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ETH Zurich: A Success Story in Engineering and Battery Production

At Belt Technologies, we’re more than the top-of-the-line products we create; we’re an engineering partner, working with customers to develop custom solutions. For instance, our team recently helped researchers at ETH Zurich in Switzerland, one of the world’s preeminent universities in the field of technical science, develop a faster and more cost-effective way to apply liquid coatings during battery production. In this blog, we explain how we helped bring their “curtain coating” system to life.

The Challenge

When it comes to manufacturing processes for the liquid coating of surfaces, curtain coating has the potential to surpass the production speed of the currently used slot-die coating method in battery production. The customer’s issue was finding a conveyor system that could successfully manage this new method.

Due to the nature of the coatings, our challenge was to provide a conveyor that was not only hygienic and easy to clean, but could also withstand aggressive chemicals and high temperatures for drying. The customer also required a low-vibration method to transport the battery components safely and accurately while applying a uniform coating. Conventional flat belts were out of the question due to their decomposability through chemicals and particle generation. The researchers turned to us for a stainless steel belt conveyor that could meet these conditions.

The Solution

At the onset, we extensively examined their setup and determined that a PureSteel® endless metal belt would be the optimal transport solution for the curtain coating system. Our team not only worked alongside ETH Zurich to deliver the perfect belt and deflection rollers, but to also help adapt the fluid-dynamic properties of the applied paste for a proof of concept.

Due to our flat and robust steel belt, the customer was able to select thinner and less stable current collectors (foils) for the coating. This allowed for a reduction of “dead weight” in the battery. Read more about this successful solution and its results in our full case study.

A Successful Partnership

This successful partnership isn’t an anomaly; we’re ready to help you tackle your engineering challenges. Our team has perfected the engineering of every aspect of our PureSteel® belts, so you can trust us to design a unique belt to meet your exact needs. If you think you could benefit from one of our PureSteel® products or our engineering expertise, contact our sales engineers today.

Belt Technologies gives an assist to a high school robotics team

Metal drive tape donated to Lansdale Catholic High School helped the team outmaneuver its competition

Robot-After-Competition

When the students on the robotics team at Lansdale Catholic High School in Pennsylvania needed a metal belt to perfect their robot for competition, they turned to Belt Technologies, Inc. Not only did the donated drive tape perform beyond expectations, but it also helped the team rank first out of 29.

“Our team recently competed in its second competition with a robot featuring the donated drive tape, and both the team and robot performed extremely well,” said John Cross, president and CTO of ASI Drives, a corporate sponsor of Lansdale’s team. “The team ended up with the top-ranked robot out of 29 other teams present, beating robots that had previously won at other competitions. We also won the ‘Engineering Inspiration’ award given to the team that inspired, helped and demonstrated strong engineering competence throughout the season.”

Scott MacDougal, senior sales engineer at Belt Technologies, said, “We were excited for the opportunity to support these students and are so proud of their accomplishments. Growing and encouraging interest in STEM education is important to us. These students and others like them are the leaders of tomorrow.”

Belt’s PureSteel® metal drive tapes are made from the same high-quality stainless steel used in its endless metal belts.  Unlike metal conveyor belts, drive tapes are not endless; they are open-ended with anchor attachments at each end. They are frequently used in design applications that require accurate and reliable motion profiles, such as XY plotting assemblies for robotic arms and equipment. Stainless steel drive tapes are non-stretchable and offer a high strength to weight ratio and accurate and reliable motion.

“This is the best performance the team has had in 26 years of competing,” said Cross. “All the students are very grateful for the donation and support from the folks at Belt Technologies.”

Robot Demos:

Robot Demos

Robot vs Other Robots:

Robot vs. Other Robots