Intelligent Manufacturing
Technologies and Researches

Intelligent Manufacturing

Focusing on Artificial Intelligence and Robotics, Intelligent Manufacturing is one of the five pillars in ASTRI’s R&D strategy. Intelligent Manufacturing is all about making production faster, easier and more efficient. Hong Kong, as an emerging smart city in the modern age, relies on Intelligent Manufacturing, Artificial Intelligence (AI) and robotics to make R&D possibilities feasible. Without these, production processes would be significantly less effective. The application of AI and robotics into the production lines means that manufacturing will be more reliable, less demanding, and infinitely more accessible.

ASTRI develops a number of advanced platforms, tools and solutions that can help transform the industrial sector. By continuing to develop and apply artificial intelligence to production processes, ASTRI’s sophisticated and advanced technologies help to create inter-connected, fully digital smart factories, enabling businesses to streamline their operations, work more efficiently, and be kinder to the environment.

 

Research Areas & Focus

Machine Vision

3D/2D Defect Inspection

Intelligent Industry Robot: 3D Vision & Cognition

Augment Reality Display for Intelligent Manufacturing

Cyber-Physical Systems

Model-Based Systems Engineering for the Design, Synthesis and Validation of Mission-Critical Cyber-Physical Systems of Smart Factory in Industry 4.0

Sensing

Integrated device modules for manufacturing process, robot and environmental sensing

Intelligent Energy /Power Electronics

One-stop product development and service from design, materials, manufacturing processes to performance evaluation and small volume production, etc.

Project Highlights

System-Level Virtual Prototyping of Embedded Systems
System-Level Virtual Prototyping of Embedded Systems
Performance-critical embedded systems consist of hardware, software and physical systems. In order to meet the sophisticated design requirements of these systems, ASTRI has developed innovative co-modelling technologies for systems-level virtual prototypes ...
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Advanced Power Electronics Technologies
Advanced Power Electronics Technologies
Silicon-based technology ignited the development of the electronics industry in the last century, promoting the birth of Intel, IBM and some other world semiconductor giants in the “Silicon Valley” ...
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Wireless Power Transfer Technology
Wireless Power Transfer Technology
Wireless Power Transfer (WPT) means transferring electrical energy from the power source to the electrical device for charging of the battery and/or supporting the device operation without wire or conductor, by using magnetic field coupling which includes Magnetic Inductive Coupling and/or Magnetic Resonant Coupling ...
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High Density Interconnect Substrate Technology
High Density Interconnect Substrate Technology
Microvia Electroplating Additives for Next-generation High-density-interconnect Substrate Microvia in high-density-interconnect (HDI) substrate for system integration offers a number of advantages, such as performance improvement and product miniaturisation ...
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Li-Battery
Li-Battery
Advanced Lithium Ion Battery (LIB) Technology To cope with the power demand of new power consuming electronics, breakthroughs must be made in the development of lithium-ion battery (LIB) technology, including enhancing battery capacity and safety and reducing its size and weight ...
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