“At CERN, the European Organization for Nuclear Research, physicists and engineers are probing the fundamental structure of the universe. They use the world's largest and most complex scientific instruments to study the basic constituents of matter - the fundamental particles. The particles are made to collide together at close to the speed of light. The process gives the physicists clues about how the particles interact, and provides insights into the fundamental laws of nature.” explains the official CERN website.
The instruments used at CERN are purpose-built particle accelerators and detectors. Accelerators boost beams of particles to high energies before the beams are made to collide with each other or with stationary targets. Detectors observe and record the results of these collisions. Precision and reliability are expected at every stage of the development. This is why CERN trusts Fischer Connectors for essential connectivity needs in measurement tools, vacuum pumps and chambers or monitoring and safety devices.
Almost 1,000 engineers and 1,000 technicians work at CERN to understand and uncover some of our universe mysteries, and they need the right tools and the right suppliers to support them in their research. What would be the point of developing the world’s most powerful particle accelerator if at the time of impact your measurement device breaks down due to a faulty connection?
That’s where Fischer Connectors comes in with Expertise, Reliability and Innovation.
‘We understand CERN’s objectives, obligations and limitations and therefore work together to provide the right solutions to their very unique and specific needs” explains Olivier Denis, Fischer Connectors’ Key Account Manager who previously worked for CERN for five years. ‘As with all our customers, we deliver a complete solution based on connectors and cable assemblies, together with the level of service that must come with it. We are the one stop shop for your connectivity challenges and will ensure support to your project throughout its development to help you find answers.’
Sustainable and continuous improvements to our supply chain, modernization of tools, equipment, methods of manufacturing allow us to deliver to promise, on time, on cost and on experience. Logistics are vital to the success of all projects, so we have put the systems and processes in place to meet our customers demand.
The Fischer Core Series is one of Fischer Connectors building blocks and was originally designed in 1954 by Walter Werner Fischer, a specialized engineer who knew very well the limitations of the connectivity solutions in vacuum environments. Mr. Fischer developed the first sealed connector and ten years later in 1964 the world’s first hermetic connector, both major breakthroughs for the industry.
Vacuum environments are extremely common within the CERN facilities. Pumps that remove the gas molecules from a sealed volume to create partial vacuum or complete vacuum chambers are only a few places where you can find our hermetic solutions.
With high flexibility of configurations, including low/high voltage, coax/triax, fiber optic, liquid/gas and hybrid, numerous levels of sealing from IP50 to IP68 or IP69K, the Fischer Core Series offer over 10,000 standard items.
Whether you need front or rear mounted, cable or panel mounted, a quick release or a tamperproof locking, inverse polarity, right angle or all of the above, you will find it within the Fischer Core Series. And if you don’t, we will develop it for you.
Easy to connect and disconnect is the definition of the Fischer Connectors push pull system patented since 1962 that offers additional benefits to CERN like fast release of a connection and over 10,000 mating cycles, always useful when measuring along a very large surface is a constantly repetitive reality.
Another product line used at CERN is the Fischer Ultimate™ Series selected thanks to its increased ruggedness that withstands more demanding environments than a classic research lab. It is particularly suited for a busy environment like the CERN facilities where there can be a lot of electromagnetic interferences to avoid (thanks to its 360° EMC shielding), or where temperatures can have extreme variations depending on the experiments conducted (from -55° to +135°C).