INFLATIONS - Coburn
INFLATIONS - Coburn
INFLATIONS - Coburn
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Anatomy of an Inflation<br />
the mouthpiece<br />
The opening at the top of the inflation should be<br />
the appropriate size for the cows. If the mouthpiece<br />
is too large, small teats can be<br />
sucked down into the bore. If too small, the inflation<br />
makes a poor attachment which can be costly<br />
in time, udder health, and lost milk.<br />
the head<br />
The head is designed to fit the milking shell snugly<br />
and securely in order to eliminate slips,<br />
squawks, and deforming.<br />
the vacuum chamber<br />
The space inside the head is proportioned to provide<br />
the correct reservoir of vacuum around the<br />
teat, resulting in a secure attachment.<br />
the bore<br />
The bore flexes with the vacuum pulsations to<br />
massage the teat and release the milk. This is<br />
where Maes’ super-soft formula is most appreciated<br />
in gentleness, cow<br />
comfort, and udder health.<br />
the rings<br />
Several Maes styles, including the M226<br />
Magnaflex Inflation for Delaval 06 shell shown<br />
here, feature a series of three positions for shell<br />
fit. The first ring provides the least tension on the<br />
bore for good flex in low vacuum situations. The<br />
second position creates a little more tension and<br />
is good for cows with small teats. The third position<br />
provides the proper tension on the bore for<br />
top performance in high level vacuum systems.<br />
the milk tube<br />
A well-designed, tapered milk tube quickly carries<br />
the milk away without flooding the claw.<br />
the claw end<br />
Most styles of Maes inflations feature a reinforced<br />
claw end to minimize cuts caused by the rubber<br />
flexing against the stainless steel claw nipples.<br />
Claw end reinforcement contributes to longer life,<br />
lower replacement costs<br />
and higher profits.<br />
®