INTRODUCTION OF 3D SCANNING TECHNOLOGY & 3D INK
Project: Applying Scan3D technology in designing and QC manufacturing mechanical parts in the automobile:
PROVISION OF QC SERVICES, QUALITY CONTROL OF SAMPLE,
Steps taken:
Sample standard: Remove, clean sample
2- Analysis of sample design: 1h
3- Scan 3D model: 1h / sample
4- Setting up 3D output: 3h / sample
Project: Applying Scan3D technology in surface design and QC, aerodynamic analysis at railway station at Hanoi Railway Station
PROVISION OF QC SERVICES, QUALITY CONTROL OF SAMPLE,
Steps taken:
1- Sample standard
2- Analysis of sample design: 1h
3- Scan 3D model: 1.2 days / sample
4- Set up 3D output
Project: Application of Scan3D reverse engineering technology in Tanks
Steps taken:
Sample standard: Remove, clean sample
2- Analysis of sample design: 3h
3- Scan 3D model: 0.5 days
4- Reverse 3D file output: 3 days
Project: Scan3D reverse engineering and QC testing in Hai Phong
Motor block implementation steps:
Sample standard: Remove, clean sample
2- Sample design analysis: 1 day
3- Scan 3D model: 3 days
4- Set 3D file export reversal: 5 days
Project: Applying Scan3D technology to reverse engineer Honda motorbike and make QC for mold testing
Steps taken:
Sample standard: Remove, clean sample
2- Sample design analysis: 1 day
3- Scan 3D model: 2 days / 4 samples
4- Reverse 3D file export: 5 days
Project: Applying Scan3D technology in QC production & 3D measurement accuracy
PROVISION OF QC SERVICES, QUALITY CONTROL OF SAMPLE,
Steps taken:
Sample standard: Remove, clean sample
2- Analysis of sample design: 10ph
3- Scan 3D model: 5- 30ph
4- Export QC evaluation chart, QC zig, QC fixture: 5ph
Project: Applying Scan3D technology to measure ceramic warping curvature
Surface warping, cross section error, point error with SCAN3D technology solutions from MASTER 3D LTD.
Project: Scan3D Digital 3D digitized pump sample library, giant propeller pattern
Project: Application of Scan3D reverse engineering technology, QC frame in Oto Here at the scientific research study after post-crash deformation
Detailed body shell steps:
Sample standard: Remove, clean sample
2- Analysis of sample design: 1h
3- Scan 3D shell (stem): 1 day
4- Reverse 3D file export: 2 days
Steps to implement frame details:
Sample standard: Remove, clean sample
2- Analysis of sample design: 1h
3- Scan 3D frame model: 3 days
4- Reverse 3D file output: 3 days
Project: Applying Scan3D technology in sample copying and copper casting
Steps taken:
Sample standard: Remove, clean sample
2- Analysis of sample design: 5ph
3- Scan 3D model: 2h
Project: Application of Scan3D reverse engineering technology in ships
Steps taken:
Sample standard: Remove, clean sample
2- Analysis of sample design: 1h
3- Scan 3D model: 1 day
4- Reverse 3D file export: 2 days
Project: Application of Scan3D reverse engineering technology in Aircraft
Steps taken:
Sample standard: Remove, clean sample
2- Analysis of sample design: 4h
3- Scan 3D wing pattern: 1 day
Scan template: 1.5 days
4- Reverse 3D file output: 2 days / sample
Project: Applying Scan3D technology to reverse CAM axis design
Steps taken:
Sample standard: Remove, clean sample
2- Analysis of sample design: 1 ph
3- Scan 3D model: 1h
4- Reverse 3D file output: 2h
Project: Applying Scan3D technology in reverse engineered chassis, electric bicycle
Steps taken:
Sample standard: Remove, clean sample
2- Analysis of sample design: 1h
3- Scan 3D model: 0.5 day / frame template
4- Reverse 3D file output: 1 day
Project: Applying Scan3D technology in medical at hospital
Steps taken:
Sample standard: Remove, clean sample
2- Sample design analysis: 1 day
3- Scan 3D model: 5ph
4- Reverse 3D file output: 1 day
Project: Implementing Scan3D reverse engineering technology in Oto
Steps to perform a 3d car dump scan:
Sample standard: Remove, clean sample
2- Analysis of sample design: 1h
3- Scan 3D model: 0.5 days
4- Reverse 3D file output: 1 day
Motor block implementation steps:
Sample standard: Remove, clean sample
2- Analysis of sample design: 1h
3- Scan 3D model: 0.5 days
4- Reverse 3D file export: 2 days
Project: Applying Scan3D technology in Mandala relief
At Tay Thien Pagoda
Steps taken:
Sample standard: Remove, clean sample
2- Analysis of sample design: 1h
3- Scan 3D model: 2h
4- Set 3D file export reversal: 1 day
5- Sample production: 3 days
Application of Scan3D technology in the preparation of 300-year-old Turtles At the Institute of Prehistory of Southeast Asia
Steps taken:
Sample Preparation: Clean the sample
2- Sample analysis: 30ph
3- Scan 3D model: 3.5h
4. CNC machining: 4 days
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