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3D 技術實驗室3D Technology Lab3D Printing, Additive Manufacturing, High-Performance Ceramic, Mass Customization, Orthotics

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Class 2011-2020

Class 2020

Dr. Dommati, Hitesh Master Lin, Yu-Cheng Master Ting, Yu-Chun
Strategic Development of Additive
Manufacturing Technologies for Fabrication of
Porous Structures Using Ceramic Materials.
The Development of the High Efficiency
Continuous TPU Powder Bed Fusion System.
The Development of Two-Material Gradient
Fused Filament Fabrication System.
Master Huang, Chung-Chi Master Fan Jiang, Bo-Jun Master Su, Xuan-Huan
The Development of Scanning and Vat
Photopolymerization System Using Single
Optical Engine for Customized Earphone.
The Development of Rolling Separation Vat
Polymerization System.
The Development of 3D printing technology for multi-scale porous structured ceramic.
Master Wu, Pei-Tsen Master Chang, Yu-Hao
The System Development of Fused Deposition Modeling for Lantern
Frame Skeleton Structure.
The Development of High Efficiency Solvent-based Slurry
Stereolithography System.

Class 2019

Master Yang, Yong-Ning Master Huang, Han-Shu Master Lin, Kai-Feng
Development of TPU powder SLS system with
detection and analysis of surface temperature
distribution based on Thermal image.
Development of a bioprinter for fabricating
scaffold of solid fiber using Polymer biomaterial solution.
The Development of Customized Finger Joint
Implants by Applying 3D printing & Lost Wax
Casting Technologies.

Class 2018

Master Hsiang, Hsieh Master Ruilova, Manuel Alexander Master Wang, Chia-Chen
The Development of Production type Additive Manufacturing System Base on Vat Photopolymerization Technology. The Development of the Software and Hardware to the Internet of Additive Manufacturing based on Vat Photopolymerization Technology. The Development of 3D Printing System for Solid Curvature Model Using Silicone Material.
Master Wu, Mon-Lin Master Jiang, Yi-Min Master Jiang, Min-Qian
The Development of the High Efficiency Circular Paving Solvent-based Slurry Stereolithography System. The Development of the Near-Infrared Selective Laser Sintering System with Dual Scanning Head using TPU Polymer Foam Powder. The Development of Material Extrusion Type Additive Manufacturing System for Porcelain.

Class 2017

Master Chang, Chih-Hsiang Master Huang , Cheng-Yi Master Tsai , Ching-Hsiang
The Development of the Bottom-Up Vat Photopolymerization System for Ceramic Material. The Development of Hybrid Manufacturing System for Thin-Shell Composite Material Prosthesis. The Development of Dual-Effector Delta type Fused Deposition Modeling System for Elastic.
Master Liou, Ci-Ting Master Lin, Yen Hsun
Development of the Near-Infrared Selective Laser Sintering System using TPU Polymer Powder. The Development of Active Separation Method for Bottom-Up Stereolithography System for Imitate Lung Models.

Class 2016

Master Song,Ying-Chen Master Chang, Ya-Hsin Master Chen, Shao-Wei
The Pulling Force Analysis of Bottom Exposure Stereolithography System. Error Analysis of Digital Dental Model Cloud Data Apply on DLP Additive Manufacturing System. The Development of Hybrid Manufacturing Systems for Skeleton Surface Object.
Master Wu, Tsung-Han Master Tsai, Wei-An Master Kao, Yang-Yi
The Development of Slurry-based Ceramic Additive Manufacturing System with no Solvent. The Development of Tank Swapping for Powder Bed Additive Manufacturing. Development of Food Material 3D Printing Pen and Improve on Material Container.
Master Tzu, Chieh-Chien Master Lin, Sih-Hao
The Development of Solvent-based Slurry Spray Forming Technology used in Additive Manufacturing. The Design and Implementation of a FDM Type Additive Manufacturing System.

Class 2015

Master Deng, Jun- Zhe Master Lin, Chia-Ying Master Chen, Chi-An
The Study of Panel Glass Defect Visualization and Detection. The Development of Customized Ear Molds for Hearing Aid Utilizing Bottom-Expose Stereolithography 3D Printing System. The Development of Subtractive and Additive Manufacturing System for Thin-Shell Structured Object.
Master Chiou, Kao-Lin Master Hong, Ruei-Long Master Lyu, Yi-Chun
The Development of the Thermal Paving System for Meltable Materials. The Development of Planetary Type Revolving Paving Used in Solvent-Based Slurry Stereolithography System. The Development of the Top Exposure Stereolithography System Utilizing Two Projectors to Build Large Scale Object.
Master Li, Po-Hsien
The Development of High Throughput Solvent-based Slurry Stereolithography System.

Class 2014

Master Lee, Yun-Chen Master Chien, Chih-Lin Master Lo, Chun-Yu
The Development of Milling Based 3D Layer Image Capturing System. The Development of Optical Dynamic Gait Pressure Measuring System. The Improvement of Rvolving Pving to Solvent-Based Slurry Stereolithography Additive Manufacturing System.
Master Lin, Jing-Han Master Liou, Jyun-Sian
The Development of Total Foot Laser Scanning Measuring System. The Development of the Top Exposure Constraint Surface Stereolithography System.

Class 2013

Master Chen, Kuan-Yu Master Yao, Da-Tong Master Tai, Ming-Shan
The Development of Customized Insoles Machine. The Development of 3D Measuring System for Foot. The Development of Revolving Paving to Solvent-Based Slurry Stereolithography Additive Manufacturing System.
Master Huang, Chen-Hsuan
The Development of in Tank Tape Casting Used in Solvent-based Zirconia Slurry Stereolithography System.

Class 2012

Master You, Shin-Hua Master Chan, Yu-Chuan Master Wu, Cheng-Pin
The Development of in Tank Tape Casting Used in Solvent-based Slurry Stereolithography Rapid Prototyping System. The Development of 3D Plantar Measuring System. Customized Design and Development of Bi-material Composite Insole.

Class 2011

Master Chen, Kuan-Lung Master Yao, Da-Tong
The Building up of High Contrast Image for the Optical Foot Pressure Measuring System. The Insole Design and Fabrication for Mass Customization Using Plantar Surface and Pressure of the Foot. The Development of Plantar Pressure and Shear Force Measuring Technologies .
Master Chen, Chin-Yuan
The Development of Coating Automation Technology in Solvent-based Slurry Stereolithography Rapid Prototyping System.
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