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A national company had a requirement to use an orga to move
broken sodium lamps and the associated chemicals up a gradient
of 35 degrees, this in its self is no great problem, however
the life of the bearing at the bottom was, as sodium attacked
and eroded most bearing materials, plus the glass debris fouled
the bearing causing each one to collapse. This unit was designed
to use negative pressure and positive water pressure to constantly
flush the bearing with clean water and keep out the debris
etc. and has operated daily for over 1 year without any problems.
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An international padlock manufacturer required tests machines
for their laboratory, this was just one of those units, using
high-powered hydraulics, this pulled apart the padlocks at
various given loads, other machines included a cryogenic test
unit.
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The customer, a major international Ink manufacturer used
to clean their mixing drums by hand, requiring 2 litres of
expensive cleaning fluid per drum, plus the time involved.
These medium dustbin size drums now only takes 2 litres to
clean 20 drums, in a third of the time! The customer expects
a payback within 12 months.
The cleaning machine, was fully designed and built to the
customers requirement, and is fully automated, utilising PLC
controls and industrial cleaning brushes from Widdop
de Courcy. A smaller unit has also being designed.
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This was initially a pure design study only for a customer
who wanted to improve their existing meat trimming unit, used
in catering. On completion of drawing, this was extended to
manufacturer the unit complete. Trials are continuing.
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Used for photographing replacement teeth and for matching
colours and pigments of existing teeth. This was the finished
prototype without lasers.
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Used for photographing replacement teeth and for matching
colours and pigments of existing teeth. The first prototype
including lasers.
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