Collaborative robots are meant to be easy to use and integrate. They are designed to be similar to a worker’s tool and require little knowledge of robotics to use them. This is great for Small or Medium Enterprises (SME). This can also be a great advantage for bigger companies looking for a more agile approach to automation. In global companies spanning across different plants and geographic areas, you need a concerted effort to deploy collaborative robots successfully. Here is the profile of 4 key players to consider when looking at deploying collaborative robots within your global company.
As we have observed, there are four key leaders that need to be involved for a successful large scale deployment of collaborative robots.
Install the first robot in one of the plants, start a pilot project. The main goal is to build an internal knowledge base and create a precedent, a first case people can relate to internally.
Take the first visible step on the global effort. Keep in mind that a global company can use the same device for different applications.
S/he can be a plant manager or manufacturing engineer with great leadership.
Hands free to try new things.
Great leader able to manage change and get workers onboard, communicate, explain to other plants.
Innovative, looking for opportunities to grow professionally and increase the comfort zone of his company.
Study the collaborative robot current and future landscape. Benchmark technologies. Understand safety standards and how to apply them in the company's context. Document for internal sharing.
Highly skilled engineers with good communication skills, able to popularize technological concepts.
Connected to plant operation reality and corporation financial and strategic reality. Must be seen by the plant managers and higher management as someone with credibility, not someone who only "likes to play with cool technology". The doors of the factories and higher level offices must be open for him to get in at any time.
Create a ‘passing pocket’ for the plant leader deploying the first application. Allow time for the workers to work with the technology and adopt it. Remember, the first application is mostly to build the internal know how, a first example for something much bigger to come.
Make sure budgets are approved. Knowing that budgets can be a very limiting aspect to introducing a robot into a plant, make sure to reflect the potential of the technology.
Communicate with other managers. Managers from the same level and from higher levels would also like to know what’s cooking with this robot. Let them know what is going on using a ''management'' oriented vocabulary rather than a technical one.
Open minded, innovative, leadership.
Collaborative robots are easy to deploy, easy to use. They should be as easy to buy for the plant manager wanting to generate ROI on his floor. The global purchaser will put agreements in place with suppliers to streamline ordering. Purchasing is part of the deployment process, should be as simple and easy as the rest to get the full benefits of agility.
Result oriented. Once again keeping a global approach will simplify the global integration of the technology.
Bonus expert to get onboard
From the experience that we've seen, having these 4 leaders working together really increases the likelihood of rapid adoption of collaborative robots in global companies. Typically, we see the leadership coming from the Tech Center. This is great, you need expertise at that level. But to really speed things up, you need the rest of the team. The real catalyst is usually the innovative plant leader. Once you have a first practical example, the internal buzz starts building both at a management and plant level. Adding collaborative robots can improve productivity, ergonomics and the bottom line. If you're serious about it, you must have the right people to make it happen!
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