<Demo available> High off-road capability with a suspension that can handle outdoor conditions and uneven surfaces! Can be utilized for various purposes as a platform. Easy installation of the robot's casing.
Contributing to labor-saving and efficiency, it can be utilized for various applications such as AGV, AMR, and UGV as a robot chassis. It is agile and can operate on rough terrain.
A case where UACJ utilized MITRA as an autonomous transport robot aimed at automating the transportation of heavy objects in the manufacturing site!
Achieving the industry's lowest price level! A new AMR that overcomes the challenges of existing transport robots with its compact size, low cost, and easy operation [Presentation materials available now!]
Achieve high-precision location identification! Easily adapt to changes in factory layout.
Equipped with intelligent group control functions! An essential item for advanced smart factories.
Using robots for transporting, applying, and removing double-sided tape is impossible... That idea will change! [Labor-saving and automation items]
I want to promote automation, labor-saving, and efficiency in the factory. I want to improve the working environment. We will respond to such requests! [Free materials with case studies included]
Examples will be introduced clearly with diagrams and photos, including food factories and residential material manufacturers!
We will introduce examples of robots and labor-saving equipment used in food factories and housing materials manufacturing companies, along with diagrams and photos for easy understanding.
Full coverage for both the wrist and the main body, equivalent to IP67, standard rust resistance, and usable for various applications.
We will introduce examples of robot implementation and its effects in industries such as metal processing, electronic components, pharmaceuticals, food, and housing equipment factories!
Adding the "CMZ12" to the lineup, which achieves a portable weight of 12 kg and long reach while maintaining high speed, high precision, and excellent safety.
The potential for labor-saving and efficiency improvements through the collaboration between robots and humans. Collaborative work between robots and humans in food factories.
Achieve both efficiency and error-proofing through automatic detection! It is possible to build a flexible system with a transport system and dual-arm robots. (FA automation implementation case)
FA Automation Systems, introduction of operational examples. "Future Co-Creation" between humans and robots.
Do you know the difference between AGV and AMR? You can download basic knowledge that you might be hesitant to ask about, including advantages, disadvantages, and how they operate, for free!































































































































