ACS ACS-24UHF/Eagle, Руководство пользователя

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The material itself may be subject to tearing, especially on intricate cuts. Try a different cardstock.
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If the cardstock has spots that
didn’t completely cut:

Try increasing the blade tip height (not exposure) and/or the cutting force and verify the cardstock is will
adhered to the mat. Also, some cardstock brands require two passes, so reduce the cutting force and
set Multi-Cut to 2 passes.

To “save the cut”, flip the entire sheet over, and use sandpaper to sand the spots where the cuts didn’t
complete. You should be able to sand down to where the blade did cut in those spots and your design
will then be released from the waste. This is the best way to maintain smooth outer edges.

My shapes are not quite cut out. Most of them are still attached to the waste at one spot:

You probably have Blade Offset turned off or set too low. Make sure the setting matches what is
needed for the blade you are using. Refer to Section 2.06.
10.02 Chipboard
Selecting Chipboard

There are many types of materials considered to be chipboard. Some can be cut and others cannot. The
best guidelines are:

If the chipboard is thicker than the maximum blade length, then it cannot be cut.

If the chipboard is very stiff and cannot easily be bent, then it possibly can be cut, but the shapes may
need to be simple.

Thin flexible chipboards are the best choice.
It’s worthwhile finding a particular brand of chipboard, such
as that sold at KNK USA , to use in your projects so that you will know which blades and settings work
best each time.

For a thicker look, consider cutting two copies of the same shape from thinner chipboard and adhering
together.

Just like with some textured brands of cardstock, some chipboard types will yield cleaner cuts on the
bottom side. So, mirror your images first after verifying so that you can use the other side of the cut
shape.
Settings

As with all materials, set the blade length to be just a fraction longer than the thickness of your chipboard
and use the thick materials, blue capped blade.

Chipboard can easily come loose from the mat. Try using masking tape or blue painter’s tape around the
outside edges of the chipboard to prevent the chipboard from slipping during cutting. You can also apply a
stabilizer such as freezer paper or Heat n’ Bond to greatly improve both the consistency of cutting, as well
as the intricacy of what can be cleanly cut.

Some thin soft chipboards, such as cereal box, may cut at a setting of 110, thus try this setting for your test
cut. Increase in increments of 10, as needed. For denser, thicker chipboards, you will not only need to
increase the pressure substantially, but also use two or more passes. To simulate multi-pass during the
test, just repeat without moving the origin. The test cut will be performed in the same spot. Again, it is
imperative that you use the
Test button to make sure a clean cut can be achieved before attempting to cut
your shape.

A slow speed is recommended so that the blade can work its way through chipboard.

When cutting thicker materials, the blade holder needs to be raised in the blade holder seat to enhance the
downward force. To do this, try using a stack of 13 Post It notes, as described in
Section 2.01.