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LP-RTD-4 with Frame36
Laserpair
Essential details
Place of Origin: Guangdong, China | Brand Name: LaserPair |
Model Number: LP-RTD-4 Laser Safety Glasses | Protect Wavelength: 630 - 660nm & 800 - 830nm & 900-1100nm |
Material: PC + Absorber material | |
Transmittance: 25% | Available:650nm,808nm,905nm,980nm etc., |
Application: Red lasers, Diodes | Optical Density: 630-660nm OD3+ 800-830nm OD3+ 900 – 1100nm OD5+ |
LB-Rating: 630 - 660nm DIR LB3 800 - 830nm DIR LB3 900 - 1100nm DIR LB5 | Certification: CE EN207 |
Supply Ability : 100000 Piece/Pieces per Month
Packaging & delivery
Selling Units: Single item | Single package size: 20X10X10 cm | Single gross weight:0.500 kg |
Package Type: 1PC/Leather Box, 100PCS/CTN, CTN Size: 71*39*43cm |
Products Description
More frame options
Certifications
Manufacturing Technique
Exhibition
We engaged to offering High Quality, High Protection, and Cost-Effective Laser Safety Glasses for the workers at laser industry and laser medical treatment etc., We attended different exhibitions in Shanghai, HongKong, Dubai, Russia, Germany, Italy, Spain, etc.,
Industry News
Understanding Laser Protection: The Science Behind Light Absorption
Laser protection is a crucial aspect of safety in various industries where lasers are extensively used. Whether it's in medical procedures, manufacturing, or research, understanding how light is absorbed is essential to ensure the well-being of individuals working with lasers. In this article, we will delve into the fascinating science behind light absorption and its significance in laser protection.
The Basics of Light Absorption: Light absorption occurs when a material absorbs photons, converting their energy into another form, such as heat or electrical energy. When it comes to laser protection, it is imperative to comprehend how different materials interact with laser beams to prevent potential harm.
The Role of Wavelength: Wavelength plays a vital role in determining how light is absorbed. Different materials have varying absorption properties, depending on the wavelength of the laser. For instance, certain materials may effectively absorb light at a specific wavelength, while others may reflect or transmit it. Understanding the wavelength characteristics of lasers is essential in selecting appropriate laser protection measures.
Absorption Mechanisms: Various mechanisms govern the absorption of light by materials. One of the primary mechanisms is electronic absorption, where electrons in the material's atoms absorb photons, transitioning to higher energy levels. This absorption process depends on the energy difference between the electronic states involved.
Another mechanism is vibrational absorption, which occurs when infrared laser light interacts with the vibrational modes of a material's molecules. This interaction causes the molecules to absorb the light's energy, leading to heating effects. Vibrational absorption is particularly significant when dealing with high-powered infrared lasers.
Material Properties and Laser Protection: Different materials exhibit varying absorption properties, making them suitable for specific laser protection applications. For instance, materials like polycarbonate and acrylic are commonly used in laser safety eyewear due to their ability to absorb specific laser wavelengths effectively.
Moreover, the thickness of the material also plays a crucial role in laser protection. Thicker materials tend to absorb more light, reducing the risk of damage. However, it is essential to strike a balance between thickness and visibility to ensure practical laser protection without hindering visibility or comfort.
Importance of Laser Protection: Understanding how light is absorbed is paramount in laser protection. By selecting appropriate materials and designing effective laser safety measures, potential hazards can be mitigated. Laser safety protocols, such as the use of protective eyewear, shields, and enclosures, are all based on the principles of light absorption.
Conclusion: Laser protection is a critical aspect of ensuring the safety of individuals working with lasers. By comprehending how light is absorbed, we can implement effective measures to minimize the risk of harm. The science behind light absorption, including wavelength characteristics, absorption mechanisms, and material properties, all contribute to developing robust laser protection strategies. By prioritizing laser safety, we can harness the immense potential of lasers while safeguarding those who work with them.
Essential details
Place of Origin: Guangdong, China | Brand Name: LaserPair |
Model Number: LP-RTD-4 Laser Safety Glasses | Protect Wavelength: 630 - 660nm & 800 - 830nm & 900-1100nm |
Material: PC + Absorber material | |
Transmittance: 25% | Available:650nm,808nm,905nm,980nm etc., |
Application: Red lasers, Diodes | Optical Density: 630-660nm OD3+ 800-830nm OD3+ 900 – 1100nm OD5+ |
LB-Rating: 630 - 660nm DIR LB3 800 - 830nm DIR LB3 900 - 1100nm DIR LB5 | Certification: CE EN207 |
Supply Ability : 100000 Piece/Pieces per Month
Packaging & delivery
Selling Units: Single item | Single package size: 20X10X10 cm | Single gross weight:0.500 kg |
Package Type: 1PC/Leather Box, 100PCS/CTN, CTN Size: 71*39*43cm |
Products Description
More frame options
Certifications
Manufacturing Technique
Exhibition
We engaged to offering High Quality, High Protection, and Cost-Effective Laser Safety Glasses for the workers at laser industry and laser medical treatment etc., We attended different exhibitions in Shanghai, HongKong, Dubai, Russia, Germany, Italy, Spain, etc.,
Industry News
Understanding Laser Protection: The Science Behind Light Absorption
Laser protection is a crucial aspect of safety in various industries where lasers are extensively used. Whether it's in medical procedures, manufacturing, or research, understanding how light is absorbed is essential to ensure the well-being of individuals working with lasers. In this article, we will delve into the fascinating science behind light absorption and its significance in laser protection.
The Basics of Light Absorption: Light absorption occurs when a material absorbs photons, converting their energy into another form, such as heat or electrical energy. When it comes to laser protection, it is imperative to comprehend how different materials interact with laser beams to prevent potential harm.
The Role of Wavelength: Wavelength plays a vital role in determining how light is absorbed. Different materials have varying absorption properties, depending on the wavelength of the laser. For instance, certain materials may effectively absorb light at a specific wavelength, while others may reflect or transmit it. Understanding the wavelength characteristics of lasers is essential in selecting appropriate laser protection measures.
Absorption Mechanisms: Various mechanisms govern the absorption of light by materials. One of the primary mechanisms is electronic absorption, where electrons in the material's atoms absorb photons, transitioning to higher energy levels. This absorption process depends on the energy difference between the electronic states involved.
Another mechanism is vibrational absorption, which occurs when infrared laser light interacts with the vibrational modes of a material's molecules. This interaction causes the molecules to absorb the light's energy, leading to heating effects. Vibrational absorption is particularly significant when dealing with high-powered infrared lasers.
Material Properties and Laser Protection: Different materials exhibit varying absorption properties, making them suitable for specific laser protection applications. For instance, materials like polycarbonate and acrylic are commonly used in laser safety eyewear due to their ability to absorb specific laser wavelengths effectively.
Moreover, the thickness of the material also plays a crucial role in laser protection. Thicker materials tend to absorb more light, reducing the risk of damage. However, it is essential to strike a balance between thickness and visibility to ensure practical laser protection without hindering visibility or comfort.
Importance of Laser Protection: Understanding how light is absorbed is paramount in laser protection. By selecting appropriate materials and designing effective laser safety measures, potential hazards can be mitigated. Laser safety protocols, such as the use of protective eyewear, shields, and enclosures, are all based on the principles of light absorption.
Conclusion: Laser protection is a critical aspect of ensuring the safety of individuals working with lasers. By comprehending how light is absorbed, we can implement effective measures to minimize the risk of harm. The science behind light absorption, including wavelength characteristics, absorption mechanisms, and material properties, all contribute to developing robust laser protection strategies. By prioritizing laser safety, we can harness the immense potential of lasers while safeguarding those who work with them.