What are red laser safety glasses like?

Red laser is a laser beam with a specific wavelength and color. Red laser has high brightness and can be clearly seen in darker environments, making it very useful in some occasions where long-distance indication or marking is required. For example, when demonstrating in a large conference room, a red laser pen can be used to point to the key content on the screen; red laser is also easy to attract people's attention, so it is also used in some warning signs or signal lights. Red laser has high energy, and direct exposure to the eyes may cause serious damage to the eyes. Therefore, when using red laser, be sure to avoid direct exposure to the eyes. If you need to observe the beam of red laser, you should use special protective glasses.

Red laser safety glasses are usually blue or green. Usually, special filter materials and designs are used to effectively block red lasers in a specific wavelength range. Its optical density (OD value) is high and has strong protection against lasers. For example, the OD value of some glasses can reach 4 or above, which can meet the protection needs of red lasers of different powers. The frame design focuses on comfort and stability for long-term wear.

Our Hot Selling Products - LP-RHP Laser Safety Glasses and LP-RHP-2 Laser Safety Glasses are used to protect our eyes from red laser damage.

LP-RHP  Red Laser Safety Glasses

Optical Density: 620 - 700nm OD4+ 

LB-Rating: 620 - 700nm DIR LB4 

Transmittance: 50% 

Available for: 635nm, 650nm, 694nm, etc. 

Application: Red lasers, Ruby

LP-RHP-2   Red Laser Safety Glasses

Optical Density: 620 - 700nm OD6+ 

LB-Rating: 620 - 700nm DIR LB5 

Transmittance: 25% 

Available for: 635nm, 650nm, 694nm etc. 

Application: Red lasers, Ruby

Of course, when choosing red laser protective glasses, it needs to be determined according to the specific usage scenarios and needs. If it is used for laser protection, you should pay attention to the glasses' protective wavelength range, OD value, visible light transmittance and other parameters; if it is used to enhance the laser visual effect, you should consider the glasses' enhancement effect, comfort and adaptability.