What is product
"reliability"?
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Defining the quality of a
system as its correspondence to specific criteria of operation, we can define
reliability as the ability to comply with the operating specifications over
time.
The reliability of a system is therefore the measure of
probability that it will not fail over a certain span of time.
A failure is an event for which a system definitively
violates the operating specifications, interrupting the availability of the
services it provides.
Restoring the services leads to costs incurred for
replacing components, the time required for repairs, as well as the lack of
earnings resulting from the non-availability of the services.
An in-depth look:
How do we calculate the reliability of a product?
Failure analysis - FMEA
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The reliability of Tellure
Rôta products
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Have
you ever wondered how much it costs when a trolley is not available due to
the failure of the wheels?
And what is the cost of a
machine standstill?
And what damage may be caused
by non-compliance with the safety regulations tied to the use of unreliable
wheels?
For wheels, too, the
reliability of the product provides significant savings. This is why Tellure
Rôta has always been deeply committed to supplying reliable wheels and
brackets.
But how is this accomplished in
concrete terms?
a. Designing each article with
attention to its final use
b. Selecting the best suppliers
of raw materials and semi-finished goods
c. Testing upon reception and
in all the stages of the production procession as it progresses
d. In-house laboratory for
testing the finished product according to the current European standards and
regulations
e. Providing consultancy for
choosing the right wheel for any specific application.
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EEG brackets: guaranteed reliability for
heavy-duty applications
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How do you
guarantee the reliability of the wheels when heavy loads have to be moved, with
frequent side impacts and frequent changes of direction?
Tellure Rôta
proposes the new electro-welded brackets for paired wheels that guaranteeing a
high load-bearing capacity and a low centre of gravity, therefore ensuring
agile handling even in heavy-duty applications.
Read more |
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