By preparing just a few images, it can quickly and automatically estimate the gripping posture and suction points, enabling precise picking from amorphous objects!
*Just a few pieces of data prepared! Inheritance is speedy! Easy with AI and automation!* "Inheritor" is software for robots specialized in recognizing amorphous objects. By simply preparing a few training images, it can quickly and automatically estimate the proper gripping posture and suction points, allowing for versatile picking of various amorphous objects. It has essential features for quickly inheriting the handling of amorphous objects from robots to humans, and being software, it enables rapid implementation and operation. For example, it can quickly respond to the identification of items with irregular shapes, such as agricultural products. Additionally, in industries facing labor shortages, such as hazardous waste and industrial waste processing, automating robots through "Inheritor" can provide a safe and secure working environment, making it applicable in various scenarios. We have released a demo video. *For more details, please refer to the PDF materials or feel free to contact us.*
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<Do you have any of these concerns?> "There are too many types of items to sort, and human hands can't keep up..." "There is an existing detection system, but it's difficult to detect random shapes..." "Moreover, the work environment is hazardous and difficult for people to enter..." <Recommended for the following people!> ■ Those struggling with a labor shortage ■ Those who want to utilize robotic arms in conjunction with AI ■ Those who want to reduce reliance on individuals in the production area ■ Those who want to automate the production process with AI ■ Those considering implementation with a short lead time ■ Those who want to detect irregularly shaped items without limitations on shape or texture ■ Those who want to know about case studies *Please download the PDF for more details*
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【Product Features】 ■ Low Learning Cost Only a few training images are needed. The robot can be operational in a short period of time. ■ High Object Recognition Accuracy Even in a disordered state with irregularly shaped objects, it is possible to estimate and recognize the area and height of the workpiece. ■ Automatic Estimation of Grasping and Suction Points The grasping posture or transition points are automatically estimated. Additionally, for workpieces with very complex shapes, we provide optimization development. *For more details, please download the PDF.*
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The world of ICT has been continuously developing and evolving at a rapid pace. It has contributed to the creation of many values and has helped solve customer and societal issues, thereby contributing to the happiness of many people. The dramatic evolution of technology has greatly improved convenience and has facilitated many forms of human interaction that were previously impossible. However, over the past decade or so, I feel that significant changes have emerged in the world of ICT. While it brings happiness to people, it seems that the "side effects" that accompany it have become more pronounced than before. There has been an increase in crimes that exploit technology, an overflow of information, and it has become difficult to discern the truth. The development of social media has expanded the ways in which people communicate, but it has also brought various issues to the forefront, such as violations of human rights, privacy, and copyright. In the future, the field of ICT will continue to evolve rapidly, and its impact on society will also increase. Therefore, it is essential to engage in business while being aware of the negative aspects that such changes may create, and to consider how to mitigate these side effects while bringing happiness to people through ICT. I believe this is also a responsibility for those involved in ICT.
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