Ability:
| Type | Diameter | Minimum Thickness |
| Free Standing Substrates | 70-100mm | down to 100μm |
| Free Standing Substrates | Up to 60mm | Down to 50μm |
| Edge Mounted Screen (with ring support) |
70- 100mm | Down to 100μm |
| Edge Mounted Screen (with ring support) |
15-60mm | Down to 50μm |
| Edge Mounted Screen (with ring support) |
Up to 10mm | Down to 40μm |
| Substrates Mounted Screen ( bonded to substrates) |
70-100mm | Down to 70μm |
| Substrates Mounted Screen ( bonded to substrates) |
35-60mm | Down to 40μm |
| Substrates Mounted Screen ( bonded to substrates) |
20-30mm | Down to 30μm |
| Substrates Mounted screen (bonded to substrate) |
15-20mm | Down to 20μm |
| Substrates Mounted screen (bonded to substrate) |
Up to 10mm | Down to 10μm |
Material Available: YAG(Ce), GAGG(Ce), LuAG(Ce), LYSO(Ce) and YAP(Ce).
Note on materials selection
For general imaging screens applications: YAG:Ce, LuAG:Ce and YAP:Ce.
For imaging with lower energy: YAG:Ce and LuAG:Ce
The thin flat scintillation crystals can be used as the scintillation screens directly, which has an extraordinary high spacial resolutions. Scintillation screens are widely used in the detection of proton beams, electron beams, low energy X-rays (or soft X-rays), UV light, VUV and XUV radiations. Hangzhou Shalom EO provides a variety of the scintillation screen made from scintillation crystals: LuAG(Ce), YAG(Ce) and YAP(Ce), GAGG(Ce), LYSO(Ce) ect, in order to get a thin screen down to 10 or 20 micro, a fused silica or optical glass substrate would be bonded to the scintillation screens.
