• 2025.03.26 iRUBY: Making Robot Operation More Intuitive and Flexible The robotic software controller, abbreviated as iRUBY, offers technical functionalities such as multi-axis control, simulation, calibration, and compensation for robots. It is hardware-independent, functioning regardless of the computer hardware brand, and provides a customizable interface based on customer requirements, making robot operation more intuitive and flexible.
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  • 2025.03.26 The Intelligent Production Management Service Architecture Adopted by Major Machinery Manufacturers Want to Build a Super Smart Factory?
    The Must-Know Intelligent Production Management Service Architecture:
    "SKYTIC Digital Information Technology Center"
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  • 2025.03.26 Industrial Collaborative Dual-Arm Robot with Upgraded Intelligent Safety Speed Monitoring PMC has developed Taiwan's first industrial collaborative dual-arm robot with 14-axis synchronous motion control. This year, it includes intelligent visual judgment, allowing it to smartly assess the intent of an approaching object based on its speed and direction. The robot's brain can immediately issue commands to stop operations in case of emergencies. Compared to the traditional method of passively presetting safety distances, this upgrade minimizes unnecessary production line shutdowns and maintains uptime. The PMC industrial collaborative dual-arm robot resolves safety concerns and achieves zero-distance collaboration between humans and robots!
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  • 2025.03.25 Practical precision and collaboration safety: machine flexible arm The PMC driver-control integrated integrated link module cooperates with ASIC to control the control technology using insensitive sensor-assisted control technology. Through the built-in Mad Assisted Controller function, external overshooting collision events can be detected; Mad hardware adopts hollow axle design and EthrCAT communication technology, which greatly simplifies the complexity of the internal line configuration in the machine arm connection, which not only improves space utilization, but also greatly reduces the cost and difficulty of machine arm equipment maintenance. Currently, it has successfully assisted many cooperative robot factories to complete the development.
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