Изготовление размеров под заказ Водонепроницаемость широкого спектра IR1-2L лазерного луча визуализатор для контроля
- Категория: Other Test Instrument >>>
- Поставщик: Photonic,Technology,Systems,LTD
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Описание и отзывы
Трекер стоимости
| Месяц | Минимальная цена | Макс. стоимость |
|---|---|---|
| Aug-16-2025 | 133.4 $* | 136.0 $* |
| Jul-16-2025 | 108.44 $* | 110.51 $* |
| Jun-16-2025 | 131.93 $* | 134.1 $* |
| May-16-2025 | 130.47 $* | 133.11 $* |
| Apr-16-2025 | 104.15 $* | 106.80 $* |
| Mar-16-2025 | 128.16 $* | 131.69 $* |
| Feb-16-2025 | 127.40 $* | 130.94 $* |
| Jan-16-2025 | 126.8 $* | 129.41 $* |
Характеристики
Product Description
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
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
○ 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
Specification
Brand Name | Photonic Technology Systems |
Model Number | IR1-2L |
Active region, mm | 50 x 50 |
Absorption Spectral Ranges, μm | 0,75-1,5 |
Damage Threshold, mW/cm2 | >700 |
Spectral Sensitivity, μW/cm2 | <6 (@808 nm), <2 (@960 nm), <250 (@1470 nm) |
Color of Emission | Red-orange |
Features | Waterproof |
Charging Required for Emission | Yes |
Customized support | OEM, ODM |
Place of Origin | Russia, Mordovia republic, Saransk city |
Packing & Delivery
Each Laser Beam Visualizer is packed into plastic envelope.
We deliver orders with help of these International shipping services:
FAQ
1. Can I get samples?
Yes, we will send test samples. Sending a test batch is under discussion.
2. Can I have my own customized product?
Yes, we will send test samples. Sending a test batch is under discussion.
2. Can I have my own customized product?
We can custom-design products. We can discuss all the conditions with you, just write to us.
3. How long does it take to calculate the shipping cost?
The average shipping cost estimate takes 1 to 3 business days.
3. How long does it take to calculate the shipping cost?
The average shipping cost estimate takes 1 to 3 business days.
Company Profile
Welcome to Photonic Technology Systems
The research and production company "Photonic Technology Systems" was founded by a group of scientists in 2017 with funding by the Foundation for Assistance to Small Innovative Enterprises. The company is located in the National Research Mordovia State University (Saransk, Russia)
PhotonTechSystems LLC manufactures educational photonics kits, laser beam visualizers, laboratory furniture for laser experiments, optomechanical components and other high-tech products. Our goal is to integrate the results of scientific and educational activities in the field of photonics and business. PhotonTechSystems are based on the spirit of partnership, continuous development and high quality.
Why to choose us?
◙ Unique photonics educational kits for universities and schools
◙ Own production and ware house
◙ High customer focus and competitive pricing
◙ Own production and ware house
◙ High customer focus and competitive pricing
◙ PhotonTechSystems are based on the spirit of partnership, continuous development and high quality.
◙ Our goal is to integrate the results of scientific and educational activities in the field of photonics and business.
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