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- ITS Shinmei Division specializes in the design and integration of advanced robotic systems, including collaborative robots (cobots), tailored to meet the unique demands of modern manufacturing environments. Our expertise extends from initial concept developments to full system integration, ensuring seamless operation within your existing infrastructure.
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- Our robots and cobots are engineered for precision, efficiency, and safety, enabling human-robot collaboration that enhances productivity without compromising on workplace safety. We understand that each application is unique, which is why we offer custom end-of-arm tooling (EOAT) solutions designed specifically for your tasks. Whether you need specialized grippers, sensors, or tool changers, our EOAT designs are optimized to handle your materials with care and accuracy.
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- Additionally, we integrate cutting-edge vision systems into our robotic solutions, enabling enhanced precision and adaptability. These vision systems provide real-time feedback and guidance, allowing our robots and cobots to perform complex tasks with exceptional accuracy. Whether it’s for quality inspection, object recognition, or precise alignment, our vision systems elevate your automation capabilities to new heights.
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- Partner with us to bring the future of automation into your facility. Our commitment to quality and innovation ensures that your robotic systems not only meet but exceed industry standards, driving your business towards greater efficiency and success.
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Injection Mold Trim Cell A robotic system featuring two Denso robots with ultrasonic cutting tools, designed to trim flashing from injection molded parts. |
Pallet Return Cobots A custom-designed cobot system utilizing two UR cobots to pick and place, then return empty pallets via an overhead conveyor.
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Palletizing Robot Cell A vision-guided Kawasaki robot with custom end-of-arm tooling (EOAT) for efficient de-stacking and stacking of totes onto pallets.
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Gate Cut Cobot System A solution utilizing two Yaskawa cobots to remove gates leftover from injection molding and transport them to a recycling process.
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