— ix —
The device incorporates a mechanism that securely supports works.
Air-suction work clamping system has been introduced to the table unit on which works are se-
cured. This allows works to be clamped without fail and to be easily placed/removed on/from the
device. Furthermore, the table is equipped with a plate surface that protects the cutter blade at the
time of performing die-cut. Moreover, a set including an optional roll hanger (OPT-C0119) is also
available.
* Depending on characteristics and size of the material, it may not be possible to fix it securely.
With its most-advanced functions, high-quality finish is promised.
Start/end point correction
In the case of processing heavy-weight works, works can be easily cut out by correcting the start
and end positions for cutting.
Pressure correction
In the case of cutting heavy-weight works, works can be fully cut with no portion remained uncut by
correcting the pressure employed to lower the tool.
Circle
θθ
θθ
θ correction
When cutting out a circle, the start and points of cutting sometimes fail to align in accordance with
thickness and hardness of the work used. However, an almost regular circle can be cut out by
correcting the amount of such a departure.
Eccentric correction
The curve cutting accuracy can be improved by shifting the center toward the cutting direction.
Moreover, the cutting direction and the position of the cutter at right angle can be adjusted as
desired. This enables accurate cutting without depending on the holder accuracy.
Cutting conditions for two or more tools can be entered.
The twelve cutting conditions such as pressure, speed, start/end point correction, offset, etc. can be
entered separately for two or more tools.
This devices provides a throughput that is increased by 30% at the maximum
as compared with conventional models.
The device increases the total throughput by 30% at the maximum by increasing both arc cutting
speed and cutter up/down speed in terms of the X/Y directions while upgrading accuracy as com-
pared with the former models.
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