Knowledge Studio was opened by the LINC+Project Team in February 2015 as a creative space for students, and its space and apparatus were expanded in March 2017.
- 3D Printer Room : A space equipped with a total of 51 wide-ranging equipment pieces including 17 3D printers of 5 types such as Cubicon, Ultimaker, Uprint, XFAB, and MIP2500 Plus; 3D scanners; 15 test and measurement devices of 8 types; 1 laser cutter; other 17 equipment pieces
- Popular 3D Printer / Industrial 3D Printer
- IoT Room : A multimedia space for conducting classes related to large-scale laptop-using IoT
- Media Room : A space for producing works through photo shooting and editing, printing large color materials, and fabric operations including an electric sewing machine
- Wood & Finishing Room : A space for woodworking, surface treatment, painting and other finishing operations, CNC tasks, and more.
AI Collaborative Robot Practice Space (CARE LabⅠ,Ⅱ)
The CARE LabⅠ is a test bed for high-tech collaborative robots and an open innovation space supporting all practices from designing robot hardware and AI & deep learning software to actually developing robots.
A twin environment identical to the actual collaborative robot production line built in the CARE LabⅠ, the CARE LabⅡ is space for computer-simulating a scenario that may occur in reality.
The CARE LabⅠ,Ⅱ will also progress vigorously as a startup incubator that creates fresh business models in the future.
Korea Institute of Industrial Technology (KITECH)
KITECH is a research institute specializing in commercialization, established for the purpose of supporting small and medium-sized enterprises (SMEs) in the industry, especially the manufacturing industry.
We are doing our best to support the development and commercialization of industrial source technologies with the vision of ‘Global KITECH Leading Manufacturing Innovation’ so as to enhance the competitiveness of small and medium-sized enterprises in our industry.
- The role of the institution
Mission
Faculty
Industrial
source
technology
development
R&D of production technologies such as casting, mold, heat treatment, etc.
R&D of production systems such as production system integration, eco-friendliness, high efficiency, assimilation and intelligence
SMEs
technical
support
Demand-oriented commercialization research
Technology transfer and support for SMEs through a regionally distributed technology support system
Korea Additive Manufacturing Innovation Center (KAMIC)
KAMIC is committed to establishment of innovative manufacturing system by providing industrial solutions covering entire AM process, from design, software, post-process and quality verification.
To achieve the goal, we endeavor to increase reliability and use cases of additive manufacturing in the field through our accumulated research results and know-how. Furthermore, we have developed and established quality verification, which consists of evaluations at three level -specimen, part and site simulation-, based on our database for AM technology, so that additive manufactured parts can be certificated and industrialized.
- The role of the institution
Support your manufacturing innovation: Reinforcement of corporate competitiveness and support for technology commercialization through 3D printing technology
Technical solution: development of demanded products, support for step-by-step customized demonstration and establishment of certification system
Competitiveness: Contributing to manufacturing competitiveness by establishing a 3D printing-specialized demonstration
Industry leading: Leading manufacturing innovation and future industries in major and new such as defense, power, aerospace, automotive and medical
Manufacturing innovation: leaping to a leading country in 3D printing-based manufacturing innovation
