Waveplates

1292 Waveplates from 17 Manufacturers meet your specification.
Waveplate Type:
True Zero Order Waveplate
Retardance:
λ/4(quarter-wave)
Wavelength Range:
1480 to 1550 nm
Waveplate Thickness:
0.04 - 0.09 µm
Waveplate Diameter(Inch):
0.4 Inch
Waveplate Diameter(mm):
10 mm
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Description:Tunable True Zero-Order DUAL-WAVELENGTH Phase Retardation Plate
Waveplate Type:
Zero-Order half-wave, full-wave, Tunable waveplate...
Retardance:
λ/2 (half-wave), λ(full-wave)
Wavelength Range:
300 to 6000 nm
Waveplate Diameter(Inch):
0.4 Inch
Waveplate Diameter(mm):
11 mm(Clear Aperture)
Coating Material:
UV
Clear Aperture:
11 mm
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Description:Quartz waveplates are zero-order retardation plates
Waveplate Type:
Quartz Waveplates
Retardance:
λ/2 (Half-wave)
Wavelength Range:
405 nm
Waveplate Thickness:
5 to 6.3 mm
Coating Material:
Antireflection Coating on both side
Substrate/Material:
Crystal Quartz
Surface Quality:
20-10 scratch-dig
Clear Aperture:
17 x 17 mm
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Waveplate Type:
True Zero Order Waveplate, High Power Waveplate
Retardance:
λ/2(half-wave)
Wavelength Range:
400 to 3000 nm
Waveplate Diameter(Inch):
0.78 Inch
Waveplate Diameter(mm):
20 mm
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Waveplate Type:
High Energy Waveplates
Retardance:
λ/2(half-wave)
Wavelength Range:
400 nm
Waveplate Diameter(Inch):
0.7 Inch
Waveplate Diameter(mm):
18 mm(Clear Aperture)
Coating Material:
AR (R<0.2 %) on each surface
Substrate/Material:
Crystalline quartz, MgF2
Surface Quality:
20-10 scratch-dig
Clear Aperture:
18 mm
Parallelism:
30 arcsec
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Description:Medium Temperature Quater Wave Retarder
Waveplate Type:
Glass Laminated Quarter Wave Retarders
Retardance:
λ/4(quarter-wave)
Wavelength Range:
140 nm
Waveplate Thickness:
0.004 Inch, 0.1016 mm
Coating Material:
Smooth, Uncoated, Smooth, Uncoated
Substrate/Material:
Cellulose Diacetate
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Waveplate Type:
Multi-Order Waveplates, Quartz Waveplates
Retardance:
λ/2
Wavelength Range:
1310 nm(1.31 µm)
Waveplate Thickness:
0.076 mm(76 µm)
Waveplate Diameter(Inch):
0.5 Inch
Waveplate Diameter(mm):
12 mm
Construction:
Single Disc
Coating Material:
Laser V-Coat, AR Coating
Substrate/Material:
Sapphire, Quartz
Surface Quality:
10-5 scratch-dig
Clear Aperture:
Central 85% of the diameter
Parallelism:
1.0 arc seconds
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Description:Retardation Plate D 488nm; D=10; L/4; mounted
Waveplate Type:
Zero-Order Waveplates
Retardance:
λ/4(quarter-wave)
Wavelength Range:
488 nm
Waveplate Thickness:
0.5 mm
Waveplate Diameter(Inch):
0.39 Inch
Waveplate Diameter(mm):
10 mm
Substrate/Material:
Crystal Quartz
Surface Quality:
20-10 scratch-dig
Clear Aperture:
9 mm
Parallelism:
1 arcmin
more info
Description:Zero-Order Quartz Wave Plate, 25.4 mm, 400 nm, λ/2 Ret.
Waveplate Type:
Zero-Order Waveplates, Quartz Waveplates
Retardance:
Half-Wave
Wavelength Range:
400 nm
Waveplate Thickness:
7.92 mm
Waveplate Diameter(Inch):
1 Inches
Waveplate Diameter(mm):
25.4 mm
Construction:
Two plates, air spaced
Coating Material:
Laser Line V-coating
Substrate/Material:
Quartz, Schlieren Grade
Surface Quality:
10-5 scratch-dig
Clear Aperture:
15 mm
more info
Waveplate Type:
Mica Waveplates, Uncemented Bare Mica Waveplates
Retardance:
λ/4(quarter-wave)
Wavelength Range:
350 to 1550 nm
Waveplate Diameter(Inch):
Outside 0.2 to 0.78 Inch
Waveplate Diameter(mm):
Outside 5 - 20 mm
Coating Material:
Uncoated
Substrate/Material:
Muscovite Mica
Surface Quality:
40-20 scratch-dig
Clear Aperture:
= 85 % of central diameter
Parallelism:
3 arcmin
more info