More Details
| Narrow Linewidth | Wavelength | Spectral linewidth | Output power | Datasheet |
| 375nm | 375 ± 5nm | <0.06nm (<0.03nm optional) | 1~20mW | |
| 400nm | 400 ± 5nm | <0.06nm (<0.03nm optional) | 1~50mW | |
| 405nm | 405 ± 1nm | <0.06nm (<0.03nm optional) | 1~200mW | |
| 410nm | 410 ± 5nm | <0.06nm (<0.03nm optional) | 1~50mW | |
| 415nm | 415 ± 5nm | <0.06nm (<0.03nm optional) | 1~50mW | |
| 442nm | 442 ± 5nm | <0.06nm (<0.03nm optional) | 1~30mW | |
| 445nm | 445 ± 5nm | <0.06nm (<0.03nm optional) | 1~30mW | |
| 450nm | 450 ± 5nm | <0.06nm (<0.03nm optional) | 1~30mW | |
| 457nm | 457 ± 1nm | <0.003nm | 1~400mW | |
| 460nm | 460 ± 5nm | <0.06nm (<0.03nm optional) | 1~100mW | |
| 473nm | 473 ± 1nm | <0.003nm | 1~300mW | |
| 488nm | 488 ± 5nm | <0.06nm (<0.03nm optional) | 1~60mW | |
| 515nm | 515 ± 5nm | <0.06nm (<0.03nm optional) | 1~10mW | |
| 520nm | 520 ± 5nm | <0.06nm (<0.03nm optional) | 1~10mW | |
| 532nm | 532 ± 1nm | <0.003nm | 1~1500mW | |
| 561nm | 561 ± 1nm | <0.003nm | 1~200mW | |
| 588nm | 588 ± 2nm | <0.003nm | 1~200mW | |
| 589nm | 589 ± 1nm | <0.003nm | 1~200mW | |
| 633nm | 633 ± 3nm | <0.06nm (<0.03nm optional) | 1~20mW | |
| 635nm | 635 ± 5nm | <0.06nm (<0.03nm optional) | 1~30mW | |
| 640nm | 640 ± 5nm | <0.06nm (<0.03nm optional) | 1~30mW | |
| 650nm | 650 ± 10nm | <0.06nm (<0.03nm optional) | 1~30mW | |
| 671nm | 671 ± 1nm | <0.003nm | 1~500mW |
Narrow Linewidth Lasers
Description
The MDL-E series of lasers are narrow linewidth lasers, characterized by an ultra narrow spectral width <0.03nm, are ideal for DNA sequencing, flow cytometry, digital imaging, analytical chemistry, particle measurement, confocal microscopy, Raman spectroscopy and many other areas. Housed in an ultra-compact package, these lasers are the perfect choice for OEM instrumentation, system design and integration, as well as end-user R & D applications.