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STPO-TungstenLAM |
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Tungsten-LAM (Laser
Additive Manufacturing) is a powder-bed based additive manufacturing system.
Equipped with high power and high energy femtosecond fiber laser, Tungsten-LAM
is capable of manufacturing various materials, especially high melting
temperature materials, such as tungsten. Tungsten-LAM is an ideal solution for
industrial applications ranging from functional prototyping to rapid
manufacturing. The printed parts are fully dense and have exceptional detail,
surface finish and overall accuracy.
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Features:
- Capable of printing in more than a dozen
alloys and ceramics, including tungsten and ceramic materials.
- Robust manufacturing floor platform
- Exceptional surface finish and resolution
- Excellent accuracy and repeatability
- Fully dense parts with superior mechanical
properties
- Applications in Aerospace defense and
medical technology
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Specifications:
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Laser |
Femtosecond fiber laser
with centred wavelength at 1030 nm |
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Laser power |
40-200 W |
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Pulse Energy |
< 50 μJ |
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Build envelop volume
size |
100x100x100mm |
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Layer thickness |
> 5 μm |
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Operational beam focus |
>20 μm |
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Scan speed |
up to 2 m/s |
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Processing environment |
Inert gas |
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CAD read format |
STL |
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Control software |
Own developed |
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Total dimension |
~1800x800x1900mm (LxWxH) |
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Materials |
Tungsten, Ceramic,
Stainless steel, Tool steel, Titanium, Aluminium, Inconel, Super
alloys |
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Power consumption |
3 kVA � 110 V |
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Enclosure |
Class I |
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High-Average-Power Femtosecond Laser |
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