| Clear Aperture, mm | Wavelength, nm | Transmission (uncoated) | Ordering code |
| 2 | 488 ± 15 | >40% | 14WPS-40-488-2 |
| 515 ± 20 | >45% | 14WPS-45-515-2 |
| 632 ± 20 | >50% | 14WPS-50-632-2 |
| 800 ± 25 | >55% | 14WPS-55-800-2 |
| 1030 ± 35 | >65% | 14WPS-65-1030-2 |
| 1550 ± 40 | >75% | 14WPS-75-1550-2 |
| 4 | 515 ± 20 | >45% | 14WPS-45-515-4 |
| 632 ± 20 | >50% | 14WPS-50-632-4 |
| 800 ± 25 | >55% | 14WPS-55-800-4 |
| 1030 ± 35 | >65% | 14WPS-65-1030-4 |
| 1550 ± 40 | >75% | 14WPS-75-1550-4 |
| 6 | 488 ± 15 | >40% | 14WPS-40-488-6 |
| 515 ± 20 | >45% | 14WPS-45-515-6 |
| 632 ± 20 | >50% | 14WPS-50-632-6 |
| 800 ± 25 | >55% | 14WPS-55-800-6 |
| 1030 ± 35 | >65% | 14WPS-65-1030-6 |
| 1550 ± 40 | >75% | 14WPS-75-1550-6 |
| 8 | 800 ± 25 | >55% | 14WPS-55-800-8 |
| 1030 ± 35 | >65% | 14WPS-65-1030-8 |
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Benefits for laser micro-machining
• Helps achieving smaller spot size
• Ensures the same machining properties in all directions*
• Complex trajectories are made featuring the same track width**
• Ensures the same cutting speed in all directions
• Increases cutting speed
* When processing materials with linearly polarized light, features are bigger
in width, when machining is performed in the direction perpendicular to
polarization of the beam and vice versa.
** This is useful for example in fabrication of microfluidics, whereas later
chemical etching retains the same characteristics through all the channel.
Benefits for use in Optical Tw eezers
• Increases trapping force
• Might trap particles with lower refractive index comparing to surroundings
Radial polarization beam ?= 1030 nm intensity distribution
with electromagnetic field direction shown a) radial, b) azimuth
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