The technology behind weightlessness

Our new laboratory is based on a combination of superconducting magnetic fields, quantum fluctuations and a pinch of science fiction. By deliberately manipulating space-time (yes, we were inspired by Einstein), we create an anti-gravitational field that completely neutralizes the Earth's gravitational pull.
 

The highlights of the technology:

• Superconducting magnetic fields: These create a stable anti-gravity field that allows even the most sensitive measuring devices to levitate - without any vibrations or interference.
• Quantum stabilizers: Our specially developed quantum stabilizers ensure that weightlessness remains precisely limited to the calibration laboratory.
• Energy supply from dark matter: To minimize energy consumption, we have tapped into a completely new energy source - dark matter. (We have heard that this is currently in vogue).
   

What does this mean for your calibration?

The advantages of our gravity-free laboratory are so revolutionary that even Newton would be amazed:

• Perfect precision: without the disturbing influences of gravity, your measuring instruments are calibrated with an accuracy that previously only existed in theory.
• Universal validity: Our calibrations are valid not only on Earth, but also on the Moon, Mars and even in the weightlessness of space. (NASA, we are ready!)
• Floating gauges: Your devices float during calibration - a sight that left even our most experienced technicians speechless.
   

An experience of a special kind

We cordially invite you to visit our new laboratory in Bickenbach and experience this revolutionary technology for yourself. As part of our exclusive “Weightless Calibration Workshops” you can:

• See your measuring devices floating in weightlessness.
• Test a specially developed anti-gravity suit (including jetpack function for advanced users).
• Take a souvenir photo with your floating measuring device - the perfect eye-catcher for your next presentation!
   

Challenges and initial experiences

Of course, there were also some challenges during development. For example, we discovered that pens no longer write in zero gravity - so we switched to space pens. Our technicians' lunch was also adapted, as floating spaghetti caused some confusion.

Another problem: some of our measuring devices did not want to return to the ground after calibration. We are currently working on a solution to catch these “flying devices” again.
 

One small step for GTM, one giant leap for measurement technology

With the opening of the gravity-free calibration laboratory, GTM proves once again that innovation and precision are our top priorities. We are proud to push the boundaries of physics - all from our location in Bickenbach.

P.S.: If you don't believe us, just take a look at the calendar 😉

We wish you a humorous April 1st and look forward to inspiring you with real innovations again soon!