To cope with future rising labor costs! It can accommodate special operations such as horizontal and vertical motion restrictions and fixed position operations.
We would like to introduce the "Automation System using Force Control Robots." Due to the decrease in the labor force caused by the declining birthrate and aging population, there has been a demand for robotics in various sectors of the manufacturing industry. This includes the introduction of robots for cell production sites aimed at small-lot, high-variety production, as well as for automating skilled tasks that have traditionally been difficult to robotize. Our system is capable of implementing functions such as following, fitting, and special direct teaching. It addresses the future rise in labor costs. 【Functions that can be realized (partial)】 ■ Safety stop ■ Operation instructions ■ Weight measurement ■ Three-dimensional measurement ■ Acquisition of tactile feedback based on torque values, etc. *For more details, please refer to the PDF materials or feel free to contact us.
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basic information
【Methods for Robotizing Manual Labor】 ■ Gradually promote robotization while retaining manual labor, assuming operations in an environment designed for humans. ■ Develop in parallel while dividing phases, allowing for a reduction in development time. ■ Reduce man-hours by confirming the effectiveness of jigs manually and considering teaching. ■ Use robots capable of force control on all axes during the research and development stage, but switch to partial force control after finalizing the work process to reduce costs (robot arm + force control motor). ■ For complex movements, remotely operate the robot arm with a haptic device to accumulate and analyze data on various movements (considering the use of AI). *For more details, please refer to the PDF document or feel free to contact us.
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For more details, please refer to the PDF document or feel free to contact us.
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Our company is committed to developing various new robotic systems by integrating media technology (ICT + VR + AR) and robotic technology (RT + AI + IoT) to address various future social issues, with the primary goal of contributing to society through our technology. The utilization of robotic technology, which is expanding year by year, is transforming from a traditionally hardware-centered world to software-driven system development. By leveraging our long-standing expertise in large-scale software development, we will respond to the new era of robot development by incorporating hardware control technology, 3D data processing technology, and impedance control technology. For complex automation projects that are considered difficult to achieve with conventional technology and require new methods, please feel free to consult with us.
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