3nity
The Trinity of
AI x Robot x HW Design
The Trinity of AI x Robot x HW Design
์ผ์์ผ์ฒด
The Trinity
AI
x
Robot
x
HW Design
The Convergence of Three Key Technologies
Smooth integration of the three core technologies
Convergence of Three Key Technologies
3nity(3 core technologies + triNITY) is an AI Powered Robot Control technology that leads smooth integration of AI, robot, and HW design, the core technology of AI sortation robot.
3nity(3 core technologies + triNITY) is an AI Powered Robot Control technology that leads smooth integration of AI, robot, and HW design, the core technology of AI sorting robot.
3nity(3 core technologies + triNITY) is an AI Powered Robot Control technology that leads smooth integration of AI, robot, and HW design, the core technology of AI sorting robot.
AI
AI
Role: Deep learning-based waste location detection and classification, plastic component analysis, object tracking on conveyor, waste statistical data analysis
Role: Deep learning-based waste location detection and classification, plastic component analysis, object tracking on conveyor, waste statistical data analysisโ
Artificial intelligence-based solution for real-time detection and classification of waste objects' locations without disrupting the logistics flow at recycling sorting facilities. Independently developed. Forming artificial intelligence learning data based on analyzed results and securing waste big data.
Artificial intelligence-based solution for real-time detection and classification of waste objects' locations without disrupting the logistics flow at recycling sorting facilities. Independently developed. Forming artificial intelligence learning data based on analyzed results and securing waste big data.
Robot
Robot
Role: Adaptive robot control for waste shape and situation, robot motion development to maximize waste processing capacity, conveyor and facility control
Role: Adaptive robot control for waste shape and situation, robot motion development to maximize waste processing capacity, conveyor and facility control
Development of control HW/SW to automatically sort waste based on the results analyzed by artificial intelligence. Utilization of robot motion and path to maximize the waste treatment capacity of facilities. Development of emergency stop function for facility status monitoring and accident prevention.
Development of control HW/SW to automatically sort waste based on the results analyzed by artificial intelligence. Utilization of robot motion and path to maximize the waste treatment capacity of facilities. Development of emergency stop function for facility status monitoring and accident prevention.
HW Design
HW Design
Role: Realizing AI and robots to operate in the real world. HW design and production for each component of A-tron. Deriving solutions to install A-tron in actual field.
Role: Realizing AI and robots to operate in the real world. HW design and production for each component of A-tron. Deriving solutions to install A-tron in actual field.
Design and manufacture of frames for installing Vision optics and Robots. Development of Robot EndEffector for optimizing the success rate of waste Pick&Place. Development of high-speed air direction switching device. Progress of secondary facility construction and electrical work for equipment installation.
Design and manufacture of frames for installing Vision optics and Robots. Development of Robot EndEffector for optimizing the success rate of waste Pick&Place. Development of high-speed air direction switching device. Progress of secondary facility construction and electrical work for equipment installation.
3nity 1.0
3nity 1.0
available soon
available soon
"To maintain a continuous flow, easy maintenance is necessary. You must not stop. To do so, you need the ability to make appropriate judgments and actions for waste objects along with strong durability. For example, the ability to measure the height of waste by yourself to avoid collisions and to grip with appropriate force for each object. To do this, you must not be good at only one thing. An integrated perspective of three technologies (vision, AI, robots) is needed."
For continuous maintenance of throughput, easy maintenance is necessary. Don't stop. To do that, the ability to make appropriate judgments and actions for waste objects is required along with strong durability.
For example, the ability to measure waste height by itself to avoid collisions, and to apply appropriate force to each object.
For this, you cannot do well in just one thing. A comprehensive perspective of three technologies (vision, AI, robots) is required.
Dogyeong Lee, CTO
Dogyeong Lee, CTO
Upcoming Release Content
Upcoming Release Content
Upcoming Release Content
Waste avoidance capability: precise waste height measurement possible โ fewer collisions with waste
Waste avoidance capability: precise waste height measurement possible โ fewer collisions with waste
Waste custom adsorption capacity: the ability to adsorb with appropriate force according to the characteristics of each waste
Waste custom adsorption capacity: the ability to adsorb with appropriate force according to the characteristics of each waste
Anticipated Effect
Anticipated Effect
Anticipated Effect
Enhancing robot control ability to increase robot durability
โ Increased maintainability โ Maintaining waste sorting capacity
Enhancing robot control ability to increase robot durability
โ Increased maintainability โ Maintaining waste sorting capacity
Game Changer of AI-based Robot Solutions
Game Changer of AI Robot Solutions
Aetech's AI robot solution through 3nity resolves problems and enhances capabilities. At the same time, it's a game changer enabling easy maintenance.
Aetech's AI robot solution through 3nity resolves problems and enhances capabilities. At the same time, it's a game changer enabling easy maintenance.
