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High-Power UV Focusing Objectives


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High-Power UV Focusing Objectives

Common Features

  • Diffraction-Limited Performance for Beam Diameters up to 70% of Clear Aperture
  • Long Working Distance
  • Large Entrance Aperture of >5 mm
  • Infinite Conjugate Design
  • RMS-Threaded Housing
  • Air-Spaced Design

These all-refractive UV Achromatic MicroSpot Focusing Objectives are designed for use with UV excimer lasers and other ultraviolet sources. The lens elements in these objectives are made from the highest quality, lowest absorption, excimer-grade fused silica and CaF2 available. These lenses are available with either narrowband or broadband AR coatings (see the Specs tab for details).

Our microscope objectives can be mounted directly to our fiber launch systems, or they can be mounted to any of our flexure stages using a HCS013 RMS mount. Alternatively, these microscope objectives can be easily mounted in our cage system, lens tubes, or other SM1 compatible optomechanics using an SM1A3 adapter.

Broadband AR Coating, Broadband Design LMU Series Focusing Objectives

Item #MaWDb
(mm)
EFLc
(mm)
NAdTFSe
(um)
EAf
(mm)
AR Coating
Rangeg
Damage Threshold
(20 ns Pulses
@ 20 Hz)
Max Reflectivity
per Lens Surface
LMU-5X-UVB535400.13310240-360 nm50 MW/cm21.5%
LMU-5X-NUV535400.13310325-500 nm50 MW/cm21.0%
LMU-20X-UVB204100.4018240-360 nm50 MW/cm21.5%
LMU-20X-NUV204100.4018325-500 nm50 MW/cm21.0%
LMU-40X-UVB40150.5015240-360 nm50 MW/cm21.5%
LMU-40X-NUV40150.5015325-500 nm50 MW/cm21.0%

Broadband AR Coating, Narrowband Design LMU Series Focusing Objectives

Item #MaWDb
(mm)
EFLc
(mm)
NAdTFSe
(um)
EAf
(mm)
AR Coating
Rangeg
Damage Threshold
(20 ns Pulses
@ 20 Hz)
Max Reflectivity
per Lens Surface
LMU-3X-UVB349600.08510240-360 nm50 MW/cm21.5%
LMU-3X-NUV349600.08510325-500 nm50 MW/cm21.0%
LMU-10X-UVB1015200.25210240-360 nm50 MW/cm21.5%
LMU-10X-NUV1015200.25210325-500 nm50 MW/cm21.0%
LMU-15X-UVB158.5130.3218.5240-360 nm50 MW/cm21.5%
LMU-15X-NUV158.5130.3218.5325-500 nm50 MW/cm21.0%

Narrowband AR Coating, Narrowband Design LMU Series Focusing Objectives

Item #MaWDb
(mm)
EFLc
(mm)
NAdTFSe
(um)
EAf
(mm)
AR Coating
Rangeg
Damage Threshold
(20 ns Pulses @ 20 Hz)
Max Reflectivity
per Lens Surface
LMU-3X-193349600.08510192-194 nm100 MW/cm20.5%
LMU-3X-248349600.08510240-260 nm200 MW/cm20.5%
LMU-3X-266349600.08510255-280 nm500 MW/cm20.35%
LMU-3X-351349600.08510340-370 nm500 MW/cm20.25%
LMU-10X-1931015200.25210192-194 nm100 MW/cm21.5%
LMU-10X-2481015200.25210240-260 nm200 MW/cm20.5%
LMU-10X-2661015200.25210255-280 nm500 MW/cm20.35%
LMU-10X-3511015200.25210340-370 nm500 MW/cm20.25%
LMU-15X-193158.5130.3218.5192-194 nm100 MW/cm21.5%
LMU-15X-248158.5130.3218.5240-260 nm200 MW/cm20.5%
LMU-15X-266158.5130.3218.5255-280 nm500 MW/cm20.35%
LMU-15X-351158.5130.3218.5340-370 nm500 MW/cm20.25%

a Magnification
b Working Distance
c Effective Focal Length - Please note the effective focal length (EFL) changes with wavelength and is specified at the operating wavelength.
d Numerical Aperture
e Theoretical Focal Spot size assuming the entrance aperture is filled and the input beam profile is Gaussian.
f Entrance Aperture
g Using the LMU objectives outside of the AR coating range is not recommended because of surface reflections that can create ghost images and significantly reduce the overall transmission through the optic.

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Posted Comments:
Poster: klee
Posted Date: 2009-10-15 10:23:07.0
A response from Ken at Thorlabs to cjohansson: The link is working now.
Poster: cjohansson
Posted Date: 2009-10-15 09:26:27.0
the link to "visible imaging objectives" in the selection guide is broken.
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ablation   broadband objective   broadband uv objectives   CaF2 objective   confocal microscopy   confocal objective   excimer   excimer laser objective   excimer objective   fluorescence   focusing objective   fused silica objective   infinty corrected   laser scribing   microlithography   micromachining   microscope   Microscope Objective Camera Lens Mounts   Microscope Objective Camera Lens Mountsultraviolet objectives   nuv objective   objective   photoablation   ultraviolet objectives   uv objective   uvb ojective  
UV MicroSpot Focusing Objectives - Broadband AR Coating, Broadband Design
  • AR Coated for 240 – 360 nm or 325 – 500 nm
  • 5X, 20X, or 40X Magnifications Available
  • 0.14, 0.40, or 0.50 Numerical Apertures

These 5X, 20X, and 40X objectives are based on an optical design for broadband use that minimizes the focal shift as wavelength changes. Due to this design, they are ideal for focusing or collecting polychromatic light, making them better suited for use in spectrometry, wafer inspection, medical applications, or any other application where a broadband source must be focused.

Based on your currency / country selection, your order will ship from Newton, New Jersey  
+1 Qty Docs Part Number - Universal/Imperial Price Available / Ships
LMU-5X-UVB Support Documentation LMU-5X-UVB MicroSpot Focusing Objective, 5X, 240 - 360 nm, NA=0.13 $1,116.90
Lead Time
LMU-5X-NUV Support Documentation LMU-5X-NUV MicroSpot Focusing Objective, 5X, 325 - 500 nm, NA=0.13 $1,116.90
3-5 Days
LMU-20X-UVB Support Documentation LMU-20X-UVB MicroSpot Focusing Objective, 20X, 240 - 360 nm, NA=0.40 $2,136.90
Lead Time
LMU-20X-NUV Support Documentation LMU-20X-NUV MicroSpot Focusing Objective, 20X, 325 - 500 nm, NA=0.40 $2,136.90
3-5 Days
LMU-40X-UVB Support Documentation LMU-40X-UVB MicroSpot Focusing Objective, 40X, 240 - 360 nm, NA=0.50 $2,244.00
Today
LMU-40X-NUV Support Documentation LMU-40X-NUV MicroSpot Focusing Objective, 40X, 325 - 500 nm, NA=0.50 $2,244.00
Today
Add To Cart
UV Microspot Focusing Objectives - Broadband AR Coating, Narrowband Design
  • AR Coated for 240 - 360 nm or 325 - 500 nm
  • 3X, 10X, or 15X Magnifications Available
  • 0.08, 0.25, or 0.32 Numerical Apertures

These 3X, 10X, and 15X objectives have a narrowband optical design, which is best for deep UV applications and micromachining. They have a broadband coating, making them ideal for sharply focusing one wavelength, while allowing other wavelengths to be transmitted slightly out of focus. We also offer narrowband-coated versions of these objectives below.

Based on your currency / country selection, your order will ship from Newton, New Jersey  
+1 Qty Docs Part Number - Universal/Imperial Price Available / Ships
LMU-3X-UVB Support Documentation LMU-3X-UVB MicroSpot Focusing Objective, 3X, 240 - 360 nm, NA=0.08 $1,116.90
3-5 Days
LMU-3X-NUV Support Documentation LMU-3X-NUV MicroSpot Focusing Objective, 3X, 325 - 500 nm, NA=0.08 $1,116.90
Today
LMU-10X-UVB Support Documentation LMU-10X-UVB MicroSpot Focusing Objective, 10X, 240 - 360 nm, NA=0.25 $1,708.50
Today
LMU-10X-NUV Support Documentation LMU-10X-NUV MicroSpot Focusing Objective, 10X, 325 - 500 nm, NA=0.25 $1,708.50
Today
LMU-15X-UVB Support Documentation LMU-15X-UVB MicroSpot Focusing Objective, 15X, 240 - 360 nm, NA=0.32 $1,861.50
3-5 Days
LMU-15X-NUV Support Documentation LMU-15X-NUV MicroSpot Focusing Objective, 15X, 325 - 500 nm, NA=0.32 $1,861.50
Today
Add To Cart
UV MicroSpot Focusing Objectives - Narrowband AR Coating, Narrowband Design
  • AR Coated for 192 - 194 nm, 240 - 260 nm, 255 - 280 nm, or 340 - 370 nm
  • 3X, 10X, or 15X Magnifications Available
  • 0.08, 0.25, or 0.32 Numerical Apertures

These 3X, 10X, and 15X objectives have a narrowband optical design, which is best for deep UV applications and micromachining. The narrowband coating allows for a significantly higher damage threshold than their broadband-coated counterparts featured above.

Based on your currency / country selection, your order will ship from Newton, New Jersey  
+1 Qty Docs Part Number - Universal/Imperial Price Available / Ships
LMU-3X-193 Support Documentation LMU-3X-193 MicroSpot Focusing Objective, 3X, 192 -194 nm, NA=0.08 $1,218.90
3-5 Days
LMU-3X-248 Support Documentation LMU-3X-248 MicroSpot Focusing Objective, 3X, 240 - 260 nm, NA=0.08 $1,116.90
Today
LMU-3X-266 Support Documentation LMU-3X-266 MicroSpot Focusing Objective, 3X, 255 - 280 nm, NA=0.08 $1,116.90
Today
LMU-3X-351 Support Documentation LMU-3X-351 MicroSpot Focusing Objectives, 3X, 340 - 370 nm, NA=0.08 $1,116.90
Today
LMU-10X-193 Support Documentation LMU-10X-193 MicroSpot Focusing Objectives, 10X, 192 - 194 nm, NA=0.25 $1,810.50
Today
LMU-10X-248 Support Documentation LMU-10X-248 MicroSpot Focusing Objective, 10X, 240 - 260 nm, NA=0.25 $1,708.50
Lead Time
LMU-10X-266 Support Documentation LMU-10X-266 MicroSpot Focusing Objective, 10X, 255 - 280 nm, NA=0.25 $1,708.50
3-5 Days
LMU-10X-351 Support Documentation LMU-10X-351 MicroSpot Focusing Objective, 10X, 340 - 370 nm, NA=0.25 $1,708.50
3-5 Days
LMU-15X-193 Support Documentation LMU-15X-193 MicroSpot Focusing Objective, 15X, 192 - 194 nm, NA=0.32 $1,963.50
Today
LMU-15X-248 Support Documentation LMU-15X-248 MicroSpot Focusing Objective, 15X, 240 - 260 nm, NA=0.32 $1,861.50
Today
LMU-15X-266 Support Documentation LMU-15X-266 MicroSpot Focusing Objective, 15X, 255 - 280 nm, NA=0.32 $1,861.50
Today
LMU-15X-351 Support Documentation LMU-15X-351 MicroSpot Focusing Objective, 15X, 340 - 370 nm, NA=0.32 $1,861.50
3-5 Days
Add To Cart
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