customer : K company<br />

Before & After Comparison<br />

VALUE ADDED RESELLER


<strong>Gallery</strong>: <strong>Automotive</strong><br />

<strong>Automotive</strong><br />

Scanning Windshield by<br />

3D Scanner<br />

Alignment with RPS(Simulate CMM Method)<br />

Glass Inspection<br />

• Purpose : to inspect Deformation on Glass<br />

• Scanner : Optical scanner<br />

• Customer : Volkswagen<br />

VALUE ADDED RESELLER<br />

Report actual value about deformation


<strong>Gallery</strong>: Aerospace<br />

Aerospace<br />

Scanning Single Blade<br />

by 3D Scanner<br />

Alignment & Whole Devation<br />

Blade Inspection<br />

• Purpose : to inspect Single Blade<br />

• Scanner : Optical scanner<br />

• Customer : M company<br />

Blade Inspection<br />

Based on Design Parameters<br />

VALUE ADDED RESELLER


<strong>Gallery</strong>:<br />

Consumer Product<br />

Scanning Fan by 3D<br />

Scanner<br />

Fan Inspection<br />

• Purpose : to inspect Fan<br />

• Scanner : Optical scanner<br />

• Customer : Delphi<br />

Alignment & Cylindrical Section Deviation<br />

Whole Deviation<br />

VALUE ADDED RESELLER


<strong>Gallery</strong>:<br />

Consumer Product<br />

Drawing form customer<br />

Scanning & Alignment<br />

Connector Inspection<br />

• Purpose : to inspect Connector(Plastic)<br />

• Scanner : CT scanner<br />

• Customer : M Company<br />

VALUE ADDED RESELLER<br />

3D GD&T Inspection based on Drawing


<strong>Gallery</strong>:<br />

Consumer Product<br />

Scanning by 3D Scanner<br />

Alignment by Datum method<br />

Cell Phone Cover Inspection<br />

• Purpose : to inspect Plastic cover<br />

• Scanner : Optical scanner<br />

• Customer : S Company<br />

Inspection<br />

3D GD&T & Whole Deviation<br />

VALUE ADDED RESELLER


<strong>Gallery</strong>:<br />

Consumer Product<br />

Scanning by 3D Scanner<br />

Alignment by Datum method<br />

Air conditioner Part Inspection<br />

• Purpose : to inspect Plastic cover<br />

• Scanner : Optical scanner<br />

• Customer : M Company<br />

Inspection<br />

3D GD&T & Whole Deviation<br />

VALUE ADDED RESELLER


Thank You!<br />

More Information available at<br />

www.rapidform.com<br />

www.3dscanning.co.kr

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