| Robots remain a growth industry, and DENSO is both a leading user and a leading supplier of robots. Advanced control functions differentiate DENSO robots advantageously. The company is taking the initiative in developing mobile robots. |
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| Demand for robots continues to grow in diverse sectors. DENSO is among the largest users of robots in the world. We began making some of our robots in 1970, and we began selling robots to other manufacturers in 1991. DENSO now is Japan's largest supplier of robots for small assembly work. |
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DENSO robots are the most compact in their class. Their versatility and precision make them a valuable addition to production lines where manufacturing already is highly automated. And their simple programming, easy operation, and minimal maintenance make them an ideal choice for companies that are just beginning to automate work.
The controllers on our new robots integrate the functions for operating the robot and for managing work in the manufacturing process where the robot is installed. That integration lowers costs and simplifies work in manufacturing systems. And our integrated controller allows for linking robots to information networks in plants, which helps optimize production and maintenance. |
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| The worldwide trend toward flexible manufacturing presents demand for ever more-versatile robots. We are developing robots that will accommodate a broad range of tasks and large fluctuations in volume. As a first step, we have developed so-called autonomy mobile robots that emulate human functions, such as grasping, walking, and watching. We anticipate a surge in demand for those robots in medical treatment, geriatric care, and other new sectors, as well as in manufacturing industries. |
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 Our robots benefit from a technological breakthrough in reduction gearing. They also incorporate innovative results of structural analysis, especially in their light, high-rigidity arms. And we use segmented-core motors to maximize output from small units.
 In addition, we develop controllers to support such functions as simulation, self-diagnosis, networking, and visual recognition. Those functions enable users to set up our robots easily, to integrate the robots smoothly into their operations, and to keep them operating optimally with minimal maintenance. The simulation function, for example, lets users check their programming safely on desktop computer monitors before actually actuating the robots.
We equip our robots with large liquid crystal displays on pendants to simplify control. A graphical user interface and an easy-to-understand hierarchical menu let users issue instructions to the robots in a dialogue format. |
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