Screens LS1 visualize infrared radiation of continuous and pulse lasers and control the beam pathway. Due to the large dimensions, the screens can detect laser beams with a large aperture. Screens can also be used to control scattered and reflected radiation for safe operation with lasers. The polymer base allows the use of screens in various field and weather conditions.

Features:
- The ability to work with large-aperture laser beams;
- Scattered and reflected radiation control;
- The ability to work in the field;
- High mechanical characteristics;
- Custom-made large screens possible.

Polymer Type: IR1
Active region, mm: 250 x 250
Absorption Spectral Ranges, μm: 0,75-1,5
Damage Threshold, mW/cm²: >700
Spectral Sensitivity, mW/mm²: <1 (@808 nm, 980 nm, 1450 nm)
Color of Emission: Red-orange
Charging Required for Emission: Yes

Screens LS1 visualize infrared radiation of continuous and pulse lasers and control the beam pathway. Due to the large dimensions, the screens can detect laser beams with a large aperture. Screens can also be used to control scattered and reflected radiation for safe operation with lasers. The polymer base allows the use of screens in various field and weather conditions.

Features:
- The ability to work with large-aperture laser beams;
- Scattered and reflected radiation control;
- The ability to work in the field;
- High mechanical characteristics;
- Custom-made large screens possible.

Polymer Type: IR1
Active region, mm: 200 x 200
Absorption Spectral Ranges, μm: 0,75-1,5
Damage Threshold, mW/cm²: >700
Spectral Sensitivity, mW/mm²: <1 (@808 nm, 980 nm, 1450 nm)
Color of Emission: Red-orange
Charging Required for Emission: Yes

Screens LS1 visualize infrared radiation of continuous and pulse lasers and control the beam pathway. Due to the large dimensions, the screens can detect laser beams with a large aperture. Screens can also be used to control scattered and reflected radiation for safe operation with lasers. The polymer base allows the use of screens in various field and weather conditions.

Features:
- The ability to work with large-aperture laser beams;
- Scattered and reflected radiation control;
- The ability to work in the field;
- High mechanical characteristics;
- Custom-made large screens possible.

Polymer Type: IR1
Active region, mm: 150 x 150
Absorption Spectral Ranges, μm: 0,75-1,5
Damage Threshold, mW/cm²: >700
Spectral Sensitivity, mW/mm²: <1 (@808 nm, 980 nm, 1450 nm)
Color of Emission: Red-orange
Charging Required for Emission: Yes

Screens LS1 visualize infrared radiation of continuous and pulse lasers and control the beam pathway. Due to the large dimensions, the screens can detect laser beams with a large aperture. Screens can also be used to control scattered and reflected radiation for safe operation with lasers. The polymer base allows the use of screens in various field and weather conditions.

Features:
- The ability to work with large-aperture laser beams;
- Scattered and reflected radiation control;
- The ability to work in the field;
- High mechanical characteristics;
- Custom-made large screens possible.

Polymer Type: IR2
Active region, mm: 250 x 250
Absorption Spectral Ranges, μm: 0,75-2,1
Damage Threshold, mW/cm²: >700
Spectral Sensitivity, mW/mm²: <1 (@808 nm, 980 nm, 1450 nm), <5 (@1940 nm)
Color of Emission: Red
Charging Required for Emission: Yes

Screens LS1 visualize infrared radiation of continuous and pulse lasers and control the beam pathway. Due to the large dimensions, the screens can detect laser beams with a large aperture. Screens can also be used to control scattered and reflected radiation for safe operation with lasers. The polymer base allows the use of screens in various field and weather conditions.

Features:
- The ability to work with large-aperture laser beams;
- Scattered and reflected radiation control;
- The ability to work in the field;
- High mechanical characteristics;
- Custom-made large screens possible.

Polymer Type: IR2
Active region, mm: 200 x 200
Absorption Spectral Ranges, μm: 0,75-2,1
Damage Threshold, mW/cm²: >700
Spectral Sensitivity, mW/mm²: <1 (@808 nm, 980 nm, 1450 nm), <5 (@1940 nm)
Color of Emission: Red
Charging Required for Emission: Yes

Screens LS1 visualize infrared radiation of continuous and pulse lasers and control the beam pathway. Due to the large dimensions, the screens can detect laser beams with a large aperture. Screens can also be used to control scattered and reflected radiation for safe operation with lasers. The polymer base allows the use of screens in various field and weather conditions.

Features:
- The ability to work with large-aperture laser beams;
- Scattered and reflected radiation control;
- The ability to work in the field;
- High mechanical characteristics;
- Custom-made large screens possible.

Polymer Type: IR2
Active region, mm: 150 x 150
Absorption Spectral Ranges, μm: 0,75-2,1
Damage Threshold, mW/cm²: >700
Spectral Sensitivity, mW/mm²: <1 (@808 nm, 980 nm, 1450 nm), <5 (@1940 nm)
Color of Emission: Red
Charging Required for Emission: Yes

Screens LS1 visualize infrared radiation of continuous and pulse lasers and control the beam pathway. Due to the large dimensions, the screens can detect laser beams with a large aperture. Screens can also be used to control scattered and reflected radiation for safe operation with lasers. The polymer base allows the use of screens in various field and weather conditions.

Features:
- The ability to work with large-aperture laser beams;
- Scattered and reflected radiation control;
- The ability to work in the field;
- High mechanical characteristics;
- Custom-made large screens possible.

Polymer Type: IR4
Active region, mm: 250 x 250
Absorption Spectral Ranges, μm: 0,78-1,07; 1,45-1,64
Damage Threshold, mW/cm²: >700
Spectral Sensitivity, mW/mm²: <2 (@808 nm, 980 nm, 1450 nm)
Color of Emission: Green
Charging Required for Emission: No

Screens LS1 visualize infrared radiation of continuous and pulse lasers and control the beam pathway. Due to the large dimensions, the screens can detect laser beams with a large aperture. Screens can also be used to control scattered and reflected radiation for safe operation with lasers. The polymer base allows the use of screens in various field and weather conditions.

Features:
- The ability to work with large-aperture laser beams;
- Scattered and reflected radiation control;
- The ability to work in the field;
- High mechanical characteristics;
- Custom-made large screens possible.

Polymer Type: IR4
Active region, mm: 200 x 200
Absorption Spectral Ranges, μm: 0,78-1,07; 1,45-1,64
Damage Threshold, mW/cm²: >700
Spectral Sensitivity, mW/mm²: <2 (@808 nm, 980 nm, 1450 nm)
Color of Emission: Green
Charging Required for Emission: No

Screens LS1 visualize infrared radiation of continuous and pulse lasers and control the beam pathway. Due to the large dimensions, the screens can detect laser beams with a large aperture. Screens can also be used to control scattered and reflected radiation for safe operation with lasers. The polymer base allows the use of screens in various field and weather conditions.

Features:
- The ability to work with large-aperture laser beams;
- Scattered and reflected radiation control;
- The ability to work in the field;
- High mechanical characteristics;
- Custom-made large screens possible.

Polymer Type: IR4
Active region, mm: 150 x 150
Absorption Spectral Ranges, μm: 0,78-1,07; 1,45-1,64
Damage Threshold, mW/cm²: >700
Spectral Sensitivity, mW/mm²: <2 (@808 nm, 980 nm, 1450 nm)
Color of Emission: Green
Charging Required for Emission: No

Screens LS2 visualize infrared radiation of continuous and pulse lasers and control the beam pathway. Due to the large dimensions, the screens can detect laser beams with a large aperture. Screens can also be used to control scattered and reflected radiation for safe operation with lasers. The polymer base allows the use of screens in various field and weather conditions. These screens have a laminated coating, which creates additional protection against mechanical damage and moisture.

Features:
- The ability to work with large-aperture laser beams;
- Scattered and reflected radiation control;
- The ability to work in the field;
- High mechanical characteristics;
- Additional lamination coating;
- Custom-made large screens possible.

Polymer Type: IR1
Active region, mm: 200 x 200
Absorption Spectral Ranges, μm: 0,75-1,5
Damage Threshold, mW/cm²: >700
Spectral Sensitivity, mW/mm²: <1 (@808 nm, 980 nm, 1450 nm)
Color of Emission: Red-orange
Charging Required for Emission: Yes

Screens LS2 visualize infrared radiation of continuous and pulse lasers and control the beam pathway. Due to the large dimensions, the screens can detect laser beams with a large aperture. Screens can also be used to control scattered and reflected radiation for safe operation with lasers. The polymer base allows the use of screens in various field and weather conditions. These screens have a laminated coating, which creates additional protection against mechanical damage and moisture.

Features:
- The ability to work with large-aperture laser beams;
- Scattered and reflected radiation control;
- The ability to work in the field;
- High mechanical characteristics;
- Additional lamination coating;
- Custom-made large screens possible.

Polymer Type: IR2
Active region, mm: 200 x 200
Absorption Spectral Ranges, μm: 0,75-2,1
Damage Threshold, mW/cm²: >700
Spectral Sensitivity, mW/mm²: <1 (@808 nm, 980 nm, 1450 nm), <5 (@1940 nm)
Color of Emission: Red
Charging Required for Emission: Yes

Screens LS2 visualize infrared radiation of continuous and pulse lasers and control the beam pathway. Due to the large dimensions, the screens can detect laser beams with a large aperture. Screens can also be used to control scattered and reflected radiation for safe operation with lasers. The polymer base allows the use of screens in various field and weather conditions. These screens have a laminated coating, which creates additional protection against mechanical damage and moisture.

Features:
- The ability to work with large-aperture laser beams;
- Scattered and reflected radiation control;
- The ability to work in the field;
- High mechanical characteristics;
- Additional lamination coating;
- Custom-made large screens possible.

Polymer Type: IR4
Active region, mm: 200 x 200
Absorption Spectral Ranges, μm: 0,78-1,07; 1,45-1,64
Damage Threshold, mW/cm²: >700
Spectral Sensitivity, mW/mm²: <2 (@808 nm, 980 nm, 1450 nm)
Color of Emission: Green
Charging Required for Emission: No