“Why are your prices so high?” We hear this question quite often. Let me briefly try to explain the dilemma we face. Basically, it is all a question of quantity! As you know, Metrolab is active in a niche market, which means low quantities… One component of the price is our manufacturing cost: the less we order, the lower our room for negotiation. But of all the price components, the largest is the amortization of our R&D costs: developing high quality precision instruments simply takes time. We are constantly looking for ways to reduce our R&D costs without compromising quality: intelligent make/buy decisions, reusing system components, collaborations, etc. But the best way to reduce prices lies in your hands: buy lots more units!!!
Claude Thabuis, Sales and Production Manager


LHC: the biggest ever challenge for magnetic measurement

If you are reading this article, then the earth wasn’t swallowed up by a black hole when the LHC (Large Hadron Collider) was commissioned on September 10 in Geneva. An opportunity to lift the curtain on an aspect of the project that has received less media coverage but is no less spectacular: the vast test program that began in 2001 to check the hundreds of superconducting magnets that make up the LHC. Read on

 

Bringing NMR into the Digital Age
PT2026: what's
so hard?


Metrolab’s new generation, all digital NMR teslameters promised dramatic improvements: ten times the frequency range, six times the measurement rate, three times the acceptable field inhomogeneity, four times the tracking rate, two channels instead of one, color touch screen, USB and Ethernet interfaces - to name just a few. But the release of the PT2026 has been pushed back time and time again. Why - what’s so hard? For the technically minded, here’s a look under the hood. Read on


Hall effect probes
THM1176: the first of a future range

Immediately after launching its “Magnetic Endoscope”, which is redefining the magnetometer market, Metrolab is already working on the next step. Its aim is to widen the applications of the THM1176 even further by developing a range of probes geared to, for example, low-intensity fields or very high-precision measurements. This article takes stock of current developments. Read on

Metrolab licenses Fast Digital Integrator from the CERN  
PT2026 update
Research collaboration with the EPFL