Custom Beam ShAPer products

Holo/Or has vast variety of solutions for beam shaping:
The beam shapers are diffractive optical elements (DOEs) used to transform a SM or MM incident laser beam into any shape with any intensity distribution in a specific work plane.

In this section, we present our beam shaper DOEs which give a custom intensity distribution & custom shape at infinity or focal length of an aberration free customer's lens.

Please enter your laser wavelength and use the filter products below.
Moreover, for a quick quotation for products you see in the table, please check all the desired PNs at the last column of the table and click on the RFQ calculator icon at the column title.

Need shorter lead time? Lead time of uncoated DOE is 5 weeks shorter! Click here for questions.

PNλ [nm]θf [deg]Beam Dia [mm]Image ShapeDescriptionAvailabilityAdd to Quote
ML-001-I-N-A 1064 81.59x81.59 >4 MultiLines 15 Lines In Stock

Input Parameters
Wavelength [nm]:1064
Minimum Beam Diameter [mm]:>4
Beam Mode (SM/MM):SM / MM
Element Parameters
Element Type:Window
Material:Fused Silica
Element Size [mm]:20x20
Clear Aperture [mm]:18x18
Thickness [mm]:1.524 or 2.29
Coating:Uncoated
Output Parameters
Output Shape:MultiLines
θf (full angle) [deg]:81.59x81.59
Transmission efficiency:Close to 100%
Overall Efficiency:~ 0
Remarks:15 Lines
ML-001-I-Y-A 1064 81.59x81.59 >4 MultiLines 15 Lines 7 weeks

Input Parameters
Wavelength [nm]:1064
Minimum Beam Diameter [mm]:>4
Beam Mode (SM/MM):SM / MM
Element Parameters
Element Type:Window
Material:Fused Silica
Element Size [mm]:20x20
Clear Aperture [mm]:18x18
Thickness [mm]:1.524 or 2.29
Coating:AR/AR coating
Output Parameters
Output Shape:MultiLines
θf (full angle) [deg]:81.59x81.59
Transmission efficiency:Close to 100%
Overall Efficiency:~ 0
Remarks:15 Lines
TH-225-I-N-A 1064 1.36 1.2 Dollar In Stock

Input Parameters
Wavelength [nm]:1064
Required Beam Diameter [mm]:1.2
Beam Mode (SM/MM):Single Mode TEM00 with M^2<1.5
Element Parameters
Element Type:Window
Material:Fused Silica
Element Size [mm]:11
Clear Aperture [mm]:4
Thickness [mm]:3
Coating:Uncoated
Output Parameters
Output Shape:Dollar
θf (full angle) [deg]:1.36
Transmission efficiency:Close to 100%
Overall Efficiency:~ 0
Remarks:
TH-225-I-Y-A 1064 1.36 1.2 Dollar 7 weeks

Input Parameters
Wavelength [nm]:1064
Required Beam Diameter [mm]:1.2
Beam Mode (SM/MM):Single Mode TEM00 with M^2<1.5
Element Parameters
Element Type:Window
Material:Fused Silica
Element Size [mm]:11
Clear Aperture [mm]:4
Thickness [mm]:3
Coating:AR/AR coating
Output Parameters
Output Shape:Dollar
θf (full angle) [deg]:1.36
Transmission efficiency:Close to 100%
Overall Efficiency:~ 0
Remarks:
TH-236-I-N-A 1064 0.41 6 Grid 10x10 cells In Stock

Input Parameters
Wavelength [nm]:1064
Required Beam Diameter [mm]:6
Beam Mode (SM/MM):Single Mode TEM00 with M^2<1.5
Element Parameters
Element Type:Window
Material:Fused Silica
Element Size [mm]:25.4
Clear Aperture [mm]:15
Thickness [mm]:3
Coating:Uncoated
Output Parameters
Output Shape:Grid
θf (full angle) [deg]:0.41
Transmission efficiency:Close to 100%
Overall Efficiency:~ 0
Remarks:10x10 cells
TH-236-I-Y-A 1064 0.41 6 Grid 10x10 cells 7 weeks

Input Parameters
Wavelength [nm]:1064
Required Beam Diameter [mm]:6
Beam Mode (SM/MM):Single Mode TEM00 with M^2<1.5
Element Parameters
Element Type:Window
Material:Fused Silica
Element Size [mm]:25.4
Clear Aperture [mm]:15
Thickness [mm]:3
Coating:AR/AR coating
Output Parameters
Output Shape:Grid
θf (full angle) [deg]:0.41
Transmission efficiency:Close to 100%
Overall Efficiency:~ 0
Remarks:10x10 cells
TH-237-I-N-A 1064 0.41 6 MultiLines 11 lines In Stock

Input Parameters
Wavelength [nm]:1064
Required Beam Diameter [mm]:6
Beam Mode (SM/MM):Single Mode TEM00 with M^2<1.5
Element Parameters
Element Type:Window
Material:Fused Silica
Element Size [mm]:25.4
Clear Aperture [mm]:15
Thickness [mm]:3
Coating:Uncoated
Output Parameters
Output Shape:MultiLines
θf (full angle) [deg]:0.41
Transmission efficiency:Close to 100%
Overall Efficiency:~ 0
Remarks:11 lines
TH-237-I-Y-A 1064 0.41 6 MultiLines 11 lines 7 weeks

Input Parameters
Wavelength [nm]:1064
Required Beam Diameter [mm]:6
Beam Mode (SM/MM):Single Mode TEM00 with M^2<1.5
Element Parameters
Element Type:Window
Material:Fused Silica
Element Size [mm]:25.4
Clear Aperture [mm]:15
Thickness [mm]:3
Coating:AR/AR coating
Output Parameters
Output Shape:MultiLines
θf (full angle) [deg]:0.41
Transmission efficiency:Close to 100%
Overall Efficiency:~ 0
Remarks:11 lines
ST-227-I-N-A 1064 0.11 4 Frame In Stock

Input Parameters
Wavelength [nm]:1064
Required Beam Diameter [mm]:4
Beam Mode (SM/MM):Single Mode TEM00 with M^2<1.5
Element Parameters
Element Type:Window
Material:Fused Silica
Element Size [mm]:11
Clear Aperture [mm]:9
Thickness [mm]:3
Coating:Uncoated
Output Parameters
Output Shape:Frame
θf (full angle) [deg]:0.11
Transmission efficiency:Close to 100%
Overall Efficiency:~ 0
Remarks:
ST-227-I-Y-A 1064 0.11 4 Frame 7 weeks

Input Parameters
Wavelength [nm]:1064
Required Beam Diameter [mm]:4
Beam Mode (SM/MM):Single Mode TEM00 with M^2<1.5
Element Parameters
Element Type:Window
Material:Fused Silica
Element Size [mm]:11
Clear Aperture [mm]:9
Thickness [mm]:3
Coating:AR/AR coating
Output Parameters
Output Shape:Frame
θf (full angle) [deg]:0.11
Transmission efficiency:Close to 100%
Overall Efficiency:~ 0
Remarks:
ST-228-I-N-A 1064 1.38 4 Frame In Stock

Input Parameters
Wavelength [nm]:1064
Required Beam Diameter [mm]:4
Beam Mode (SM/MM):Single Mode TEM00 with M^2<1.5
Element Parameters
Element Type:Window
Material:Fused Silica
Element Size [mm]:11
Clear Aperture [mm]:9
Thickness [mm]:3
Coating:Uncoated
Output Parameters
Output Shape:Frame
θf (full angle) [deg]:1.38
Transmission efficiency:Close to 100%
Overall Efficiency:~ 0
Remarks:
ST-228-I-Y-A 1064 1.38 4 Frame 7 weeks

Input Parameters
Wavelength [nm]:1064
Required Beam Diameter [mm]:4
Beam Mode (SM/MM):Single Mode TEM00 with M^2<1.5
Element Parameters
Element Type:Window
Material:Fused Silica
Element Size [mm]:11
Clear Aperture [mm]:9
Thickness [mm]:3
Coating:AR/AR coating
Output Parameters
Output Shape:Frame
θf (full angle) [deg]:1.38
Transmission efficiency:Close to 100%
Overall Efficiency:~ 0
Remarks:
GD-241-I-N-A 1064 0.30 >3 Gaussian Gaussian profile In Stock

Input Parameters
Wavelength [nm]:1064
Minimum Beam Diameter [mm]:>3
Beam Mode (SM/MM):MM
Element Parameters
Element Type:Window
Material:Fused Silica
Element Size [mm]:11
Clear Aperture [mm]:9.2
Thickness [mm]:3
Coating:Uncoated
Output Parameters
Output Shape:Gaussian
θf (full angle) [deg]:0.30
Transmission efficiency:Close to 100%
Remarks:Gaussian profile
GD-241-I-Y-A 1064 0.30 >3 Gaussian Gaussian profile 7 weeks

Input Parameters
Wavelength [nm]:1064
Minimum Beam Diameter [mm]:>3
Beam Mode (SM/MM):MM
Element Parameters
Element Type:Window
Material:Fused Silica
Element Size [mm]:11
Clear Aperture [mm]:9.2
Thickness [mm]:3
Coating:AR/AR coating
Output Parameters
Output Shape:Gaussian
θf (full angle) [deg]:0.30
Transmission efficiency:Close to 100%
Remarks:Gaussian profile
GD-242-I-N-A 1064 0.50 >3 Gaussian Gaussian profile In Stock

Input Parameters
Wavelength [nm]:1064
Minimum Beam Diameter [mm]:>3
Beam Mode (SM/MM):MM
Element Parameters
Element Type:Window
Material:Fused Silica
Element Size [mm]:11
Clear Aperture [mm]:9.2
Thickness [mm]:3
Coating:Uncoated
Output Parameters
Output Shape:Gaussian
θf (full angle) [deg]:0.50
Transmission efficiency:Close to 100%
Remarks:Gaussian profile
GD-242-I-Y-A 1064 0.50 >3 Gaussian Gaussian profile 7 weeks

Input Parameters
Wavelength [nm]:1064
Minimum Beam Diameter [mm]:>3
Beam Mode (SM/MM):MM
Element Parameters
Element Type:Window
Material:Fused Silica
Element Size [mm]:11
Clear Aperture [mm]:9.2
Thickness [mm]:3
Coating:AR/AR coating
Output Parameters
Output Shape:Gaussian
θf (full angle) [deg]:0.50
Transmission efficiency:Close to 100%
Remarks:Gaussian profile
HM-329-I-N-A 1064 8.97 >5 Quadrupole In Stock

Input Parameters
Wavelength [nm]:1064
Minimum Beam Diameter [mm]:>5
Beam Mode (SM/MM):MM
Element Parameters
Element Type:Window
Material:Fused Silica
Element Size [mm]:32x32
Clear Aperture [mm]:26
Thickness [mm]:1.5
Coating:Uncoated
Output Parameters
Output Shape:Quadrupole
θf (full angle) [deg]:8.97
Transmission efficiency:Close to 100%
Overall Efficiency:~ 0
Remarks:
HM-329-I-Y-A 1064 8.97 >5 Quadrupole 7 weeks

Input Parameters
Wavelength [nm]:1064
Minimum Beam Diameter [mm]:>5
Beam Mode (SM/MM):MM
Element Parameters
Element Type:Window
Material:Fused Silica
Element Size [mm]:32x32
Clear Aperture [mm]:26
Thickness [mm]:1.5
Coating:AR/AR coating
Output Parameters
Output Shape:Quadrupole
θf (full angle) [deg]:8.97
Transmission efficiency:Close to 100%
Overall Efficiency:~ 0
Remarks:
ML-002-I-N-A 1064 69.25x45.53 >1 MultiLines 27 Lines In Stock

Input Parameters
Wavelength [nm]:1064
Minimum Beam Diameter [mm]:>1
Beam Mode (SM/MM):SM / MM
Element Parameters
Element Type:Window
Material:Fused Silica
Element Size [mm]:10x10
Clear Aperture [mm]:9x9
Thickness [mm]:1.524 or 2.29
Coating:Uncoated
Output Parameters
Output Shape:MultiLines
θf (full angle) [deg]:69.25x45.53
Transmission efficiency:Close to 100%
Overall Efficiency:~ 0
Remarks:27 Lines
ML-002-I-Y-A 1064 69.25x45.53 >1 MultiLines 27 Lines 7 weeks

Input Parameters
Wavelength [nm]:1064
Minimum Beam Diameter [mm]:>1
Beam Mode (SM/MM):SM / MM
Element Parameters
Element Type:Window
Material:Fused Silica
Element Size [mm]:10x10
Clear Aperture [mm]:9x9
Thickness [mm]:1.524 or 2.29
Coating:AR/AR coating
Output Parameters
Output Shape:MultiLines
θf (full angle) [deg]:69.25x45.53
Transmission efficiency:Close to 100%
Overall Efficiency:~ 0
Remarks:27 Lines
ML-003-I-N-A 1064 50.65x50.65 >1 MultiLines 81 Lines In Stock

Input Parameters
Wavelength [nm]:1064
Minimum Beam Diameter [mm]:>1
Beam Mode (SM/MM):SM / MM
Element Parameters
Element Type:Window
Material:Fused Silica
Element Size [mm]:10x10
Clear Aperture [mm]:9x9
Thickness [mm]:1.524 or 2.29
Coating:Uncoated
Output Parameters
Output Shape:MultiLines
θf (full angle) [deg]:50.65x50.65
Transmission efficiency:Close to 100%
Overall Efficiency:~ 0
Remarks:81 Lines
ML-003-I-Y-A 1064 50.65x50.65 >1 MultiLines 81 Lines 7 weeks

Input Parameters
Wavelength [nm]:1064
Minimum Beam Diameter [mm]:>1
Beam Mode (SM/MM):SM / MM
Element Parameters
Element Type:Window
Material:Fused Silica
Element Size [mm]:10x10
Clear Aperture [mm]:9x9
Thickness [mm]:1.524 or 2.29
Coating:AR/AR coating
Output Parameters
Output Shape:MultiLines
θf (full angle) [deg]:50.65x50.65
Transmission efficiency:Close to 100%
Overall Efficiency:~ 0
Remarks:81 Lines
ML-004-I-N-A 1064 37.75x24.60 >1 MultiLines 9 Lines In Stock

Input Parameters
Wavelength [nm]:1064
Minimum Beam Diameter [mm]:>1
Beam Mode (SM/MM):SM / MM
Element Parameters
Element Type:Window
Material:Fused Silica
Element Size [mm]:10x10
Clear Aperture [mm]:9x9
Thickness [mm]:1.524 or 2.29
Coating:Uncoated
Output Parameters
Output Shape:MultiLines
θf (full angle) [deg]:37.75x24.60
Transmission efficiency:Close to 100%
Overall Efficiency:~ 0
Remarks:9 Lines
ML-004-I-Y-A 1064 37.75x24.60 >1 MultiLines 9 Lines 7 weeks

Input Parameters
Wavelength [nm]:1064
Minimum Beam Diameter [mm]:>1
Beam Mode (SM/MM):SM / MM
Element Parameters
Element Type:Window
Material:Fused Silica
Element Size [mm]:10x10
Clear Aperture [mm]:9x9
Thickness [mm]:1.524 or 2.29
Coating:AR/AR coating
Output Parameters
Output Shape:MultiLines
θf (full angle) [deg]:37.75x24.60
Transmission efficiency:Close to 100%
Overall Efficiency:~ 0
Remarks:9 Lines
ML-005-I-N-A 1064 50.38x12.46 >1 MultiLines 81 Lines In Stock

Input Parameters
Wavelength [nm]:1064
Minimum Beam Diameter [mm]:>1
Beam Mode (SM/MM):SM / MM
Element Parameters
Element Type:Window
Material:Fused Silica
Element Size [mm]:10x10
Clear Aperture [mm]:9x9
Thickness [mm]:1.524 or 2.29
Coating:Uncoated
Output Parameters
Output Shape:MultiLines
θf (full angle) [deg]:50.38x12.46
Transmission efficiency:Close to 100%
Overall Efficiency:~ 0
Remarks:81 Lines
ML-005-I-Y-A 1064 50.38x12.46 >1 MultiLines 81 Lines 7 weeks

Input Parameters
Wavelength [nm]:1064
Minimum Beam Diameter [mm]:>1
Beam Mode (SM/MM):SM / MM
Element Parameters
Element Type:Window
Material:Fused Silica
Element Size [mm]:10x10
Clear Aperture [mm]:9x9
Thickness [mm]:1.524 or 2.29
Coating:AR/AR coating
Output Parameters
Output Shape:MultiLines
θf (full angle) [deg]:50.38x12.46
Transmission efficiency:Close to 100%
Overall Efficiency:~ 0
Remarks:81 Lines
ML-006-I-N-A 1064 51.73x50.38 >1 MultiLines 41 Lines In Stock

Input Parameters
Wavelength [nm]:1064
Minimum Beam Diameter [mm]:>1
Beam Mode (SM/MM):SM / MM
Element Parameters
Element Type:Window
Material:Fused Silica
Element Size [mm]:10x10
Clear Aperture [mm]:9x9
Thickness [mm]:1.524 or 2.29
Coating:Uncoated
Output Parameters
Output Shape:MultiLines
θf (full angle) [deg]:51.73x50.38
Transmission efficiency:Close to 100%
Overall Efficiency:~ 0
Remarks:41 Lines
ML-006-I-Y-A 1064 51.73x50.38 >1 MultiLines 41 Lines 7 weeks

Input Parameters
Wavelength [nm]:1064
Minimum Beam Diameter [mm]:>1
Beam Mode (SM/MM):SM / MM
Element Parameters
Element Type:Window
Material:Fused Silica
Element Size [mm]:10x10
Clear Aperture [mm]:9x9
Thickness [mm]:1.524 or 2.29
Coating:AR/AR coating
Output Parameters
Output Shape:MultiLines
θf (full angle) [deg]:51.73x50.38
Transmission efficiency:Close to 100%
Overall Efficiency:~ 0
Remarks:41 Lines
** Availability time may differ due to missing raw materials
Need shorter lead time? Lead time of uncoated DOE is 5 weeks shorter!
Click here for RFQ and questions

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MaterialsFused Silica, ZnSe, Germanium, Plastic
Full angle193nm to 10.6um
DOE design2-level (binary) to 16-level
Pattern angles @532nmFew mRad to 160deg
Diffraction efficiency75% - 98%
Element sizeFew mm to 100mm
Coating (optional)AR/AR Coating
Custom DesignAlmost any arbitrary shape and intensity distribution

Features:

  • Good Uniformity
  • Sharp beam edge (according to the M2 of the laser)
  • Glass or plastic materials
  • High power threshold
  • Optional Ar/Ar coating
  • Any output beam profile
  • Wavelengths from UV to IR

Applications:

  • Laser homogenizing/shaping
  • Laser materials processing: perforation, welding, cutting, scribing, ablation and drilling
  • Medical/aesthetic laser treatment
  • Beam shaping for Excimer lasers
  • Hot spot reducer

DOE Tuner Module

  Custom Beam ShAPer products Holo/Or has vast variety of solutions for beam shaping: The beam shapers are diffractive optical elements (DOEs) used to transform a SM or MM incident laser beam into any shape with any intensity distribution in a specific work plane. In this section, we present our beam shaper DOEs which give […]

Beam Shaping Focuser

  Custom Beam ShAPer products Holo/Or has vast variety of solutions for beam shaping: The beam shapers are diffractive optical elements (DOEs) used to transform a SM or MM incident laser beam into any shape with any intensity distribution in a specific work plane. In this section, we present our beam shaper DOEs which give […]

Undesired Diffracted Orders Blocker (UDOB)

  Custom Beam ShAPer products Holo/Or has vast variety of solutions for beam shaping: The beam shapers are diffractive optical elements (DOEs) used to transform a SM or MM incident laser beam into any shape with any intensity distribution in a specific work plane. In this section, we present our beam shaper DOEs which give […]

Dielectric Mask

  Custom Beam ShAPer products Holo/Or has vast variety of solutions for beam shaping: The beam shapers are diffractive optical elements (DOEs) used to transform a SM or MM incident laser beam into any shape with any intensity distribution in a specific work plane. In this section, we present our beam shaper DOEs which give […]

DOE Expander

  Custom Beam ShAPer products Holo/Or has vast variety of solutions for beam shaping: The beam shapers are diffractive optical elements (DOEs) used to transform a SM or MM incident laser beam into any shape with any intensity distribution in a specific work plane. In this section, we present our beam shaper DOEs which give […]

Mounting Adapter

  Custom Beam ShAPer products Holo/Or has vast variety of solutions for beam shaping: The beam shapers are diffractive optical elements (DOEs) used to transform a SM or MM incident laser beam into any shape with any intensity distribution in a specific work plane. In this section, we present our beam shaper DOEs which give […]