We designed the electric vehicle charging inspection equipment used by electric vehicle manufacturing companies. It is applicable to both charging connector standards CCS-1 and CCS-2, and indicators are placed so that workers can effectively check the inspection results.

EV Charging Tester Design

This is an advertisement board installed on the roof of a taxi. Advertising appears on the side LED display and the dot matrix LED on the front and rear display text to suit the taxi's situation.

Taxi Top Sign Design

This is a guide robot design that can be used in the lobby of airports and hospitals. Provides information to users through the front touch display, along with an appearance that gives them a friendly image.

Guide Robot Design

Robot arm housing that works using biomicroelectrical signals is designed. It is made of a structure that combines parts of a cover type on top of a basic skeleton.

Robot Arm Housing Design

The basic shape of the toothbrush is the straightness of the cylindrical shape, but it was designed to naturally connect the straight and smooth curved elements.

Smart ToothBrush

This is a terminal design that controls office access through facial authentication. The unique circular shape design provides visual effects and blends harmoniously into the space, creating harmony with the environment. This unique design differentiates it from other products, makes it easy to identify the product, and provides a comfortable experience for users.

Facial Recognition Terminal Design

This is a demonstration product design of an electric vehicle charger converter that can change the specification of an electric vehicle charger. It is designed to design and demonstrate a charging converter that can change the GB/T and DC Combo (Type1) charging methods of an electric vehicle.

EV Charger Converter

Advanced Driver Assistance System (ADAS) camera product design, which is attached to the inside of the vehicle. The overall shape of the product was inspired by the sleek car features, and an indicator was placed at the bottom of the product to enable the driver to check the status of the camera.

ADAS Camera Design

Face recognition device products installed in speed gates are designed to allow for the structure of the device, considering the state of bowing when tagging RFID cards at the top of the speed gate.

FACEONE

The NEVC-BIO is an electric vehicle slow charger that combines biometric authentication. Face authentication is possible through the camera at the top, and fingerprint recognizers and card readers are deployed. The electric vehicle charger can be controlled through fingerprints and registered cards.

NEVC-Bio EV Charger Design