Accurate measurement underpins industrial success across all sectors of the economy. It is therefore essential to mobilize highly credible metrology infrastructure and intelligence. The NRC's Metrology Research Centre meets this demand with world-class facilities, technologies and staff, tackling challenges in innovation and providing first-rate metrology capabilities.
Services and information
Facilities
- Precision instrumentation for mass measurement (vacuum and watt balances)
- World-leading single-ion optical frequency determination
- A comprehensive suite of mass spectrometers for speciation and quantification
- A variety of advanced microscopes that open the door to the nanoscale
Expertise
Research programs
Research projects
Applications and tools
Technical and advisory services
Technology licensing
Certified Reference Materials
Why work with us
For nearly a century, the NRC has been a leader in the world of metrology. Our innovative technology and high-performance laboratories have enabled us to compete with the top minds in the industry, and to conduct frontier research in emerging sectors that have low technology readiness levels. Our staff, including Canada's Chief Metrologist, offers unparalleled knowledge and expertise.
Our clients rely on us for accurate, traceable measurements that define the national standard, in line with international requirements. Our metrology services play a crucial role in the welfare of society, and are integral to successful innovation in areas such as interoperability, waste reduction, standards compliance, citizenry protection, fair and efficient commerce, and trade facilitation.
The NRC's world-class research infrastructure and unique expertise, combined with, customizable service options and high ethical standards, make us the ideal partner to support your vision with innovative services and solutions.
Contact us
Martin Rutter, Business Advisor
Telephone: 613-990-6439
Email: Martin.Rutter@nrc-cnrc.gc.ca
LinkedIn: Martin Rutter
Our experts
Related links
Research publications
- Cloud droplet activation properties and scavenged fraction of black carbon in liquid-phase clouds at the high-alpine research station Jungfraujoch (3580 m a.s.l.)
- A rapid and sensitive method for the determination of inorganic chloride in oil samples
- Controlling the potential landscape and normal modes of ion Coulomb crystals by a standing-wave optical potential
- Atlantic Canadian Cyanobacterial Workshop 2018: workshop final report
- Application of direct analysis in real time to the study of chemical vapor generation mechanisms: identification of intermediate hydrolysis products of amine-boranes