Laser Cutting Machines
Load/Unload Fexible Manufacturing Cells
(FMC)
About NTC |
 TLV Series 3-Axis Laser
System |
The TLV Series 3-Axis Laser
System
A compact & economical machine for fast
precision cutting. Durable bridge-style construction provides an
industrially tough compact design with work envelopes up to 86"x246".
Speed rates up to 787"/min. and laser powers up to 6kW make this series an
extremely competitive and profitable machine. |
| The TLN Series
3-Axis Laser System
Named the "Speed Hawk" because of it's high
speed piercing, high speed cutting and high speed pallet changing, the TLN
is engineered for high productivity. It's extremely rigid cantilever-style
cutting head provides wide-open accessibility for easy loading and
unloading of parts. Work envelopes up to 5'x20', speed rates up to
787"/min. and laser powers up to 3kW. |
 TLN Series 3-Axis Laser
System |
 TLX Series 3-Axis Laser
System |
The TLX Series
3-Axis Laser System
Specifically designed for cutting longer and
thicker plate materials. An extremely rugged gantry style design allows
work areas 14' wide and up to 115' long. With up to 6kW of laser power and
the ability to cut up to 1" thick plate the TLX is a powerful industrial
work horse. |
| The TLM Series
5-Axis Laser System
An impressive 5-axis laser cutting system.
Simple-to-use teach probe for digitizing & the ability to import
CAD/CAM files make 3-dimensional part programming easy & straight
forward. The systems "single point" cutting head design makes teaching
fast and provides exceptional cut angle accessability, superior to
"offset" cutting head designs employed by other machines. |
 TLM Series 5-Axis Laser
System |
|
 TLN Series Laser FMC
w/Offset type Stocker System
|
Flexible
Manufacturing Cells (FMC)
NTC offers a wide variety of load/unload
systems designed to turn your NTC laser system into a highly productive
Flexible Manufacturing Cell. Options such as automatic focus adjustment,
automatic assist gas control and stockers in offset and inline load/unload
designs are all aimed at high productivity with little or no operator
assistance for "lights-out" operation. |