FLAT BOTTOM BAG
SPORT POUCH
STAND UP POUCH
PARTICULARLY FAST IN THIN SHEET
Particularly fast in thin sheet1
For sheet thicknesses from 0.04-0.5 in., the TruLaser 2030 fiber makes the most of all of its strengths. It works especially quickly in this range, and exploits the productivity benefits of the solid-state laser compared to CO2 lasers.

For sheet thicknesses from 0.04-0.5 in., the TruLaser 2030 fiber makes the most of all of its strengths. It works especially quickly in this range, and exploits the productivity benefits of the solid-state laser compared to CO2 lasers.

For sheet thicknesses from 0.04-0.5 in., the TruLaser 2030 fiber makes the most of all of its strengths. It works especially quickly in this range, and exploits the productivity benefits of the solid-state laser compared to CO2 lasers.

For sheet thicknesses from 0.04-0.5 in., the TruLaser 2030 fiber makes the most of all of its strengths. It works especially quickly in this range, and exploits the productivity benefits of the solid-state laser compared to CO2 lasers.For sheet thicknesses from 0.04-0.5 in., the TruLaser 2030 fiber makes the most of all of its strengths. It works especially quickly in this range, and exploits the productivity benefits of the solid-state laser compared to CO2 lasers.
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Particularly fast in thin sheet2
For sheet thicknesses from 0.04-0.5 in., the TruLaser 2030 fiber makes the most of all of its strengths. It works especially quickly in this range, and exploits the productivity benefits of the solid-state laser compared to CO2 lasers.

For sheet thicknesses from 0.04-0.5 in., the TruLaser 2030 fiber makes the most of all of its strengths. It works especially quickly in this range, and exploits the productivity benefits of the solid-state laser compared to CO2 lasers.

For sheet thicknesses from 0.04-0.5 in., the TruLaser 2030 fiber makes the most of all of its strengths. It works especially quickly in this range, and exploits the productivity benefits of the solid-state laser compared to CO2 lasers.

For sheet thicknesses from 0.04-0.5 in., the TruLaser 2030 fiber makes the most of all of its strengths. It works especially quickly in this range, and exploits the productivity benefits of the solid-state laser compared to CO2 lasers.For sheet thicknesses from 0.04-0.5 in., the TruLaser 2030 fiber makes the most of all of its strengths. It works especially quickly in this range, and exploits the productivity benefits of the solid-state laser compared to CO2 lasers.
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Particularly fast in thin sheet3
For sheet thicknesses from 0.04-0.5 in., the TruLaser 2030 fiber makes the most of all of its strengths. It works especially quickly in this range, and exploits the productivity benefits of the solid-state laser compared to CO2 lasers.

For sheet thicknesses from 0.04-0.5 in., the TruLaser 2030 fiber makes the most of all of its strengths. It works especially quickly in this range, and exploits the productivity benefits of the solid-state laser compared to CO2 lasers.

For sheet thicknesses from 0.04-0.5 in., the TruLaser 2030 fiber makes the most of all of its strengths. It works especially quickly in this range, and exploits the productivity benefits of the solid-state laser compared to CO2 lasers.

For sheet thicknesses from 0.04-0.5 in., the TruLaser 2030 fiber makes the most of all of its strengths. It works especially quickly in this range, and exploits the productivity benefits of the solid-state laser compared to CO2 lasers.For sheet thicknesses from 0.04-0.5 in., the TruLaser 2030 fiber makes the most of all of its strengths. It works especially quickly in this range, and exploits the productivity benefits of the solid-state laser compared to CO2 lasers.
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Particularly fast in thin sheet4
For sheet thicknesses from 0.04-0.5 in., the TruLaser 2030 fiber makes the most of all of its strengths. It works especially quickly in this range, and exploits the productivity benefits of the solid-state laser compared to CO2 lasers.

For sheet thicknesses from 0.04-0.5 in., the TruLaser 2030 fiber makes the most of all of its strengths. It works especially quickly in this range, and exploits the productivity benefits of the solid-state laser compared to CO2 lasers.

For sheet thicknesses from 0.04-0.5 in., the TruLaser 2030 fiber makes the most of all of its strengths. It works especially quickly in this range, and exploits the productivity benefits of the solid-state laser compared to CO2 lasers.

For sheet thicknesses from 0.04-0.5 in., the TruLaser 2030 fiber makes the most of all of its strengths. It works especially quickly in this range, and exploits the productivity benefits of the solid-state laser compared to CO2 lasers.For sheet thicknesses from 0.04-0.5 in., the TruLaser 2030 fiber makes the most of all of its strengths. It works especially quickly in this range, and exploits the productivity benefits of the solid-state laser compared to CO2 lasers.
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