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2018 TPCA Show- Laser Induced Metallization for 3D integrated Circuits
LIM technology can fabricate metal structures on 3D substrates by innovative nano-catalysed solution. The nano-catalysed solution can coat on 3D substrates by spraying method. The LIM technology can apply to any substrates and the minimum line width is 30~50μm
2018 TPCA Show- Additive  Fine-Line Printing Technology
The self-development of a gravure offset printing technology and a copper reductive process was integrated to manufacture a patterned fine line, high-frequency antenna or multi-layer on a substrate surface. The Min. linewidth of copper fine line is around 3 µm and it own a high conductivity. This technology is possible to replace traditional photolithography process to manufacture the printed circuit board and high frequency antenna in a green and additive process.
2018 TAIROS Pollishing Robot 2.0 with Cyber-Physical System Technology
To achieve the goal of cyber-physical integration to solve labor shortage in the area of grinding and polishing manufacturing along with difficulties encountered in automation when faucets with complex shapes are taken into account, our robot grinding and polishing system imposes function of online programming to simplify teaching process by automatically generate the toolpaths and feedbacks with corrected paths by 3D vision system.
2018 TAIROS Precise Localization Technique of Free-Ranging Automated Guided Vehicle
The common usage of Automated Guided Vehicles is at the logistics and warehouse, however, the localization precision of Free-Ranging Automated Guided Vehicles is about ±15 mm currently. It still needs intervention from labors or robot manipulators to deliver material properly.
2018 TAIROS Robot Communication Standard Technology
The robot communication standard technology provides a standardized information model which is capable of presenting all robot related data. Based on the OPCUA communication architecture, it provides communication standard that is in line with international standards, and solves the problem of system integration for the domestic robot industry.
2018 TAIROS Domestic arm with smart joint
The modularized robot joints integrate motor, speed reducer, controller and absolute/incremental encoder. Some joints further include power-off brake, torque sensor and power converter. The robots can be assembled with various torque output for different requirements. In addition to industrial applications, these robots also suitable for education, DIY market, robot technique validation, specific fields applications and distributed control systems
2018 TAIROS High accuracy robot applied on aerospace machining
The aerospace components is made by a five-axis machine tool in the past. To meet the flexibility of production, aerospace manufacturers are beginning to seek to introduce robot arms for aerospace parts processing. High accuracy robot can meet the requirement of machining(±0.25mm) and reduce the cost (>50%) compared to foreign robot systems.
2018 TAIROS Robot Technology of Digital Twin for Electroplating Equipment
In the electroplating and surface treatment industries, the production process relies on a large amount of manpower. The loading and unloading operations are carried out in an environment where electrochemical gases are dispersed. Through the technical assistance of digital twins and digital simulation model, user design planning in the simulation system can effectively reduce the cost of trial and error and the risk of teaching operations. The use of robot arm and simulation analysis to complete the loading and unloading task is an effective solution to meet the needs of industry.
2018 TAIROS i-Hand system
The bionic hand can make up for the inconvenience of the broken hand, and provide the action required for daily life with more freedom. Can also be used as a robot end effector to improve the compatibility between robot and human hand tools.
2018 TAIROS Mobile Robotic Platform System
Our mobile arm robot is a smart platform. It combines mobility, perception, manipulation and human-robot interaction capabilities for some specific goals, and works in indoor environments, especially on ambient assisted living or light industry.