June 26, 2016
Measurements International Ltd (MI) has been supplying customers around the World with the first and only proven Portable QHR system for over 15 years.
MI is pleased to offer customers an alternative to using liquid helium for QHR measurements. Using advanced technology the 6800B does not require the purchase and transfer of liquid helium which equates to an easier to use lower cost of operation system. The 6800B uses helium gas and condenses into liquid. While the system is cold the boil off gas is continually condensed into liquid for long continuous operation!
Customers can now operate at a significant cost reduction allowing more room in the budget for other items. Or customers can generate their own liquid helium for other applications such as the operation of their voltage standard.
Visit the 6800B Product Page for more information!
May 1, 2018
Measurements International (MI) Announces a Joint Collaboration with The Federal Institute of Metrology (METAS) to Develop an Impedance Simulator.
PRESCOTT, Ontario – Measurements International (MI) a Metrology Based Company focused on developing products for Electrical Metrology at the primary standards level today announced a Joint Collaboration with The Federal Institute of Metrology (METAS) to develop an Impedance Simulator.
April 2, 2018
Measurements International was featured in the January edition of Metrologist Magazine.
The article titled “Measurements International 30 Years of Measurements Uncertainty” is a brief history and overview of Measurements International.
For a link to the article visit:
Metrologist Magazine Issue January 2018
Metrologist Magazine is NCSLI’s most recent publication, printing quarterly since 2008.
March 26, 2018
During the period of March 19th – March 23rd Measurements International (MI herein) and MI Europe were onsite at BelGIM (National Laboratory of Belarus) for the installation of the Quantum Hall Measurement System. BelGIM now has the ability to achieve the intrinsic standard of resistance in their calibration laboratory.