Elbow Crutch Locking Device
$3.10
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Elbow Crutch Locking Device
$3.10
A replacement locking device for your FDI crutches and walking sticks, used to regulate and secure the height of the crutch. Fitted with a safety clip, it keeps your chosen height setting locked firmly in place for safe, reliable use.
- Sets and secures crutch height.
- Equipped with a safety clip for added security.
- Compatible with all FDI elbow crutch and walking stick models.
Browse all crutch accessories or the full forearm crutch range. Fast shipping Australia-wide.
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Commitment to quality.
In order to guarantee the quality, FDI selects its raw material suppliers with the utmost care. All suppliers meet international standards and are able to provide the relevant certificates.
The walking aids are subject to comprehensive testing by CERAH (Centre for Studies and Research on Equipment for the Disabled). These tests aim to ensure the mechanical and thermal compliance of our products with the NF EN ISO 11334-1 standard.
None of the components used show any permanent deformation or breakage at the end of these tests.
Finally, all our products are designed without phthalates or latex.
Resistance To Fatigue.
A load force corresponding to a maximum user weight of 130 kg is applied one million times to the walking stick at its maximum extension using a dummy arm.
Low temperature fragilisation.
We test the low-temperature resistance of the materials used to manufacture our walking sticks. To do this, the FDI walking stick is weakened by being placed in an environment at -25°C for 24 hours. It is then subjected to a series of drops, which must not reveal any cracks or breaks.
Static load resistance.
FDI walking sticks must be able to withstand a static load of 130 kg without weakening. To achieve this, a load force is applied to the stick at maximum extension using a dummy arm, methodically reproducing a load increase of 1,300 newtons over 10 seconds.
Resistance to seperation.
Separation tests are carried out on our walking sticks to ensure the safety of each assembly. To do this, a tensile force of 500 newtons is applied for 10 seconds to the upper and lower parts of the walking stick. No component of the walking stick must come apart.