The UV series visualizers are a plastic card with a working surface made of luminescent polymer. Due to the polymer base, visualizers have high mechanical characteristics and high moisture resistance. Infrared sensor cards UV visualize laser radiation in the spectral range 0.25-0.54 μm and control the beam path for safe operation with the laser.

Features:
- Thin card of hard plastic is easy to operate and more durable;
- The broad spectral range of 0,25 – 0,54 μm allows to visualize the radiation of different commercial lasers;
- High moisture resistance and high mechanical characteristics.

Card Size, mm: 86 x 54
Active region, mm: 50 x 54
Absorption Spectral Ranges, μm: 0,25-0,54
Damage Threshold, mW/cm²: >700
Spectral Sensitivity, mW/mm²: <5 (@400 nm)
Charging Required for Emission: Yes

The UV series visualizers are a plastic card with a working surface made of luminescent polymer. Due to the polymer base, visualizers have high mechanical characteristics and high moisture resistance. Infrared sensor cards UV visualize laser radiation in the spectral range 0.25-0.54 μm and control the beam path for safe operation with the laser.

Features:
- Thin card of hard plastic is easy to operate and more durable;
- The broad spectral range of 0,25 – 0,54 μm allows to visualize the radiation of different commercial lasers;
- High moisture resistance and high mechanical characteristics.

Card Size, mm: 86 x 54
Active region, mm: 30 x 54
Absorption Spectral Ranges, μm: 0,25-0,54
Damage Threshold, mW/cm²: >700
Spectral Sensitivity, mW/mm²: <5 (@400 nm)
Charging Required for Emission: Yes

The UV series visualizers are a plastic card with a working surface made of luminescent polymer. Due to the polymer base, visualizers have high mechanical characteristics and high moisture resistance. Infrared sensor cards UV visualize laser radiation in the spectral range 0.25-0.54 μm and control the beam path for safe operation with the laser.

Features:
- Thin card of hard plastic is easy to operate and more durable;
- The broad spectral range of 0,25 – 0,54 μm allows to visualize the radiation of different commercial lasers;
- High moisture resistance and high mechanical characteristics.

Card Size, mm: 86 x 54
Active region, mm: 25 x 25
Absorption Spectral Ranges, μm: 0,25-0,54
Damage Threshold, mW/cm²: >700
Spectral Sensitivity, mW/mm²: <5 (@400 nm)
Charging Required for Emission: Yes

The UV series visualizers are a plastic card with a working surface made of luminescent polymer. Due to the polymer base, visualizers have high mechanical characteristics and high moisture resistance. Infrared sensor cards UV visualize laser radiation in the spectral range 0.25-0.54 μm and control the beam path for safe operation with the laser.

Features:
- Thin card of hard plastic is easy to operate and more durable;
- The broad spectral range of 0,25 – 0,54 μm allows to visualize the radiation of different commercial lasers;
- High moisture resistance and high mechanical characteristics.

Card Size, mm: 86 x 25
Active region, mm: 25 x 25
Absorption Spectral Ranges, μm: 0,25-0,54
Damage Threshold, mW/cm²: >700
Spectral Sensitivity, mW/mm²: <5 (@400 nm)
Charging Required for Emission: Yes

The IR1 series visualizers are a plastic card with a working surface made of luminescent polymer. Due to the polymer base, visualizers have high mechanical characteristics and high moisture resistance. Infrared sensor cards IR1 visualize laser radiation in the spectral range 0,75-1,5 μm and control the beam path for safe operation with the laser.

Features:
- Thin card of hard plastic is easy to operate and more durable
- The broad spectral range of 0,75 – 1,5 μm allows to visualize the radiation of different commercial lasers (laser diode, fiber laser, YAG:Nd and others);
- High moisture resistance and high mechanical characteristics

Card Size, mm: 86 x 54
Active region, mm: 50 x 54
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

The IR1 series visualizers are a plastic card with a working surface made of luminescent polymer. Due to the polymer base, visualizers have high mechanical characteristics and high moisture resistance. Infrared sensor cards IR1 visualize laser radiation in the spectral range 0,75-1,5 μm and control the beam path for safe operation with the laser.

Features:
- Thin card of hard plastic is easy to operate and more durable
- The broad spectral range of 0,75 – 1,5 μm allows to visualize the radiation of different commercial lasers (laser diode, fiber laser, YAG:Nd and others);
- High moisture resistance and high mechanical characteristics

Card Size, mm: 86 x 54
Active region, mm: 30 x 54
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

The IR1 series visualizers are a plastic card with a working surface made of luminescent polymer. Due to the polymer base, visualizers have high mechanical characteristics and high moisture resistance. Infrared sensor cards IR1 visualize laser radiation in the spectral range 0,75-1,5 μm and control the beam path for safe operation with the laser.

Features:
- Thin card of hard plastic is easy to operate and more durable
- The broad spectral range of 0,75 – 1,5 μm allows to visualize the radiation of different commercial lasers (laser diode, fiber laser, YAG:Nd and others);
- High moisture resistance and high mechanical characteristics

Card Size, mm: 86 x 54
Active region, mm: 25 x 25
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

The IR1 series visualizers are a plastic card with a working surface made of luminescent polymer. Due to the polymer base, visualizers have high mechanical characteristics and high moisture resistance. Infrared sensor cards IR1 visualize laser radiation in the spectral range 0,75-1,5 μm and control the beam path for safe operation with the laser.

Features:
- Thin card of hard plastic is easy to operate and more durable
- The broad spectral range of 0,75 – 1,5 μm allows to visualize the radiation of different commercial lasers (laser diode, fiber laser, YAG:Nd and others);
- High moisture resistance and high mechanical characteristics

Card Size, mm: 86 x 25
Active region, mm: 25 x 25
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

The IR2 series visualizers are a plastic card with a working surface made of luminescent polymer. Due to the polymer base, visualizers have high mechanical characteristics and high moisture resistance. Infrared sensor cards IR2 visualize laser radiation in the spectral range 0,75-2,1 μm and control the beam path for safe operation with the laser.

Features:
- Thin card of hard plastic is easy to operate and more durable
- The broad spectral range of 0,75 – 2,1 μm allows to visualize the radiation of different commercial lasers (laser diode, fiber laser, YAG:Nd and others);
- High moisture resistance and high mechanical characteristics

Card Size, mm: 86 x 54
Active region, mm: 50 x 54
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

The IR2 series visualizers are a plastic card with a working surface made of luminescent polymer. Due to the polymer base, visualizers have high mechanical characteristics and high moisture resistance. Infrared sensor cards IR2 visualize laser radiation in the spectral range 0,75-2,1 μm and control the beam path for safe operation with the laser.

Features:
- Thin card of hard plastic is easy to operate and more durable
- The broad spectral range of 0,75 – 2,1 μm allows to visualize the radiation of different commercial lasers (laser diode, fiber laser, YAG:Nd and others);
- High moisture resistance and high mechanical characteristics

Card Size, mm: 86 x 54
Active region, mm: 50 x 54
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

The IR2 series visualizers are a plastic card with a working surface made of luminescent polymer. Due to the polymer base, visualizers have high mechanical characteristics and high moisture resistance. Infrared sensor cards IR2 visualize laser radiation in the spectral range 0,75-2,1 μm and control the beam path for safe operation with the laser.

Features:
- Thin card of hard plastic is easy to operate and more durable
- The broad spectral range of 0,75 – 2,1 μm allows to visualize the radiation of different commercial lasers (laser diode, fiber laser, YAG:Nd and others);
- High moisture resistance and high mechanical characteristics

Card Size, mm: 86 x 54
Active region, mm: 25 x 25
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

The IR2 series visualizers are a plastic card with a working surface made of luminescent polymer. Due to the polymer base, visualizers have high mechanical characteristics and high moisture resistance. Infrared sensor cards IR2 visualize laser radiation in the spectral range 0,75-2,1 μm and control the beam path for safe operation with the laser.

Features:
- Thin card of hard plastic is easy to operate and more durable
- The broad spectral range of 0,75 – 2,1 μm allows to visualize the radiation of different commercial lasers (laser diode, fiber laser, YAG:Nd and others);
- High moisture resistance and high mechanical characteristics

Card Size, mm: 86 x 25
Active region, mm: 25 x 25
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

The IR4 series visualizers are a plastic card with a working surface made of luminescent polymer. Due to the polymer base, visualizers have high mechanical characteristics and high moisture resistance. Infrared sensor cards IR4 visualize laser radiation in the spectral range 0,78-1,07; 1,45-1,64 μm and control the beam path for safe operation with the laser.

Features:
- Thin card of hard plastic is easy to operate and more durable
- The broad spectral range of 0,78-1,07; 1,45-1,64 μm allows to visualize the radiation of different commercial lasers (laser diode, fiber laser, YAG:Nd and others);
- High moisture resistance and high mechanical characteristics

Card Size, mm: 86 x 54
Active region, mm: 50 x 54
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

The IR4 series visualizers are a plastic card with a working surface made of luminescent polymer. Due to the polymer base, visualizers have high mechanical characteristics and high moisture resistance. Infrared sensor cards IR4 visualize laser radiation in the spectral range 0,78-1,07; 1,45-1,64 μm and control the beam path for safe operation with the laser.

Features:
- Thin card of hard plastic is easy to operate and more durable
- The broad spectral range of 0,78-1,07; 1,45-1,64 μm allows to visualize the radiation of different commercial lasers (laser diode, fiber laser, YAG:Nd and others);
- High moisture resistance and high mechanical characteristics

Card Size, mm: 86 x 54
Active region, mm: 30 x 54
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

The IR4 series visualizers are a plastic card with a working surface made of luminescent polymer. Due to the polymer base, visualizers have high mechanical characteristics and high moisture resistance. Infrared sensor cards IR4 visualize laser radiation in the spectral range 0,78-1,07; 1,45-1,64 μm and control the beam path for safe operation with the laser.

Features:
- Thin card of hard plastic is easy to operate and more durable
- The broad spectral range of 0,78-1,07; 1,45-1,64 μm allows to visualize the radiation of different commercial lasers (laser diode, fiber laser, YAG:Nd and others);
- High moisture resistance and high mechanical characteristics

Card Size, mm: 86 x 54
Active region, mm: 25 x 25
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

The IR4 series visualizers are a plastic card with a working surface made of luminescent polymer. Due to the polymer base, visualizers have high mechanical characteristics and high moisture resistance. Infrared sensor cards IR4 visualize laser radiation in the spectral range 0,78-1,07; 1,45-1,64 μm and control the beam path for safe operation with the laser.

Features:
- Thin card of hard plastic is easy to operate and more durable
- The broad spectral range of 0,78-1,07; 1,45-1,64 μm allows to visualize the radiation of different commercial lasers (laser diode, fiber laser, YAG:Nd and others);
- High moisture resistance and high mechanical characteristics

Card Size, mm: 86 x 25
Active region, mm: 25 x 25
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

The UV series visualizers are a plastic card with a working surface made of luminescent polymer. Due to the polymer base, visualizers have high mechanical characteristics and high moisture resistance. Infrared sensor cards UV visualize laser radiation in the spectral range 0.25-0.54 μm and control the beam path for safe operation with the laser.

Features:
- Thin card of hard plastic is easy to operate and more durable;
- The broad spectral range of 0,25 – 0,54 μm allows to visualize the radiation of different commercial lasers;
- High moisture resistance and high mechanical characteristics.

Card Size, mm: 86 x 17
Active region, mm: 50 x 17
Absorption Spectral Ranges, μm: 0,25-0,54
Damage Threshold, mW/cm²: >700
Spectral Sensitivity, mW/mm²: <5 (@400 nm)<br />Charging Required for Emission: Yes

The IR1 series visualizers are a plastic card with a working surface made of luminescent polymer. Due to the polymer base, visualizers have high mechanical characteristics and high moisture resistance. Infrared sensor cards IR1 visualize laser radiation in the spectral range 0,75-1,5 μm and control the beam path for safe operation with the laser.

Features:
- Thin card of hard plastic is easy to operate and more durable
- The broad spectral range of 0,75 – 1,5 μm allows to visualize the radiation of different commercial lasers (laser diode, fiber laser, YAG:Nd and others);
- High moisture resistance and high mechanical characteristics

Card Size, mm: 86 x 17
Active region, mm: 50 x 17
Absorption Spectral Ranges, μm: 0,75-1,5
Damage Threshold, mW/cm²: >700
Spectral Sensitivity, mW/mm²: <1 (@808 nm, 980 nm, 1450 nm) <br />Color of Emission: Red-orange
Charging Required for Emission: Yes

The IR2 series visualizers are a plastic card with a working surface made of luminescent polymer. Due to the polymer base, visualizers have high mechanical characteristics and high moisture resistance. Infrared sensor cards IR2 visualize laser radiation in the spectral range 0,75-2,1 μm and control the beam path for safe operation with the laser.

Features:
- Thin card of hard plastic is easy to operate and more durable
- The broad spectral range of 0,75 – 2,1 μm allows to visualize the radiation of different commercial lasers (laser diode, fiber laser, YAG:Nd and others);
- High moisture resistance and high mechanical characteristics

Card Size, mm: 86 x 17
Active region, mm: 50 x 17
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) <br />Color of Emission: Red
Charging Required for Emission: Yes

The IR4 series visualizers are a plastic card with a working surface made of luminescent polymer. Due to the polymer base, visualizers have high mechanical characteristics and high moisture resistance. Infrared sensor cards IR4 visualize laser radiation in the spectral range 0,78-1,07; 1,45-1,64 μm and control the beam path for safe operation with the laser.

Features:
- Thin card of hard plastic is easy to operate and more durable
- The broad spectral range of 0,78-1,07; 1,45-1,64 μm allows to visualize the radiation of different commercial lasers (laser diode, fiber laser, YAG:Nd and others);
- High moisture resistance and high mechanical characteristics

Card Size, mm: 86 x 17
Active region, mm: 50 x 17
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) <br />Color of Emission: Green
Charging Required for Emission: No

The IR1-L series visualizers are designed to convert near-infrared radiation from CW and pulsed lasers into the visible luminescence. Infrared cards visualize laser radiation in the spectral range 0,75-1,5 μm and control the path of a beam for safe operation with the laser. This type of visualizer is a laminated luminescent polymer. Laser beam can be observed on both sides of the sensor infrared card. Due to the polymer base, visualizers have high mechanical characteristics and high moisture resistance. You can select the size of the visualization area for the tasks.

Features:
- Thin card of hard plastic is easy to operate and more durable
- The broad spectral range of 0,75 – 1,5 μm allows to visualize the radiation of different commercial lasers (laser diode, fiber laser, YAG: Nd and others);
- High moisture resistance and high mechanical characteristics

Active region, mm: 100 x 100
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

The IR1-L series visualizers are designed to convert near-infrared radiation from CW and pulsed lasers into the visible luminescence. Infrared cards visualize laser radiation in the spectral range 0,75-1,5 μm and control the path of a beam for safe operation with the laser. This type of visualizer is a laminated luminescent polymer. Laser beam can be observed on both sides of the sensor infrared card. Due to the polymer base, visualizers have high mechanical characteristics and high moisture resistance. You can select the size of the visualization area for the tasks.

Features:
- Thin card of hard plastic is easy to operate and more durable
- The broad spectral range of 0,75 – 1,5 μm allows to visualize the radiation of different commercial lasers (laser diode, fiber laser, YAG: Nd and others);
- High moisture resistance and high mechanical characteristics

Active region, mm: 50 x 50
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

The IR1-L series visualizers are designed to convert near-infrared radiation from CW and pulsed lasers into the visible luminescence. Infrared cards visualize laser radiation in the spectral range 0,75-1,5 μm and control the path of a beam for safe operation with the laser. This type of visualizer is a laminated luminescent polymer. Laser beam can be observed on both sides of the sensor infrared card. Due to the polymer base, visualizers have high mechanical characteristics and high moisture resistance. You can select the size of the visualization area for the tasks.

Features:
- Thin card of hard plastic is easy to operate and more durable
- The broad spectral range of 0,75 – 1,5 μm allows to visualize the radiation of different commercial lasers (laser diode, fiber laser, YAG: Nd and others);
- High moisture resistance and high mechanical characteristics

Active region, mm: 30 x 50
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

The IR1-L series visualizers are designed to convert near-infrared radiation from CW and pulsed lasers into the visible luminescence. Infrared cards visualize laser radiation in the spectral range 0,75-1,5 μm and control the path of a beam for safe operation with the laser. This type of visualizer is a laminated luminescent polymer. Laser beam can be observed on both sides of the sensor infrared card. Due to the polymer base, visualizers have high mechanical characteristics and high moisture resistance. You can select the size of the visualization area for the tasks.

Features:
- Thin card of hard plastic is easy to operate and more durable
- The broad spectral range of 0,75 – 1,5 μm allows to visualize the radiation of different commercial lasers (laser diode, fiber laser, YAG: Nd and others);
- High moisture resistance and high mechanical characteristics

Active region, mm: 25 x 25
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

The IR2-L series visualizers are designed to convert near-infrared radiation from CW and pulsed lasers into the visible luminescence. Infrared cards visualize laser radiation in the spectral range 0,75-2,1 μm and control the path of a beam for safe operation with the laser. This type of visualizer is a laminated luminescent polymer. Laser beam can be observed on both sides of the sensor infrared card. Due to the polymer base, visualizers have high mechanical characteristics and high moisture resistance. You can select the size of the visualization area for the tasks.

Features:
- Thin card of hard plastic is easy to operate and more durable
- The broad spectral range of 0,75 – 2,1 μm allows to visualize the radiation of different commercial lasers (laser diode, fiber laser, YAG:Nd and others);
- High moisture resistance and high mechanical characteristics

Active region, mm: 100 x 100
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

The IR2-L series visualizers are designed to convert near-infrared radiation from CW and pulsed lasers into the visible luminescence. Infrared cards visualize laser radiation in the spectral range 0,75-2,1 μm and control the path of a beam for safe operation with the laser. This type of visualizer is a laminated luminescent polymer. Laser beam can be observed on both sides of the sensor infrared card. Due to the polymer base, visualizers have high mechanical characteristics and high moisture resistance. You can select the size of the visualization area for the tasks.

Features:
- Thin card of hard plastic is easy to operate and more durable
- The broad spectral range of 0,75 – 2,1 μm allows to visualize the radiation of different commercial lasers (laser diode, fiber laser, YAG:Nd and others);
- High moisture resistance and high mechanical characteristics

Active region, mm: 50 x 50
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

The IR2-L series visualizers are designed to convert near-infrared radiation from CW and pulsed lasers into the visible luminescence. Infrared cards visualize laser radiation in the spectral range 0,75-2,1 μm and control the path of a beam for safe operation with the laser. This type of visualizer is a laminated luminescent polymer. Laser beam can be observed on both sides of the sensor infrared card. Due to the polymer base, visualizers have high mechanical characteristics and high moisture resistance. You can select the size of the visualization area for the tasks.

Features:
- Thin card of hard plastic is easy to operate and more durable
- The broad spectral range of 0,75 – 2,1 μm allows to visualize the radiation of different commercial lasers (laser diode, fiber laser, YAG:Nd and others);
- High moisture resistance and high mechanical characteristics

Active region, mm: 30 x 50
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

The IR2-L series visualizers are designed to convert near-infrared radiation from CW and pulsed lasers into the visible luminescence. Infrared cards visualize laser radiation in the spectral range 0,75-2,1 μm and control the path of a beam for safe operation with the laser. This type of visualizer is a laminated luminescent polymer. Laser beam can be observed on both sides of the sensor infrared card. Due to the polymer base, visualizers have high mechanical characteristics and high moisture resistance. You can select the size of the visualization area for the tasks.

Features:
- Thin card of hard plastic is easy to operate and more durable
- The broad spectral range of 0,75 – 2,1 μm allows to visualize the radiation of different commercial lasers (laser diode, fiber laser, YAG:Nd and others);
- High moisture resistance and high mechanical characteristics

Active region, mm: 25 x 25
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

The IR4-L series visualizers are designed to convert near-infrared radiation from CW and pulsed lasers into the visible luminescence. Infrared cards visualize laser radiation in the spectral range 0,78-1,07; 1,45-1,64 μm and control the path of a beam for safe operation with the laser. This type of visualizer is a laminated luminescent polymer. Laser beam can be observed on both sides of the sensor infrared card. Due to the polymer base, visualizers have high mechanical characteristics and high moisture resistance. You can select the size of the visualization area for the tasks.

Features:
- Thin card of hard plastic is easy to operate and more durable
- The broad spectral range of 0,78-1,07; 1,45-1,64 μm allows to visualize the radiation of different commercial lasers (laser diode, fiber laser, YAG:Nd and others);
- High moisture resistance and high mechanical characteristics

Active region, mm: 100 x 100
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

The IR4-L series visualizers are designed to convert near-infrared radiation from CW and pulsed lasers into the visible luminescence. Infrared cards visualize laser radiation in the spectral range 0,78-1,07; 1,45-1,64 μm and control the path of a beam for safe operation with the laser. This type of visualizer is a laminated luminescent polymer. Laser beam can be observed on both sides of the sensor infrared card. Due to the polymer base, visualizers have high mechanical characteristics and high moisture resistance. You can select the size of the visualization area for the tasks.

Features:
- Thin card of hard plastic is easy to operate and more durable
- The broad spectral range of 0,78-1,07; 1,45-1,64 μm allows to visualize the radiation of different commercial lasers (laser diode, fiber laser, YAG:Nd and others);
- High moisture resistance and high mechanical characteristics

Active region, mm: 50 x 50
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

The IR4-L series visualizers are designed to convert near-infrared radiation from CW and pulsed lasers into the visible luminescence. Infrared cards visualize laser radiation in the spectral range 0,78-1,07; 1,45-1,64 μm and control the path of a beam for safe operation with the laser. This type of visualizer is a laminated luminescent polymer. Laser beam can be observed on both sides of the sensor infrared card. Due to the polymer base, visualizers have high mechanical characteristics and high moisture resistance. You can select the size of the visualization area for the tasks.

Features:
- Thin card of hard plastic is easy to operate and more durable
- The broad spectral range of 0,78-1,07; 1,45-1,64 μm allows to visualize the radiation of different commercial lasers (laser diode, fiber laser, YAG:Nd and others);
- High moisture resistance and high mechanical characteristics

Active region, mm: 30 x 50
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

The IR4-L series visualizers are designed to convert near-infrared radiation from CW and pulsed lasers into the visible luminescence. Infrared cards visualize laser radiation in the spectral range 0,78-1,07; 1,45-1,64 μm and control the path of a beam for safe operation with the laser. This type of visualizer is a laminated luminescent polymer. Laser beam can be observed on both sides of the sensor infrared card. Due to the polymer base, visualizers have high mechanical characteristics and high moisture resistance. You can select the size of the visualization area for the tasks.

Features:
- Thin card of hard plastic is easy to operate and more durable
- The broad spectral range of 0,78-1,07; 1,45-1,64 μm allows to visualize the radiation of different commercial lasers (laser diode, fiber laser, YAG:Nd and others);
- High moisture resistance and high mechanical characteristics

Active region, mm: 25 x 25
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