Spring design and manufacture
Case study
Standards
Featured or equivalent test standards for Mecmesin solutions in this section
Testing fluid control valves and seals
Case study
Torsion spring testing
Custom-fit
BS 1726-3
Railcar spring testing
Case study
Aircraft brake unit spring testing
Case study
Helical torsion spring torque testing
Case study
Stabilised spring testing
Custom-fit
Longcroft Engineering has a requirement to accurately measure the force on springs for a wide variety of applications. Clients frequently request new concepts and designs, and Mecmesin has been able to provide the versatility and quality we require, so that we can serve these customers.
Colin Hurst, Quality Chief Inspector
Longcroft Engineering
Case study
Testing fluid control valves and seals
Case study
Torsion spring testing
Custom-fit
![Torsion spring mandrel cores [PDV12099]](/sites/default/files/styles/case_study_gallery_640rct/public/case-study/2019-08/1742-PDV12099-web.jpg?itok=7uVolJxT "Torsion spring mandrel cores [PDV12099]")
We purchased the MultiTest 10-i to test 80% of the springs which we have in our railcars. The system is very easy to use and the program is convenient to test. Also the support of A & D Korea was very positive.
SC Yoon,
Seoul Metropolitan Railway Transit Corporation
Case study
Use of the MultiTest 5-x has simplified and accelerated the testing of aircraft brake unit springs. Having input the parameters per the CMM into the unit, we were able to test a spring at the touch of a button and have a near instantaneous results without ambiguity. The machine has not only simplified the testing procedure, it has helped to improve the process and flow through the shop.
Lionel Fearon, Product Support Engineer
British Airways
Case study
Helical torsion spring torque testing
Case study
Stabilised spring testing
Custom-fit
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