Wixom, home to Kawasaki Robotics (USA) Inc., will witness the debut of an innovative educational robotics platform known as Astorino. This platform aims to benefit industrial and technical education providers. Its grand premiere is set to take place at the Smartforce Student Summit in Chicago, from September 9 to 14, 2024.
Astorino features the capabilities of a standard industrial robot, but priced affordably for the educational market. This strategic pricing makes it easier for educators to provide students with crucial foundational skills that will prepare them for the constantly changing landscape of manufacturing.
What makes Astorino stand out is its advanced technology derived from Kawasaki Robotics’ extensive knowledge in robotics, which includes hardware, firmware, control systems, application software, and training. Moreover, it provides STL files that allow quick 3D printing of replacement parts for almost the entire robot.
At the heart of the Astorino platform is a light weight, 12 kg, 1kg payload, 6-axis robot, structurally and programmatically similar to a standard Kawasaki industrial robot. The device is powered by 110V, making it an ideal fit for any classroom. Beyond hardware, the platform includes a built-in control system, with dedicated firmware, software, and safety measures such as E-Stop and safety brakes. This robot can be paired with a variety of options including three types of grippers, a feeder with optical sensors, and external sensors.
Offered at a base price of $5,000, Astorino offers great value for educators in providing a low student-to-equipment ratio, giving each student more time to interact with the robots. This hands-on experience not only enhances knowledge in areas like mechatronics and programming, but also offers students a holistic view of robotic systems.
Aside from its affordable purchase price, Astorino is designed to be cost-effective in terms of operation, maintenance, and recurring costs for learning institutions. There’s no requirement for software licenses or replacement part charges, as the students can print 3D parts themselves. This approach allows educators to focus more on teaching rather than budgeting.
Kawasaki Robotics is planning to develop training materials to equip users with information ranging from basic introductions, programming and operations to complete repair and maintenance programs. This package is not just about selling advanced robots and tools, but also showcases Kawasaki’s commitment to preparing the next generation of players in the industry.
Interested individuals and institutions can experience the Astorino educational robotics platform at the Kawasaki Robotics booth at the upcoming Smartforce Student Summit in Chicago, or by visiting the company’s website. This promising launch is expected to transform the face of industrial robotics education.
