![]() ![]() It was hefty, weighing in at 1.6 tons and measuring 1.6 x 1.2 x 1.3 meters, and its payload was only 12kg. The first-generation “Kawasaki-Unimate 2000,” however, was not sufficient as a high-performance working mate. The name “Unimate” means “working mate with universal capability.” The robot was introduced as a new type of worker that would solve labor shortage issues, setting high expectations to reduce manpower. However, it still was not enough to fully alleviate the issues businesses experienced due to lack of labor. Labor shortages became a major social issue and people from rural areas were making their way to the city en masse to work. The Need for Automationĭuring this time, Japan was in a period of rapid economic growth. A year later, the first industrial robot was domestically manufactured in Japan. Kawasaki sent its engineers to the United States to gain additional knowledge and import sample machines back to its factory in Japan for continuous research and development. Kawasaki signed a technical license agreement with Unimation in 1968. Because of this achievement, Engelberger came to be known as the father of robotics. The Unimate, developed by the company, became the world’s first industrial robot. Engelberger, an entrepreneur who paid a great deal of attention to this concept, established the venture company: Unimation, Inc. came up with the basic concept of industrial robots (automating repetitions of simple tasks) and applied for a patent in 1954. The history of industrial robots began in the 1950s. Once movements are configured through teaching and programming, industrial robots can continue their operations accurately for hours on end, making them an essential component of modern manufacturing sites. What is an industrial robot?Īn industrial robot is a machine with multiple, freely-moveable, operable joints capable of performing tasks such as welding or handling heavy objects. Let’s explore how the adoption of the Kawasaki-Unimate robot paved the way for the robots we see today. Now, you see vastly different types of industrial robotic arms used by companies from all industries, performing both complex and simple tasks. When Kawasaki manufactured the first domestic industrial robot in Japan in 1969, the automotive industry was the only field utilizing robotic automation. Exclusive Resources Online information, tutorials and webinars available to our customers.Training Our team of robot experts empower Kawasaki users globally.Service & Support Our service team helps protect & preserve your automation investment.Customer Service Experience Learn how we support our customers and partners throughout their automation journey.K-AddOn Partners Equipment partners whose products integrate easily with our robots.Partners Experienced automation experts with our stamp of approval.News Stay in-the-know with the latest Kawasaki updates and news.Blog Discover and engage with the world of Kawasaki Robotics.Case Studies Make your case for automation with our library of case studies.Getting Started A few helpful steps to get your automation journey started.Robot Automation FAQs Quick answers to common automation and robot questions.Why Kawasaki Robotics With a service-based approach, we are a different type of robot company.Kawasaki Robot K-AddOn Products A list of our equipment partners’ products, which integrate easily with our robots.Other Products Simulation, offline programming, safety, vision systems, and more.Controllers State-of-the-art robot controllers for any project.Robots High performance robots with payloads ranging from 3 – 1,500 kg. ![]() Product Search Kawasaki Robot Lineup – Robots, Controllers, and More. ![]()
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