COVID-19 Update 23/03/20: Gate Force Tester upgrades will be unavailable for the next few weeks, due to the closure of the Microtronics factory in Italy. Our other services are operating as normal. Any further developments will be noted here.
20 years ago, we were approached by The Royal Greenwich Observatory in Cambridge to design and build nearly 700 bespoke load cells for two 8.1m diameter telescopes known as The Gemini Project.
Now 20 years on, these custom-made load cells are still consistently and accurately performing an integral part of the telescope’s control system.
To continue to deliver accurate and detailed astronomical images, we have been asked to re-design and manufacture custom load cells to the same specifications incorporating up-to-date electronics with the latest state-of-the-art amplifiers.
The Challenge – Accurately Measure Fabric Tension on Any Style of Furniture. Fabric strength testing guarantees the fabric being used on furniture meets the high quality needed for durability, comfort and support.
Choosing the wrong type of fabric can lead to fabric tearing, loss of customer satisfaction and a decrease in sales and profit.
Find out how our miniature s-beam load cell, intuitive4-L digital indicator and industrial LVDT displacement sensors were used to determine fabric strength.
We chose Applied Measurements’ DBBSM s-beam load cells as the pigment is £1000 per tonne so has to be extremely accurate” says Paul Akers, Works Manager at PD Edenhall Ltd. One of the largest independent concrete facing brick manufacturer in the UK, needed a way to accurately monitor the amount of pigment being dispensed into the weigh hopper throughout the manufacture of concrete facing bricks. The pigment amount needs to be precise as inaccurate amounts of pigment can lead to incorrect colour blends leading to a loss in sales and profit. Read how our accurate DBBSM s-beam load cells and intuitive4-L digital indicators were used in this construction industry application.
This case study aims to significantly reduce the cost of large scale tidal turbine designs using our submersible load cells. The tidal turbine test rig was placed in a state-of-the-art test tank, where the team were able to increasing the size, flow rate and turbulence levels within the tank. Lowering the cost of rotor blade manufacture would make this renewable energy more economical to use and widely accessible, benefiting not only the UK renewable tidal energy markets but developing tidal energy countries too. Our submersible load cells measured both the torque and the thrust of the underwater tidal turbine design.
The new DBBSUB s-beam permanently submersible load cell is guaranteed to measure tension and compression in continuous submersion in potable water to depths of up to 10 metres / 1 bar. It has a glass-to-metal seal construction providing a complete hermetic sealing guaranteeing its safe performance in highly aggressive environments, whilst still maintaining its high ±0.02 % accuracy.