CERN - Small Talk on Delivering for Big Impact

In the immediate aftermath of the U.S. presidential election, we sat down with Mark McLean, an Electrical Engineer at CERN and a long-standing client of Mikroponent, for a brief discussion about his work at CERN and Mikroponent’s role as their supplier.

Currently, Mikroponent supplies products and materials that are challenging for others to manufacture, such as power cabling copper bar sets, horizontal bending of flat plates, and external tubes for bending. CERN’s stringent requirements for extremely small dimensions and high cleanliness standards align perfectly with our specialized production capabilities.

How would you describe CERN to someone who has never heard of it?

The European Center for Studies of High-Energy Physics focuses on understanding what happens at the smallest scales of matter. It is supported and funded by a system of 25 member states and actually predates the European Union. At CERN, we accelerate protons to nearly the speed of light and collide them to create and study new particles. Ultimately, this research has significant implications for astrophysics and fundamental questions about the origin of the universe.

How did the collaboration between CERN and Mikroponent begin?

Well, it all started even before I began working here, so it has been ongoing for several years. The production has consistently catered to similar needs, even as these have evolved over time, and Mikroponent has always delivered high-quality results on time. The precision, repeatability, and reliability of the products—achieved through chemical etching and laser cutting—make Mikroponent an optimal provider for our specific needs. At the microlevel, other techniques often lack the level of precision we require. While Mikroponent primarily serves as a supplier for us, there are, of course, occasional discussions of a more developmental nature regarding production-related issues.

What specific products or services does Mikroponent provide to CERN?

One of the main challenges is that the busbars must be exceptionally clean and contain minimal impurities. At first glance, it seems simple—just strips of copper—but they need to be bent to precise dimensions, meet strict cleanliness standards, and be made of highly pure material. In this regard, we have found Mikroponent to be an excellent supplier. They have supported us throughout the ongoing development of components that carry electrical power into the instruments. Mikroponent is highly accurate, delivering products within a fraction of a millimeter of our specifications, always on time. Additionally, they are very responsive to any questions, which is greatly appreciated.

Even though it might be possible to find other producers, our relationship with Mikroponent has always worked exceptionally well. There are no specific vetting or security processes for this type of delivery, but it is an advantage that they are based in a member nation. Over the years, the production has consistently addressed similar needs, even as those needs have evolved. Mikroponent has consistently delivered high-quality results on time, meeting our specific requirements with solutions that offer a level of precision other techniques often cannot achieve.

Normally, at Mikroponent, we take pride in working with the smallest of components, but we must admit defeat when compared to CERN’s groundbreaking work at the proton level. :) Nevertheless, we consider it an honor to contribute even tiny parts to their extraordinarily complex instruments.