(Construction) - Japanese construction company Kajima Corporation has developed a "manipulator-type on-site link vao w88 bong88 robot" designed to fully automate the repetitive tasks involved in all-around link vao w88 bong88 for large steel columns.
(Construction) - Japanese construction company Kajima Corporation has developed a "manipulator-type on-site link vao w88 bong88 robot" designed to fully automate the repetitive tasks involved in all-around link vao w88 bong88 for large steel columns.
This new robot incorporates advanced features, including a groove sensing function and a slag removal function, building upon its existing link vao w88 bong88 robot technology. The robot can automatically measure the groove shape of the column welds, generating link vao w88 bong88 parameters such as the number of layers, link vao w88 bong88 paths, and link vao w88 bong88 speed based on the measurements. Additionally, manual slag removal is entirely eliminated, significantly boosting productivity.
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| Kashima develops fully automated link vao w88 bong88 robot for large steel columns |
The robot can perform a sequence of operations—groove measurement, link vao w88 bong88, and slag removal—in full automation, enabling continuous operation both day and night. Operators can work remotely from the robot, managing multiple units simultaneously while performing other tasks. The manipulator, equipped with six-axis mobility, moves along tracks installed around the column, dividing the entire circumference into eight segments for automated link vao w88 bong88. A tool changer function allows the manipulator to switch seamlessly between link vao w88 bong88 and slag removal tools, achieving complete automation of link vao w88 bong88 for a single column.
The new robot has been deployed on a trial basis at a building construction site in Yokohama, where it is used to weld certain large steel columns. The results confirm that the robot delivers fully automated link vao w88 bong88 with quality equivalent to or exceeding that of skilled human operators, as verified by ultrasonic testing and visual inspections. (2024/11/12)