SCAFJACK'S HISTORY
This product has been developed by the SCAFJACK team in 2002. It has since evolved
into a magnificent piece of equipment which masonry contractors have adopted in their
work sites to save time, increase productivity and also to promote a safer working
environment for the masons.
The SCAFJACK hydraulic plank support has undergone five years of innovation from one
model to the other beginning with the mechanical version to the hydraulic side lever version
and now to the hydraulic vertical pump action. This latest version has already undergone
years of constant innovation and testing with approval of many masonry contractors profiting
from their many advantages as we speak.
The SCAFJACK hydraulic plank support is installed the same way as your traditional
side brackets, on which you then install your planks and do not have to manipulate them
again in order to raise your brackets to the next level. They are raised by actioning the
foot pump. Each foot action raises the platform three inches, this requiring little effort
because when the foot pedal in pressed, most of your body weight is transferred from the
platform to the foot pump, thus only lifting the weight of the platform. This tool permits
your masons to work at the perfect height at all times without having to stop production
in order to raise the platform, considerably improving their production rate. This is
clearly an investment that will pay off in short term and will continue to be profitable for
your enterprise. Not only will it save you money and provide your crew with better security,
it also avoids the unpleasant task of continuously re-jigging the platform as the work
progresses.
The SCAFJACK hydraulic supports have proven since 2002, to save time and
money for the masonry contractors while providing superior safety to the task at hand.
Having sold over two thousand units in the past five years has also proven them to be
reliable and appreciated.
The SCAFJACK hydraulic plank supports are approved by accredited engineers to
meet or exceed ANSI standards required by OSHA.