This is a great little chart here that shows not only do we gain
that speed but we also have a tolerance that's over two hundred
millimeters, we are looking at five microns. So not only does our
cutting speed increase but also we are maintaining this with superior
accuracy.
This is another chart that comp
This is a great little chart here that shows not only do we gain
that speed but we also have a tolerance that's over two hundred
millimeters, we are looking at five microns. So not only does our
cutting speed increase but also we are maintaining this with superior
accuracy.
This is another chart that compares us directly to
our customer's fasters or, excuse me our competitor's fastest cutting
speed. So you can see where we are compared to our competitors. We
don't name our competitors, as you can see it's A B C and D. We just
took a snapshot of their technology that they provide the customers and
then compare it to our HEAT technology.
This is a traditional
comparison. Steel a hundred and fifty millimeters thick, which is about
six inches. You can see the shape that we were trying to hold and our
nozzles were detached, meaning that they were not directly on the piece
by about eight millimeters above and below. So you can see in the
traditional sense we are at about nineteen hours and fifty-two minutes
and we had about one thousandths taper. Where we've cut that with
utilizing our HEAT technology down to about ten hours and nine minutes
and our straightness went to four microns, which is about a tenth and a
half per side and you're looking at a fifty percent speed increase. So
it's truly you know some huge gains as a result of our HEAT technology.