Near Ultra-violet Objective Lens 20mm Focal Length 10x Working Distance 30.5mm
PAL-10-NUV
This objective lens can be used for laser machining using pulsed laser of THG (355nm) YAG laser. Chromatic aberration is suppressed in both the visible and UV laser wavelength, achieving a high transmittance.
◦With its long working distance and field curvature corrected, its natural observation image is obtained to the periphery of the visual field.
◦With its long working infinity correction function; this objective lens can be used for a laser system and coaxial observation.
◦It is also used for the observation of near ultra-violet light.
◦This objective lens can be used with a pulse laser of visible light (532nm).
◦Laser Damage Threshold (Typical) 0.05J/cm2 (355nm), 0.1J/cm2 (532nm) (Laser pulse width 10ns, repetition frequency 20Hz)
◦With its long working infinity correction function; this objective lens can be used for a laser system and coaxial observation.
◦It is also used for the observation of near ultra-violet light.
◦This objective lens can be used with a pulse laser of visible light (532nm).
◦Laser Damage Threshold (Typical) 0.05J/cm2 (355nm), 0.1J/cm2 (532nm) (Laser pulse width 10ns, repetition frequency 20Hz)
| Name | Near Ultra-violet Objective Lens 20mm Focal Length 10x Working Distance 30.5mm |
|---|---|
| Weight | 0.2700kgs |
| Standard Coatings Available | No |
| Guide |
|
| Attention |
|
| Magnification | 10× |
| Numerical Aperture | 0.28 |
| Working Distance WD | 30.5mm |
| Focal length f | 20mm |
| Resolution | 1.0μm |
| Focal depth | ±3.5μm |
| Pupil diameter | φ11.2mm |
| Real field of View (Eyepiece φ24mm) | φ2.4mm |
| Real field of View (Imaging device 1/2-inch) | 0.48×0.64mm |
| Laser Damage Threshold<sup>*</sup> | 0.05J/cm2 at 355nm |
| Weight | 0.27kg |
| Availability | Please contact |
In stock
SKU
PAL-10-NUV
£2,486.00
Customize product
This objective lens can be used for laser machining using pulsed laser of THG (355nm) YAG laser. Chromatic aberration is suppressed in both the visible and UV laser wavelength, achieving a high transmittance.
