Product Description
BT Engineering offers a
wide range of electro-hydraulic scissor lifts to suit different
applications, whether in the factory, warehouse or loading
bay. Our scissor lifts are supplied either as stand-alone
products or as part of fully self-contained loadhouse pods, as
surface-mounted or pit-mounted units, and as standard or
custom-designed systems
A scissor lift is a type
of platform that can usually only move vertically. The mechanism
to achieve this is the use of linked, folding supports in a
criss-cross "X" pattern, known as a pantograph (or scissor mechanism). The upward motion is achieved by the
application of pressure to the outside of the lowest set of
supports, elongating the crossing pattern, and propelling the
work platform vertically. The platform may also have an extending
"bridge" to allow closer access to the work area, because of the
inherent limits of vertical-only movement.
The contraction of the scissor action can be hydraulic, pneumatic
or mechanical (via a leadscrew or rack and pinion system). Depending on the power system
employed on the lift, it may require no power to enter "descent"
mode, but rather a simple release of hydraulic or pneumatic
pressure. This is the main reason that these methods of powering
the lifts are preferred, as it allows a fail-safe option of returning the platform to the
ground by release of a manual valve.
A scissor lift is a type of platform
that can usually only move vertically. The mechanism to achieve
this is the use of linked, folding supports in a criss-cross "X"
pattern, known as a pantograph (or scissor mechanism). The upward motion is achieved by the
application of pressure to the outside of the lowest set of
supports, elongating the crossing pattern, and propelling the
work platform vertically. The platform may also have an extending
"bridge" to allow closer access to the work area, because of the
inherent limits of vertical-only movement.
The contraction of the scissor action can be hydraulic, pneumatic
or mechanical (via a leadscrew or rack and pinion system). Depending on the power system
employed on the lift, it may require no power to enter "descent"
mode, but rather a simple release of hydraulic or pneumatic
pressure. This is the main reason that these methods of powering
the lifts are preferred, as it allows a fail-safe option of returning the platform to the
ground by release of a manual valve.
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