ProCut mineral cutting variants
Longitudinal and lateral cut
Position the insulating board on the right-hand bearing rail (3) and slide the board to the left as far as the cutting dimen-
sion (this is to be read on the measuring scale of the bearing rails (3 + 6)). If you are processing boards with an excessive
thickness, unfold the board support (5) from the right-hand bearing rail. Fold the cutting guide (13) up to the insulating
board (see Fig. c).
Now press the cutting guide (13) firmly against the insulating board, insert the appropriate cutting component (see table
"Selecting the cutting component") through the front and rear guide (13) and begin the sawing motion.
Note:
Make sure you do not leave the rear guide with the cutting component. Only execute the sawing stroke as
far as necessary. Make sure the cutting guide (13) is pressed against the board firmly and evenly. Always
use your free hand to press just above the cutting component and use your foot to press adequately against
the bottom of the cutting guide (13).
To generate multiple cuts fix the cross-cut fence for repeat cuts (8) on the left-hand bearing rail (6): The board can now be
laid vertically or horizontally on the bearing rail (3 + 6) to produce longitudinal or lateral cuts. If the stop (8) is not required
for other cuts in the meantime, simply fold it away.
Fig. d: Longitudinal and lateral cut
Bevel cut in gable area
Measure the distance from the glued insulating board to the pitch of the roof - upper and lower dimension (see Fig. f) -
and transfer this to the insulating board. Position the board on the bearing rail (3). Undo the locking screw for the bearing
rail (19, Fig. b). Lift the rail (3) with the insulating board and position the board so that the marked points are vertically
aligned with the cutting guide. Secure the bearing rail (3) in position by using the locking screw (19), then guide the cut-
ting guide (13) to the insulating board and position.
Execute the cut as described above under "Longitudinal and lateral cut".
Note:
Mark the position of the bearing rail and read the number of degrees on the angle scale (9, Fig. b); doing
this will enable you to use the angle again at a later date.
Fig. e: bevel cut
Fig. f
39
upper
dimension
lower dimension