The closed door has the structure of pulling one side and pushing at the other side to open.
Therefore, the direction of the strength pushed from the outside (or inside) is consistent to the direction of the
strength generated when the door is pulled from the inside (or outside).
Through the design of the handle which is made with the motif of the shape of water drop, the wavelength generated when
water drop touches the surface of water is presented as a factor which composes the design of the handle spreading in the same direction.
With the boundary of the door, the pushing part expresses the direction of strength towards the door with the shape of
water drop falling and hitting the water surface, and the handle of the pulling part expresses the direction of strength opposite to the pushing direction with the shape of water drop rising from water surface.
The user can figure out which direction the door should be open when the door is closed through the shape of the handle.
Face One is installed on the speed gate to tag RFID cards while making facial recognition easier.
Automatic immigration Gate – Incheon Airport 2 Terminal
We designed the automatic immigration gate at the 2nd terminal, Incheon Airport's new terminal.
We designed the access control terminal using face recognition.
Automotive Transmission Simulator
We designed a automotive Transmission simulator with cellular charging capabilities.
Facial Recognition Kiosk
It is a facial recognition terminal installed on the speed gate.
DLP 3D Printer – LITHO2
It is designed to move away from the mechanical feeling 3D printer design, and to reach the user-friendly household appliance by using wood material.
Finger Vein Recognizer
The low-vein recognizer is designed to be ergonomic so that the user does not feel inconvenienced when the user puts his finger on the scanner
Working model installed in Gwacheon National Science Museum
We designed and produced an exhibition model that describes the process of extracting nylon using coal.