SKU | Wavelength, nm | Retardation | Specifications | Stock Qty | Price | Add to cart |
---|---|---|---|---|---|---|
9430403
|
980
|
L/2
|
High Energy Waveplates L/2@980nm
|
1 |
€350.00
|
|
9430713
|
515
|
L/4
|
High Energy Waveplates L/4@515nm
|
1 |
€350.00
|
|
9325532
|
800
|
L/2
|
High Energy Waveplates L/2@800nm
|
5 |
€350.00
|
|
9327022
|
780
|
L/2
|
High Energy Waveplates L/2@780nm
|
4 |
€350.00
|
|
9339113
|
1030
|
L/2
|
High Energy Waveplates L/2@1030nm
|
5 |
€155.00
|
|
9348094
|
532
|
L/2
|
High Energy Waveplates L/2@532nm
|
1 |
€350.00
|
|
9379247
|
800
|
L/2
|
High Energy Waveplates L/2@800nm
|
1 |
€350.00
|
|
9379547
|
1550
|
L/4
|
High Energy Waveplates L/4@1550nm
|
5 |
€350.00
|
|
9379587
|
355
|
L/4
|
High Energy Waveplates L/4@355nm
|
1 |
€350.00
|
|
9392659
|
1030
|
L/4
|
High Energy Waveplates L/4@1030nm
|
1 |
€350.00
|
|
9397019
|
515-532
|
L/2
|
High Energy Waveplates L/2@515-532nm
|
1 |
€250.00
|
|
9397029
|
1047
|
L/2
|
High Energy Waveplates L/2@1047nm
|
3 |
€250.00
|
|
9398679
|
343-355
|
L/2
|
High Energy Waveplates L/2@343-355nm
|
7 |
€250.00
|
|
9401110
|
1030
|
L/2
|
High Energy Waveplates L/2@1030nm
|
2 |
€100.00
|
|
9412311
|
1064
|
L/4
|
High Energy Waveplates L/4@1064nm
|
8 |
€350.00
|
|
9517961
|
780
|
L/4
|
High Energy Waveplates L/4@780nm
|
2 |
€350.00
|
|
9517981
|
800
|
L/4
|
High Energy Waveplates L/4@800nm
|
2 |
€350.00
|
|
9518091
|
1550
|
L/2
|
High Energy Waveplates L/2@1550nm
|
2 |
€350.00
|
|
9518131
|
400
|
L/4
|
High Energy Waveplates L/4@400nm
|
3 |
€350.00
|
|
9539963
|
780
|
L/4
|
High Energy Waveplates L/4@780nm
|
1 |
€350.00
|
|
9540594
|
1047
|
L/2
|
High Energy Waveplates L/2@1047nm
|
18 |
€350.00
|
|
9540604
|
524
|
L/2
|
High Energy Waveplates L/2@524nm
|
10 |
€350.00
|
Epoxy free waveplates for high energy applications withstand energy density up to >20 J/cm2 @ 1064nm for 10ns pulses with 10 Hz pulse repetition rate. Unique design minimizes adjustment sensitivity because of wide acceptance angle. Since usage temperature bandwidth is more than 200 K, waveplate can be used in hazardous conditions with no additional losses. Waveplate order depends on design wavelength and retardation.
- High damage threshold
- High extinction ratio
- Wide acceptance angle
- Wide temperature bandwidth
- Wide spectral bandwidth
- Extremely useful in UV applications