24-hour continuous operation with untracked AGVs and collaborative robots for 'automation and reduced workforce'
Would you like to promote automation in your factory with 24-hour continuous operation using wireless power transmission? Layout changes with rider slam mapping that does not require magnetic tape.
We propose the mobile collaborative robot "AGBOT," which is equipped with the Yaskawa Electric collaborative robot "MOTOMAN-HC10" and the Nidec Drive Technology (formerly Nidec Sankyo) AGV "S-cart." By combining the robot with an unmanned transport cart, it autonomously performs inter-process and inter-machine transport, automating multiple processes such as assembly and the input/output of jigs. The robot achieves high-precision positioning by autonomously judging, measuring, and correcting the error in the AGV's stopping position. The non-tracked AGV eliminates the need for safety fences and magnetic tape, making route changes easy. With the automatic power supply function of the Daihen wireless charger "D-Broad," it can operate unmanned even during nighttime operations. 【Features】 - Moves the robot at a maximum speed of 60 m/min - Ensures safety by adopting a collaborative robot - Capable of mounting an ATC (Auto Tool Changer) *customizable - Can stably control the robot regardless of AGV stopping accuracy - Equipped with a storage shelf on the back that can hold up to 50 kg - Can control multiple AGBOTs with server functionality (Wi-Fi) - Can interface with existing processing machines through an I/F box
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【Fields and Industries for Active Engagement】 ■ Logistics Field (Inbound and Outbound of Goods) ■ Assembly Field (Work Alignment and Assembly Tasks) ■ Semiconductor Field (Wafer Process Inter-Transport and Clean Customization) ■ Lab Automation (Automation of Scientific Experiments and Testing Areas), etc. 【System Proposals】 ■ Establishing operational systems to improve productivity ■ Developing server software linked with production management ■ Conducting risk assessments for safety management Based on the layout of the customer's factory, tact time, and the tasks performed by robots, we propose systems tailored to customer needs, including verification of our product's operational performance, setting the number of units, power supply planning, and integration with production management systems. We will conduct risk assessments for safety management and build operational systems to enhance productivity, as well as server software linked with production management. *For more details, please refer to the PDF materials 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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Until now, we have continuously faced challenges with the desire to propose optimal system integration to our customers while sensitively responding to the trends of the times in industries such as paper, pulp, automotive, automotive parts, semiconductors, LCDs, and smartphones. Moving forward, we will actively enter the "three industries" of "food, pharmaceuticals, and cosmetics," which are essential for people's lives, while inheriting this way of thinking. Additionally, in fields expected to grow, such as semiconductors and high-performance LCDs, we will actively engage in the development and manufacturing of precision alignment exposure equipment, inspection equipment, and process manufacturing equipment as a device manufacturer.
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