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●
Use of controls or adjustments
or performance of procedures
other than those specified herein
may result in hazardous radiation
exposure.
●
The use of optical instruments
with this product will increase
eye hazard.
●
Do not attempt to repair or
disassemble the laser. If unqualified
persons attempt to repair this laser
product, serious injury may result.
Any repair required on this laser
product should be performed by a
qualified service center.
A. Checking Laser Beam Alignment
(Fig. Y)
1. Mark a 90° straight line across the
top side and front side of a board to
serve as a “pattern line” to test laser
alignment. Lay the board on the
mitre table.
2. Turn the laser on and align the laser
beam with the pattern line.
3. Lower saw blade to pattern line.
If blade is not flush with the
pattern line, adjust the laser as in
procedures B and C.
Fig. X
B. Adjusting the Translation Position
of the Laser Beam (Fig. X, Y)
1. Loosen two securing screws (3)
slightly. (Fig. X)
2. Hold the laser assembly (2) to move
the laser element (1) toward left or
right for adjusting the translation
position of laser beam.
3. Once alignment of the laser is
achieved, tighten the securing
screws (3).
C. Aligning the Laser Beam (Fig. X, Y)
1. Loosen two securing screws (3)
slightly. (Fig. X)
2. Turn slightly the laser assembly (2)
for adjusting the horizontal angle
of the laser beam. When the laser
beam slopes from left to right,
turn the laser assembly (2) anti-
clockwise; when the laser beam
slopes from right to left, turn the
laser assembly (2) clockwise until
alignment of the laser is achieved.
3. Once alignment of the laser is
achieved, tighten the securing
screws (3).
Fig. Y
Cutting
Line
Laser Beam
Workpiece
Blade
Move
Toward Left
Move
Toward Right
Anti-clockwise
Clockwise
Blade
Left Side View
Right Side View
Laser Aperture
Label
Laser Warning Label
LASER RADIA
TION-A
VOID
DIRECT EYE EX
POSURE
Complies w
ith 21
CFR 1040
.10 and 1040.1
1
Max.Output <5 mW W
avelength: 630-660 nm
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