Variable Beam Expander

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Reference number: OGA-VEX13-4357

Variable beam expander OGA-VEX

Expansion

Design wavelength in nm

Expansion

Design wavelength in nm

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Contact our expert.

Optics & Optomechanics Team
Phone: +49 8153 405-11

opticsoptomechanics@laser2000.com

Description

Main features:

Fully automated beam parameter management
Magnification and attenuation in one device
Zero beam offset
High pointing stability < 0.2 mrad
High speed adjustment < 1 sec
No homing after switch on/off

Application examples:

Precise laser micromachining
Research

Variable beam expander OGA-VEX

Main features:

Highest beam pointing stability (< 0.5 mrad)
Fused silica optical elements
Grease free mechanical design
Sliding lens design
Diffraction limited perforance for all magnifications

Application examples:

Laser micromachining
Research

Specifications:

Adjustment: Manual
Divergence: Adjustable
Lens Material: UVFS
Transmission: > 97 %
LIDT: 10 J/cm² ( 10 ns @1064 nm)
Expansion: 1.0x - 3.0x
Design Wavelength: 343 - 355 nm
Pointing stability: < 0.5 mrad
Clear Input Aperture: 11 mm
Clear Output Aperture: 23.5 mm
Recommended MAX Input Beam Diameter (1/E2): Ø 7 mm (1x) - Ø 5 mm (3x)
Design: Standard
Dimensions (H x W x L): Ø 42 x 110 mm
Mounting Options: M30x1 external, SM1 internal, Ø 38.1 mm [1.5""], T-mount (M42 x 0.75)

Downloads

OGA_VEX13v4_drawing.pdf

OGA_VEX13v4_AD_drawing.pdf

Katalog_OGA_2020___Laser_2000.pdf

Variable beam expander OGA-VEX

Main features:

Highest beam pointing stability (< 0.5 mrad)
Fused silica optical elements
Grease free mechanical design
Sliding lens design
Diffraction limited perforance for all magnifications

Application examples:

Laser micromachining
Research

Specifications:

Adjustment: Manual
Divergence: Adjustable
Lens Material: UVFS
Transmission: > 97 %
LIDT: 10 J/cm² ( 10 ns @1064 nm)
Expansion: 1.0x - 8.0x
Design Wavelength: 343 - 355 nm
Pointing stability: < 0.5 mrad
Clear Input Aperture: 11.5 mm
Clear Output Aperture: 40 mm
Recommended MAX Input Beam Diameter (1/E2): Ø 7 mm (1x) - Ø 5.3 mm
Design: Standard
Dimensions (H x W x L): Ø 53 x 203 mm
Mounting Options: SM2, Ø 50.8 mm [2"]

Downloads

OGA_VEX18V03_01_drawing.pdf

Katalog_OGA_2020___Laser_2000.pdf

Variable beam expander OGA-VEX

Main features:

Highest beam pointing stability (< 0.5 mrad)
Fused silica optical elements
Grease free mechanical design
Sliding lens design
Diffraction limited perforance for all magnifications

Application examples:

Laser micromachining
Research

Specifications:

Adjustment: Manual
Divergence: Adjustable
Lens Material: UVFS
Transmission: > 97 %
LIDT: 10 J/cm² ( 10 ns @1064 nm)
Expansion: 1.0x - 8.0x
Design Wavelength: 515 - 532 + 343 - 355 nm
Pointing stability: < 0.5 mrad
Clear Input Aperture: 11 mm
Clear Output Aperture: 40 mm
Recommended MAX Input Beam Diameter (1/E2): Ø 7 mm (1x) - Ø 5.3 mm
Design: Standard
Dimensions (H x W x L): Ø 53 x 203 mm
Mounting Options: SM2, Ø 50.8 mm [2"]

Downloads

OGA_VEX18V03_01_drawing.pdf

Katalog_OGA_2020___Laser_2000.pdf

Variable beam expander OGA-VEX

Main features:

Highest beam pointing stability (< 0.5 mrad)
Fused silica optical elements
Grease free mechanical design
Sliding lens design
Diffraction limited perforance for all magnifications

Application examples:

Laser micromachining
Research

Specifications:

Adjustment: Manual
Divergence: Adjustable
Lens Material: UVFS
Transmission: > 97 %
LIDT: 10 J/cm² ( 10 ns @1064 nm)
Expansion: 1.0x - 8.0x
Design Wavelength: 515 - 532 nm
Pointing stability: < 0.5 mrad
Clear Input Aperture: 11 mm
Clear Output Aperture: 40 mm
Recommended MAX Input Beam Diameter (1/E2): Ø 7 mm (1x) - Ø 5.3 mm
Design: Standard
Dimensions (H x W x L): Ø 53 x 203 mm
Mounting Options: SM2, Ø 50.8 mm [2"]

Downloads

OGA_VEX18V03_01_drawing.pdf

Katalog_OGA_2020___Laser_2000.pdf

Variable beam expander OGA-VEX

Main features:

Highest beam pointing stability (< 0.5 mrad)
Fused silica optical elements
Grease free mechanical design
Sliding lens design
Diffraction limited perforance for all magnifications

Application examples:

Laser micromachining
Research

Specifications:

Adjustment: Manual
Divergence: Adjustable
Lens Material: UVFS
Transmission: > 97 %
LIDT: 10 J/cm² ( 10 ns @1064 nm)
Expansion: 1.0x - 3.0x
Design Wavelength: 1030 - 1064 nm
Pointing stability: < 0.5 mrad
Clear Input Aperture: 11 mm
Clear Output Aperture: 23.5 mm
Recommended MAX Input Beam Diameter (1/E2): Ø 7 mm (1x) - Ø 5 mm (3x)
Design: Standard
Dimensions (H x W x L): Ø 42 x 110 mm
Mounting Options: M30x1 external, SM1 internal, Ø 38.1 mm [1.5""], T-mount (M42 x 0.75)

Downloads

OGA_VEX13v4_drawing.pdf

OGA_VEX13v4_AD_drawing.pdf

Katalog_OGA_2020___Laser_2000.pdf

Variable beam expander OGA-VEX

Main features:

Highest beam pointing stability (< 0.5 mrad)
Fused silica optical elements
Grease free mechanical design
Sliding lens design
Diffraction limited perforance for all magnifications

Application examples:

Laser micromachining
Research

Specifications:

Adjustment: Manual
Divergence: Adjustable
Lens Material: UVFS
Transmission: > 97 %
LIDT: 10 J/cm² ( 10 ns @1064 nm)
Expansion: 1.0x - 3.0x
Design Wavelength: 515 - 532 nm
Pointing stability: < 0.5 mrad
Clear Input Aperture: 11 mm
Clear Output Aperture: 23.5 mm
Recommended MAX Input Beam Diameter (1/E2): Ø 7 mm (1x) - Ø 5 mm (3x)
Design: Standard
Dimensions (H x W x L): Ø 42 x 110 mm
Mounting Options: M30x1 external, SM1 internal, Ø 38.1 mm [1.5""], T-mount (M42 x 0.75)

Downloads

OGA_VEX13v4_drawing.pdf

OGA_VEX13v4_AD_drawing.pdf

Katalog_OGA_2020___Laser_2000.pdf

Variable beam expander OGA-VEX

Main features:

Highest beam pointing stability (< 0.5 mrad)
Fused silica optical elements
Grease free mechanical design
Sliding lens design
Diffraction limited perforance for all magnifications

Application examples:

Laser micromachining
Research

Specifications:

Adjustment: Manual
Divergence: Adjustable
Lens Material: UVFS
Transmission: > 97 %
LIDT: 10 J/cm² ( 10 ns @1064 nm)
Expansion: 1.0x - 3.0x
Design Wavelength: 1030 - 1064 + 515 - 532 nm
Pointing stability: < 0.5 mrad
Clear Input Aperture: 11 mm
Clear Output Aperture: 23.5 mm
Recommended MAX Input Beam Diameter (1/E2): Ø 7 mm (1x) - Ø 5 mm (3x)
Design: Standard
Dimensions (H x W x L): Ø 42 x 110 mm
Mounting Options: M30x1 external, SM1 internal, Ø 38.1 mm [1.5""], T-mount (M42 x 0.75)

Downloads

OGA_VEX13v4_drawing.pdf

OGA_VEX13v4_AD_drawing.pdf

Katalog_OGA_2020___Laser_2000.pdf

Variable beam expander OGA-VEX

Main features:

Highest beam pointing stability (< 0.5 mrad)
Fused silica optical elements
Grease free mechanical design
Sliding lens design
Diffraction limited perforance for all magnifications

Application examples:

Laser micromachining
Research

Specifications:

Adjustment: Manual
Divergence: Adjustable
Lens Material: UVFS
Transmission: > 97 %
LIDT: 10 J/cm² ( 10 ns @1064 nm)
Expansion: 1.0x - 3.0x
Design Wavelength: 515 - 532 + 343 - 355 nm
Pointing stability: < 0.5 mrad
Clear Input Aperture: 11 mm
Clear Output Aperture: 23.5 mm
Recommended MAX Input Beam Diameter (1/E2): Ø 7 mm (1x) - Ø 5 mm (3x)
Design: Standard
Dimensions (H x W x L): Ø 42 x 110 mm
Mounting Options: M30x1 external, SM1 internal, Ø 38.1 mm [1.5""], T-mount (M42 x 0.75)

Downloads

OGA_VEX13v4_drawing.pdf

OGA_VEX13v4_AD_drawing.pdf

Katalog_OGA_2020___Laser_2000.pdf

Variable beam expander OGA-VEX

Main features:

Highest beam pointing stability (< 0.5 mrad)
Fused silica optical elements
Grease free mechanical design
Sliding lens design
Diffraction limited perforance for all magnifications

Application examples:

Laser micromachining
Research

Specifications:

Adjustment: Manual
Divergence: Adjustable
Lens Material: UVFS
Transmission: > 97 %
LIDT: 10 J/cm² ( 10 ns @1064 nm)
Expansion: 1.0x - 8.0x
Design Wavelength: 1030 - 1064
Pointing stability: < 0.5 mrad
Clear Input Aperture: 11 mm
Clear Output Aperture: 40 mm
Recommended MAX Input Beam Diameter (1/E2): Ø 7 mm (1x) - Ø 5.3 mm
Design: Standard
Dimensions (H x W x L): Ø 53 x 203 mm
Mounting Options: SM2, Ø 50.8 mm [2"]

Downloads

OGA_VEX18V03_01_drawing.pdf

Katalog_OGA_2020___Laser_2000.pdf

Variable beam expander OGA-VEX

Main features:

Highest beam pointing stability (< 0.5 mrad)
Fused silica optical elements
Grease free mechanical design
Sliding lens design
Diffraction limited perforance for all magnifications

Application examples:

Laser micromachining
Research

Specifications:

Adjustment: Manual
Divergence: Adjustable
Lens Material: UVFS
Transmission: > 97 %
LIDT: 10 J/cm² ( 10 ns @1064 nm)
Expansion: 1.0x - 8.0x
Design Wavelength: 1030 - 1064 + 515 - 532 nm
Pointing stability: < 0.5 mrad
Clear Input Aperture: 11 mm
Clear Output Aperture: 40 mm
Recommended MAX Input Beam Diameter (1/E2): Ø 7 mm (1x) - Ø 5.3 mm
Design: Standard
Dimensions (H x W x L): Ø 53 x 203 mm
Mounting Options: SM2, Ø 50.8 mm [2"]

Downloads

OGA_VEX18V03_01_drawing.pdf

Katalog_OGA_2020___Laser_2000.pdf