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UR10 Cobots Optimize the Assembly Line

Automation at Ford Motor Company

Se hvordan UR10 cobotter optimerer Fords motorproduktionslinje

In short

Ford Motor Company, one of the global automotive industry giants, has one of its major production sites in Europe located in Craiova, Romania. UR10 cobots are now deployed on the engine assembly line where they grease camshafts, fill engines with oil and perform quality inspections. The cobots help Ford deliver a faster production throughput while also relieving employees of repetitive tasks.

Ford Motor Company was looking for solutions to enhance their manual workforce generating added value to the manufacturing process. In doing this, the company realized the need for new automation solutions that could offer space savings, collaborate with people, be moved around when needed, while also providing a high degree of safety and a fast return of investment (ROI).

Ford Motor Company

Industry Automotive and Subcontractors

Country Romania

Number of Employees 1000+

Cobot UR10

How they did it

Taking a closer look at the process and key details for successfully transitioning from manual processes to automation with collaborative robots

Easy to implement

The UR cobots at the Ford plant were easy to implement, operators getting to know the UR10 cobots quite fast with the help of the Universal Robots Academy online modules that guided them through. Collaborative robots offer many opportunities, and the complexity of processes that they can easily accomplish, working side by side with humans, without endangering the work environment, represents Ford's argument for a future long-term collaboration.

The company

Ford Romania plant in Craiova manufactures hundreds of thousands of state-of-the-art Ford engines and vehicles annually, delivered to customers across Europe and beyond. Here it is manufactured Ford EcoSport SUV and the 1.0l EcoBoost engine, one of the most award-winning engines in the world. Also, a new SUV, Ford Puma, will go into production at Ford Craiova plant early this year.

Our applications are based on the Universal Robots because these robots address the applications we are looking for. We really like them due to their small footprint, the ease of implementation, and the fact that they can work alongside our people.

We are at the start of our journey with collaborative robots, after our first successful installation, we started looking at installing several more. The more we learn about these robots, the more applications we start to see for them.

Josephine Payne, Engine Plant Manager Ford Romania

The solution

As a result of research and consultations, Ford concluded that the cobots offered by Universal Robots met all the company’s needs and criteria.

Ford Romania plant in Craiova has now installed four UR10s, the largest of the UR cobot models. Three of them have been integrated directly into work processes and are working alongside the employees on the assembly line, taking over repetitive tasks. One UR10 performs the greasing of the camshaft followers, another fills the engine with oil, and the third checks the engine with a UV light and a camera for leakage after it has been filled with oil. The camera used in the engine check process is a Cognex camera vision, a UR+ product, communicating with the cobot through Ethernet. The UR10 cobot operates it with the help of an end effector (gripper) specially created and personalized by the Ford engineers according to the application. The fourth UR10 unit is used for tests and training and will soon have an operational role assigned. Due to the integration of the UR10 into the system that controls the assembly line, the process is simplified. The cobots do not require human/operator’s intervention unless a change occur in the usual processes.

“A team from the UK did a global analysis on which type of cobot best suited our needs in the engine and vehicle plants,” says Adrian Calangiu, area manager at Ford Romania’s engine plant. ”When we implemented the cobots, it was not our intention to replace people, we wanted to help the operators that perform repetitive and challenging jobs, having the cobot act as a colleague to the operator instead of as a replacement. The UR cobots have the flexibility to work near the operator, without jeopardizing his safe zone. The collaborative robots also relieve him of monotonous, repetitive tasks giving him the opportunity to contribute in a creative manner.