User`s manual

20
4-3 About the Cutting Area
The cutting area along the horizontal plane (the direction in which the tool carriage moves) is determined by the position of the pinch rollers.
The workable area spans the length between the two rollers, minus a margin of about 1 mm (about 0.04") on both sides.
If the material length is greater than 1,600 mm (62-15/16") when a flat material (paper) has been loaded, the CM-500/400/300 deter-
mines it to be a rolled material and sets the material length to 24,998 mm (984-1/8"). Also, when loading flat material (that is, when
[PIECE] has been selected), a piece of material that is about 100 mm (3-15/16") longer than the vertical size of the cutting data is
required.
CM-500
CM-400
CM-300
1195 mm (47")
1000 mm (39")
737 mm (29")
24998 mm
(984-1/8")
10 mm (3/8")
Initial cutting coordinate
origin point (0,0)
Pinch roller (left)
Pinch roller (right)
About 1 mm
(about 0.04")
About 15 mm
(about 9/16")
* The pairs of allows indicate the positive
direction along the X and Y axis.
4-4 Setting the Origin Point
The CM-500/400/300 allows the origin point (0,0) to be set at any position in the cutting area.
Loading material and pressing the key causes the first origin point to be determined. The origin point that's determined first when
the
key is pressed differs according to what you selected for [SELECT SHEET] with the control panel when loading the material.
If there is no need to move the origin initially set, then it is not necessary to make the origin point setting immediately after loading a
material.
You can also set the origin to an uncut area of a material in order to use the material with maximum effectiveness.
ORIGIN SET->ENTER
00
Press the
MENU
key to display the message at right.
Use the , , and keys to move the tool carriage to the desired location.
Press the
ENTER
key to set the origin.
[ ROLL ] Set near the left-hand pinch roller
[ EDGE ] Set at the lower-left area of the material
[ PIECE ] Material size is detected and the origin is set at the lower-left area of the material