LUXFilm™ TEM supports are strong thin films that can span large open areas
within the standard 3mm TEM grid diameter. They are available as unobstructed areas
up to 2mm diameter or with a few supports bars still delivering open areas of 0.3 to 0.5mm.
The supports films have excellent beam stability and are robust to cryogenic temperatures.
The LUXFilm™ TEM supports improve efficiency and throughput of TEM work by allowing the
researcher to view the entire specimen. Important for imaging large structures, tracing
features, searching for special details and tomography. The support films are available
in 50 and 30nm thickness and with copper and nickel support frames.
| Prod # | Description | Unit | Price | Order / Quote |
| Ø1.5mm open area on Cu support, 50nm film thickness | | |
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| Ø2.0mm open area on Cu support, 50nm film thickness | | |
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| 2x1mm open area on Cu support, 50nm film thickness | | |
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| Ø1.5mm open area on Ni support, 50nm film thickness | | |
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| Ø2.0mm open area on Ni support, 50nm film thickness | | |
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| 2x1mm open area on Ni support, 50nm film thickness | | |
|
| |
| 0.5mm area hex grid Cu support, 50nm film thickness | | |
|
| 0.35 mesh grid Cu support, 50nm film thickness | | |
|
| 0.3mm bar grid Cu support, 50nm film thickness | | |
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| |
| 0.5mm area hex grid Ni support, 50nm film thickness | | |
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| 0.35mm mesh grid Ni support, 50nm film thickness | | |
|
| 0.3mm bar grid Ni support, 50nm film thickness | | |
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| |
| Ø1.5mm open area on Cu support, 30nm film thickness | | |
|
| Ø2.0mm open area on Cu support, 30nm film thickness | | |
|
| 2x1mm open area on Cu support, 30nm film thickness | | |
|
| |
| Ø1.5mm open area on Ni support, 30nm film thickness | | |
|
| Ø2.0mm open area on Ni support, 30nm film thickness | | |
|
| 2x1mm open area on Ni support, 30nm film thickness | | |
|
| |
| 0.5mm area hex grid Cu support, 30nm film thickness | | |
|
| 0.35mm mesh grid Cu support, 30nm film thickness | | |
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| 0.3mm bar grid Cu support, 30nm film thickness | | |
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| |
| 0.5mm area hex grid Ni support, 30nm film thickness | | |
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| 0.35mm mesh grid Ni support, 30nm film thickness | | |
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| 0.3mm bar grid Ni support, 30nm film thickness | | |
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