Imaging lenses are used in cameras and optical equipment.
They gather or refract light to focus images onto the camera sensor,
allowing control over the field of view (FOV) and focal length.
Additionally, they are a key component in autonomous vehicles,
playing a crucial role in perceiving and understanding the surrounding environment.
The camera module is a key component of autonomous vehicles, used for perceiving and analyzing the surrounding environment.
Detects and classifies various objects such as pedestrians, vehicles, traffic lights, and signs around the vehicle.
Identifies lanes, intersections, and obstacles to determine a safe driving route.
Calculates distances to objects to ensure safe driving.
Processes real-time video data to extract essential information quickly.
Utilizes machine learning to enhance recognition accuracy and efficiency.
Adapts to weather and lighting changes for stable recognition.
These features enable autonomous vehicles to drive more safely and efficiently.
Gion Optics ensures high-quality camera module production using Active Alignment equipment
at the level of complete vehicle technology.
Optical engines and lighting optics play a crucial role in optical and lighting systems.
These technologies are widely used in lighting, displays, camera modules, autonomous vehicles,
and projection systems, designed to maximize illumination and optical performance.
Both technologies are essential for optical and lighting systems, contributing significantly
to the future of smart vehicles, smart homes, and digital display systems.
The automotive and transportation industries are rapidly evolving,
introducing various innovative technologies.
Gion Optics provides camera solutions for all modes of transportation,
including ships, commercial vehicles, special-purpose vehicles, and motorcycles.
These solutions enhance safety, efficiency, and user experience,
making them essential components of autonomous driving and smart transportation systems.
Robotic Automation Systems utilize robotic technology to automate tasks across various industries,
including manufacturing, logistics, services, and healthcare.
These systems integrate robots with software, sensors, actuators, and other hardware components
to perform a wide range of automated tasks. They include industrial robots, service robots,
and collaborative robots (cobots).
Operating based on programmed commands, they can autonomously execute tasks or use AI and
machine learning to adapt and work efficiently in complex environments.
Robotic automation maximizes production efficiency, reduces human errors,
lowers costs, and ensures consistency in operations.