Multi-Order waveplate

The multi-order waveplate (Lower waveplate) is composed of a single quartz or MgF2 crystal, through which the optical path difference of the crystal O light and E light is different, so as to obtain the required phase delay. Compared with zero-order wave plate, low-order waveplate has simple structure and lower cost, and is suitable for large batch industrial occasions. Due to the monolithic structure, it has a relatively high damage threshold.

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Keywords:

Multi-Order waveplate

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Basic Parameters

The multi-order waveplate (Lower waveplate) is composed of a single quartz or MgF2 crystal, through which the optical path difference of the crystal O light and E light is different, so as to obtain the required phase delay. Compared with zero-order wave plate, low-order waveplate has simple structure and lower cost, and is suitable for large batch industrial occasions. Due to the monolithic structure, it has a relatively high damage threshold.

 

Specification

Quartz Crystal

Wavelength

210-2000nm

Surface Quality

10/5~20/10

Retardation Accuracy

λ/60-λ/100(λ<400nm)

λ/100-λ/200(400nm<λ<700nm)

λ/200-λ/500(λ>700nm)

Parallelism

< 1 arc sec

TWD

<λ/10@633nm

LIDT

>1GW/cm2@1064nm, 20ns, 20Hz

Coating

AR Coating

Holder

Anodized Aluminum Holder

 

Standard Wavelength

266nm,355nm,532nm,632.8nm,780nm,808nm,980nm,1064nm,1310nm,1550nm

 

Standard

1/4 Type

1/2 Type

Diameter
(mm)

Holder
(mm)

WPL410

WPL210

10.0

25.4

WPL412

WPL212

12.7

25.4

WPL415

WPL215

15.0

25.4

WPL420

WPL220

20.0

25.4

WPL425

WPL225

25.4

30.0

 

Solutions

Scientific research and testing field

Scientific research and testing field

Aviation field

Aviation field

Medical cosmetology field

Medical cosmetology field

Laser field

Laser field

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