LP-YHP-2

Transmittance:   41%

Optical Density: 800-900nm OD>6   

                          900 - 1100nm OD>7

L-Rating:            800-900nm DIR LB5+IR LB6

                          900-1080nm DI LB5 + R LB7

Available:           808&980&1064nm etc.,

Application:       Dental lasers, Diodes, ND: YAG,Fiber laser

According:         CE EN207


LP-GTY-2

Transmittance:    20%

Optical Density: 180 - 534nm OD 6+

                           800-1100nm OD 5+

                           900 - 1095nm OD 6+

L-Rating:             316 - 534nm DIR LB5 + M LB5   

Available:            532nm＆808nm＆1064nm etc.,

Application:        2 line YAG and KTP, Q-Switch

According:          CE EN207





LP-RTD-3

Transmittance:   35%

Optical Density: 630 – 660nm OD2+

                           800 – 1100nm OD5+

L-Rating:            630 – 660nm DIR LB2

                           800 - 1100nm DIR LB5   

Available:           650nm&808nm&980nm etc.,

Application:       Red lasers, 808nm Diodes

According:         CE EN207


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About Us

LASERPAIR CO., LIMITED is a high-tech enterprise committed to laser safety which located

in Shenzhen, CHINA. We provide our domestic and foreign customers protection work on laser application for more than 13 years. LASERPAIR Brand laser safety goggles focus on the middle and high-end market, our products widely used in laser industrial, laser medical, laser

military, laboratory and scientific research. We meet multiple laser safety standards such as

GB30863, ANSI Z136.1, EN207, we are also the first batch enterprises passed the German

National Laboratory CE test and obtain relevant qualifications. In recent years, the laser safety products developed and produced by LASERPAIR are fully reached international advanced

level. MORE......



新闻
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Laser Development History                                                                                                                                                                               Laser originated in the 1960s, but the principle of retroactive can be as early as 1916, which was found by the famous physicist Albert Einstein. It is come from the first letter of “Light Amplification By Stimulated Emission Of Radiation”. In just a few decades of development, the application of the laser had throughout all industries and fields, including laser marking, laser rangefinder, laser radar, laser cutting, laser vision correction, laser beauty, etc.,