Developed by the University of Edinburgh, FASTBLADE is designed for high-quality, low-cost fatigue testing of tidal turbine blades, composite bridge sections and carbon fibre aircraft wing boxes and is the world’s first test facility that uses regenerative hydraulic technology.
Thanks to its cost-effective and accelerated testing, FASTBLADE reduces design risks, delivers rapid evaluation and enables faster certification and deployment of new products to the global market.
Applied Measurements DSCC precision pancake load cells are an integral part of FASTBLADE’s design. They are low profile, high accuracy and have a high-frequency response.
The new micro button load cell CDFT from Applied Measurements is the smallest button load cell we have ever made at only 2.9mm in height!
Tiny Ø9mm and 2.9mm height
Capacities from 0-10N up to 0-250N
Accuracy: <±0.25% of rated capacity
Wide operating temperature range: -40 to +125 °C
Strain gauge based technology
2m cable as standard
Integral load button
Applied Measurements new micro button load cell CDFT has a tiny 9mm diameter and 2.9mm height for accurate compression force measuring in the tiniest of spaces. It utilises state-of-the-art strain gauge technology combined with precision CNC machining to give you precise and reliable force measurement results.
All our force measurement systems are supplied with the sensor and instrumentation ready calibrated to UKAS traceable standards, meaning they are accurate and ready to use straight out of the box. Thanks to their complete setup, installation is fast and easy into your force measurement application.
Ready to use straight out of the box
Supplied with sensor & instrumentation ready calibrated
Available in 7 – 10 working days
Ready for when you return to work
Fast & easy installation
Outstanding aftersales service – just give us a call
Last year, we were asked to design a sensor to measure the grip strength of a golden eagle named Tilly, for the award-winning BBC documentary series, Natural World.
Challenge – to find a load cell that could withstand the estimated grip strength of an eagle.
As Tilly had been trained to catch and grip a tennis ball, the load cell needed to be small enough to fit inside a similar-sized measuring device yet withstand Tilly’s tremendous grip strength.
Thanks to their unique design, our DBBSMM miniature s-beam load cells were ideal for the job. Not only are they very compact but their s-shaped design offers superior side-load rejection and high accuracy.