Lunettes de protection laser YAG Les lunettes de sécurité pour 1064 nm sont des lunettes essentielles pour protéger les yeux des rayons laser YAG nocifs à une longueur d'onde de 1064 nm. Fabriquées avec des matériaux de haute qualité, ces lunettes bloquent et absorbent efficacement le rayonnement laser, protégeant contre les dommages oculaires potentiels. Adaptées aux environnements industriels, médicaux et de recherche où les lasers YAG sont utilisés, ces lunettes sont essentielles pour la découpe au laser, le soudage, la gravure et d'autres applications. Le port de lunettes de protection laser YAG est essentiel pour assurer la sécurité des yeux pendant les opérations au laser.
Why buy MCWlaser protective safty glasses?
1. As a professional seller of laser protective glasses in AMAZON and EBAY for more than 10 years, our glasses fully meet the high requirements of users for product quality, performance and service. 2.We use imported high-quality materials and advanced technology to ensure that each type of safty glasses has excellent protective ability. 3.Our laser protective glasses have passed the strict international certifications such as FDA and CE ( (in accordance with EN207:2017 standard), covering different levels of protection, which can meet the protection needs of various lasers. 4. Our product design is humanized, comfortable to wear, and can be customized according to customer needs. Whether it is laser electronics industry, medical beauty, or teaching laboratories, as well as industrial areas, we can provide you with customized protection solutions. 5. We have a professional technical team and good after-sales service. If you have any questions about the product, we will answer them in time. If there is any quality problem with the product, we will replace or repair it for you free of charge. 6. With more than 10 years of international operation experience, we can provide you with convenient and efficient logistics services to ensure that the products are delivered quickly.
Identifying the specific type of laser and its corresponding wavelength(s) is crucial for selecting appropriate protective eyewear.
2. Wavelength Range of MCWlaser Protective Safety Glasses
Understanding the wavelength range that each model of MCWlaser protective safety glasses can effectively shield against is essential for choosing the right model.
3. Choosing the Model with Highest OD Value and Protection Level
When multiple models can protect against the required wavelength, prioritize those with higher Optical Density (OD) values and greater levels of protection.
4. Selecting Protection Level Based on Wavelength Range
Depending on whether the laser emits a single wavelength, dual wavelengths, or triple wavelengths, choosing the appropriate protective eyewear that covers the required range is necessary.
5. Matching Model Characteristics to Requirements
Considering the specific features and characteristics of different models, selecting the most suitable one that aligns with the requirements and preferences is essential for optimal protection.
The main wavelengths are 325 nm and 442 nm and contain the following typical lasers
1. ArF laser - 193nm ultraviolet light
2. KrF laser - 248nm UV
3. XeCl laser - 308nm UV
4. XeF laser - 351nm UV
5. N2 laser - 337nm UV
6. F2 laser - 157nm vacuum UV
Semiconductor lasers
including the following typical lasers
1. Infrared laser.
- 760nm ~ 2000nm: GaAs, InGaAs, InGaAsP and other materials.
- Common wavelengths include: 808nm, 980nm, 1310nm, 1550nm.
2. Red laser: 630nm ~ 690nm
- 630nm ~ 690nm: AlGaInP, AlGaAs
- Common wavelengths include: 650nm, 670nm, 685nm
3. Green laser: 510nm ~ 570nm
- 510nm ~ 570nm: InGaN, AlGaInP
- Common wavelengths include: 520nm, 532nm
4. blue-violet laser: 375nm ~ 500nm
- 375nm ~ 500nm: GaN, InGaN
- Common wavelengths include: 405nm, 445nm, 473nm
5. Ultraviolet Laser: 340nm ~ 380nm
- 340nm ~ 380nm: AlGaN
Common wavelengths include: 355nm, 375nm
Erbium lasers
Including the following typical lasers
1. 1550nm near-infrared wavelengths
This is the strongest emission line of erbium ions in glass or optical fibers, corresponding to the 4I13/2 → 4I15/2 transition. It is widely used in optical communications and fiber amplifiers.
2. 2940nm mid-infrared wavelengths
Corresponding to the 4I11/2→4I13/2 transition, it has some applications in the medical and remote sensing fields.
3. 1617nm eye-safe wavelength
Corresponding to the 4I13/2→4I15/2 transition, commonly used in applications such as distance measurement and atmospheric remote sensing.
4. 840nm and 980nm pump wavelengths
Corresponding to 4I15/2→4I11/2 and 4I15/2→4I11/2 leaps, commonly used for pumping erbium-doped lasers and light intensifiers.
1. 1064nm Near Infrared (NIR) wavelength, widely used in industrial processing, medical cosmetology, remote sensing and ranging.
2. 1123nm near-infrared wavelength, commonly used in LIDAR and fiber optic communication.
3. 1330nm near infrared wavelength, in the field of fiber optic communications and remote sensing has some applications.
4. 946nm near-infrared wavelength, can be used for pumping holmium-doped solid-state lasers.
5. 532nm/355nm green/ultraviolet wavelengths, obtained from 1064nm fundamental output by frequency doubling or tripling technique.
Nd:YAG is the most widely used. Holmium lasers have high efficiency, good beam quality, and cost-effectiveness, and have important applications in both scientific research and industrial fields
IPL
Instead of a single wavelength laser, IPL produces pulsed photon output over a wide wavelength range, typically covering the 400nm-1200nm band, including visible light and some near-infrared light.
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Lunettes de protection laser MCWlaser 190-540 & 800-1700nm EP-1
Lunettes de protection laser MCWlaser 190-450 & 800-2000nm EP-5
Lunettes de protection laser MCWlaser 980-2500nm EP-10
Lunettes de protection laser MCWlaser 190-470 & 610-760nm EP-13
Lunettes de protection laser MCWlaser 680-1100nm EP-15
