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To reduce the risk of kickbacks and to increase the
quality of cuts, it is important that the table and spindle
are perpendicular to each other in all directions. Use
a machinist's square or other precision square when
checking/adjusting these components to ensure accurate
results (see =`^li\j,-,.).
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(% DISCONNECT SHAPER POWER!
)% Remove the guard and fence assembly.
*% Raise the spindle all the way up.
+% Remove the locking fasteners, spacers, and cutters
from the spindle.
,% Position a machinist square flat on the table and
up against the spindle (see =`^li\,-) and in
all directions (see =`^li\,.)—the spindle and
table should be perpendicular to each other in all
directions.
— If spindle and table are not perpendicular to each
other in all directions, do these steps:
X% Loosen the four table adjustment bolts (see
=`^li\,/) enough so that the table can be
adjusted.
Y% Use a dead blow hammer to tap the table into
proper alignment with the spindle.
Z% Re-tighten the four table adjustment bolts.
[% Repeat this Jk\guntil the spindle and
table are perpendicular to each other in all
directions.
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=`^li\,-% Illustration of using a machinist
square with the table and spindle.
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=`^li\,.% Illustration of machinist square
at different directions around the spindle.
=`^li\,/% Table adjusting bolt
(1 of 4).
Table Adjustment
Bolt (1 of 4)