When Every Micron Counts
Our mission is to advance precision and performance in gear manufacturing by delivering innovative metrology systems for high-accuracy gear testing. With focus on NVH (noise, vibration, and harshness) inspection, we strive to enable our customers to achieve superior product quality, reduced noise emissions, and enhanced drivetrain efficiency.
Competence Center for Single Flank Testing
Together with its sister company, Gleason Metrology Systems (Michigan) Corporation in Westland MI, USA, Gleason Metrology Systems Limited in Hitchin, UK, forms the core competence center for the development of state-of-the-art testing systems for all types of cylindrical gears, particularly for EV transmission gears.
Intra Single and Double Flank Testing Systems
Gleason Metrology Systems in Hitchin, Hertfordshire, UK offers two key product ranges including systems for Single Flank Testing (SFT) and Double Flank Testing (DFT). Systems are available in both single- and twin-spindle configurations, designed for the most demanding high-volume testing and analysis applications. Precise angular alignment options provide additional flexibility for research and development in laboratory environments. All systems are supported by the industry-standard CRITERION Analysis Software Suite.
Single Flank Testing Double Flank Testing
Hitchin, Hertfordshire
Located in Hitchin, Hertfordshire, in the East of England, Gleason Metrology Systems Limited benefits from a region known for its strong engineering heritage and skilled technical workforce. The site’s proximity to London, major motorway networks, rail connections, and London Luton Airport ensures excellent accessibility for customers throughout the United Kingdom, Europe, and worldwide. The Hitchin facility also serves as a regional hub for sales, service, training, and technical support, providing responsive local assistance backed by Gleason’s global network.
Quality Products Made in Hitchin
We are certified to current standards employing best practice processes to keep quality at the highest level, continuously improving efficiency and actively managing and correcting deviations that may occur.