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參考價	面議

光學元件

波片薄膜

反光膜

過濾器

增強膜

保護膜

過濾片

籠板

偏光膜

光束整形

分離器

波片

透鏡

光柵

分光鏡

合束鏡

濾光片

窗口片

棱鏡

分劃板

激光元件

偏振元件

反射鏡

深紫外LED

價格區間	面議	應用領域	醫療衛生,環保,電子
組件類別	光學元件

EKSMA各類透鏡
透鏡套件包含40或15個由BK7光學玻璃制成的透鏡。該套件適用于可能需要多個焦距透鏡的光學研究和研究目的。

詳細介紹

Nd：YAG LaserLine AR涂層BK7系列透鏡套件

透鏡套件包含40或15個由BK7光學玻璃制成的透鏡。該套件適用于可能需要多個焦距透鏡的光學研究和研究目的。

描述

Nd：YAG LaserLine透鏡套件包含一系列具有各種不同焦距的?25.4 mm透鏡。套件包括普萊諾/凸面、雙凸面、普萊諾/凹面和雙凹面透鏡，包裝在塑料盒中，便于安全搬運和儲存。透鏡套件配有抗反射涂層，專為Nd：YAG激光基波或諧波波長應用而設計。

我們提供兩種尺寸的透鏡套件：帶有40個BK7透鏡的大透鏡套件和帶有15個BK7透鏡的小透鏡套件。透鏡套件包裝在塑料盒中：大（40件）-35 X 30 X 6 cm，小（16件）-25 X 21 X 5 cm。

我們還提供其他鍍膜和無鍍膜標準UV FS透鏡套件和BK7透鏡套件，以實現快速交付。

產品

Large lens kits (40 lenses)

CODE	COATING
140-0240-AR400-700	BBAR @ 400-700 nm, R<0.9 %
140-0240-AR650-1100	BBAR @ 650-1100 nm, R<1 %
140-0240-AR1050-1700	BBAR @ 1050-1700 nm, R<1 %
140-0240-AR532+1064	AR @ 532+1064 nm, R<0.5 %
140-0240-AR1064	AR @ 1064 nm, R<0.25 %
140-0240-AR532	AR @ 532 nm, R<0.25 %

Small lens kits (15 lenses)

CODE	COATING
140-0215-AR400-700	BBAR @ 400-700 nm, R<0.9 %
140-0215-AR650-1100	BBAR @ 650-1100 nm, R<1 %
140-0215-AR1050-1700	BBAR @ 1050-1700 nm, R<1 %
140-0215-AR532+1064	AR @ 532+1064 nm, R<0.5 %
140-0215-AR1064	AR @ 1064 nm, R<0.25 %
140-0215-AR532	AR @ 532 nm, R<0.25 %

透鏡列表

小型N-BK7透鏡套件中的透鏡列表

Code	Dia, mm*	F, mm	Centre ThicknessCT, mm	Edge ThicknessET, mm
Plano-convex lenses (10 pcs.)
110-0205E	25.4	30	8.5	1.9
110-0207E	25.4	40	6.1	1.8
110-0209E	25.4	50	5.0	1.7
110-0211E	25.4	60	4.4	1.7
110-0215E	25.4	75	4.0	1.9
110-0219E	25.4	100	3.5	1.9
110-0227E	25.4	150	3.0	2.0
110-0231E	25.4	200	3.0	2.2
110-0247E	25.4	500	3.0	2.7
110-0259E	25.4	1000	3.0	2.8
Plano-concave lenses (5 pcs.)
112-0207E	25.4	-40	1.7	6.0
112-0209E	25.4	-50	2.8	6.0
112-0215E	25.4	-75	2.9	4.9
112-0219E	25.4	-100	3.1	4.6
112-0227E	25.4	-150	2.7	3.7

*直徑公差：+0.0/-0.5 mm

大型N-BK7透鏡套件中的透鏡列表

Code	Dia, mm*	F, mm	Centre ThicknessCT, mm	Edge ThicknessET, mm
Plano-convex lenses (16 pcs.)
110-0205E	25.4	30	8.5	1.9
110-0207E	25.4	40	6.1	1.8
110-0209E	25.4	50	5.0	1.7
110-0211E	25.4	60	4.4	1.7
110-0215E	25.4	75	4.0	1.9
110-0219E	25.4	100	3.5	1.9
110-0223E	25.4	125	3.2	1.9
110-0227E	25.4	150	3.0	2.0
110-0231E	25.4	200	3.0	2.2
110-0235E	25.4	250	3.0	2.4
110-0239E	25.4	300	3.0	2.5
110-0241E	25.4	350	3.0	2.6
110-0243E	25.4	400	3.0	2.6
110-0247E	25.4	500	3.0	2.7
110-0251E	25.4	700	3.0	2.8
110-0259E	25.4	1000	3.0	2.8
Biconvex lenses (12 pcs)
111-0204E	25.4	25	9.0	1.8
111-0206E	25.4	30	7.5	1.8
111-0208E	25.4	40	6.0	1.9
111-0210E	25.4	50	6.0	2.8
111-0214E	25.4	60	4.0	1.4
111-0216E	25.4	75	4.0	1.9
111-0218E	25.4	100	4.0	2.4
111-0222E	25.4	150	4.0	3.0
111-0226E	25.4	200	4.0	3.2
111-0228E	25.4	250	4.0	3.4
111-0234E	25.4	500	4.0	3.7
111-0250E	25.4	1000	4.0	3.8
Plano-concave lenses (6 pcs.)
112-0207E	25.4	-40	1.7	5.9
112-0209E	25.4	-50	2.8	6.0
112-0215E	25.4	-75	2.9	4.9
112-0219E	25.4	-100	3.1	4.6
112-0227E	25.4	-150	2.7	3.7
112-0231E	25.4	-200	3.0	3.8
Biconcave lenses (6 pcs.)
114-0204E	25.4	-25	4.8	10.2
114-0208E	25.4	-50	4.4	7.5
114-0212E	25.4	-75	3.7	5.5
114-0214E	25.4	-100	3.2	4.6
114-0220E	25.4	-150	3.0	4.0
114-0224E	25.4	-200	2.8	3.6

*直徑公差：+0.0/-0.5 mm

規格

材料	BK7
表面質量	40-20 scratch & dig (MIL-PRF-13830B)
通光孔徑	90% of the diameter
直徑公差	+0.00, -0.12 mm
厚度公差	±0.5 mm
表面不規則性	λ/8 @ 633 nm
同心度	3 arcmin
近軸焦距：BK7	±2% @ 546 nm

Nd：YAG LaserLine AR涂層UV FS系列透鏡套件

透鏡套件包含40或15個由UV級熔融石英制成的透鏡。該套件適用于可能需要多個焦距透鏡的光學研究和研究目的。

描述

我們提供兩種尺寸的透鏡套件：帶有40個UV FS透鏡的大透鏡套件和帶有15個UV FS透鏡的小透鏡套件。透鏡套件包裝在塑料盒中：大（40件）-35 X 30 X 6 cm，小（16件）-25 X 21 X 5 cm。

我們還提供其他鍍膜和無鍍膜標準UV FS透鏡套件和BK7透鏡套件，以實現快速交付。

產品

Large lens kits (40 lenses)

CODE	COATING
140-1240-AR350-900	BBAR @ 350-900 nm, R<1.5 %
140-1240-AR760-840	BBAR @ 760-840 nm, R<0.4 %
140-1240-AR700-900	BBAR @ 700-900 nm, R<0.8 %
140-1240-AR650-1100	AR @ 650-1100 nm, R<0.7 %
140-1240-AR266	AR @ 266 nm, R<0.4 %
140-1240-AR1030	AR @ 1030 nm, R<0.3 %
140-1240-AR515	AR @ 515 nm, R<0.3 %
140-1240-AR343	AR @ 343 nm, R<0.5 %
140-1240-AR258	AR @ 258 nm, R<0.4 %

Small lens kits (15 lenses)

CODE	COATING
140-1215-AR350-900	BBAR @ 350-900 nm, R<1.5 %
140-1215-AR760-840	BBAR @ 760-840 nm, R<0.4 %
140-1215-AR700-900	BBAR @ 700-900 nm, R<0.8 %
140-1215-AR650-1100	AR @ 650-1100 nm, R<0.7 %
140-1215-AR266	AR @ 266 nm, R<0.4 %
140-1215-AR1030	AR @ 1030 nm, R<0.3 %
140-1215-AR515	AR @ 515 nm, R<0.3 %
140-1215-AR343	AR @ 343 nm, R<0.5 %
140-1215-AR258	AR @ 258 nm, R<0.4 %

透鏡列表

小型UV FS透鏡套件中的透鏡列表

Code	Dia, mm*	F, mm	Centre ThicknessCT, mm	Edge ThicknessET, mm
Plano-convex lenses (10 pcs.)
110-1203E	25.4	30	9.75	2.0
110-1205E	25.4	50	6.0	2.3
110-1209E	25.4	75	4.5	2.2
110-1211E	25.4	100	4.0	2.3
110-1216E	25.4	125	4.0	2.4
110-1217E	25.4	150	4.0	2.8
110-1219E	25.4	200	4.0	3.2
110-1223E	25.4	300	4.0	3.4
110-1233E	25.4	500	4.0	3.6
110-1245E	25.4	1000	4.0	3.8
Plano-concave lenses (5 pcs.)
112-1205E	25.4	-50	1.9	5.6
112-1209E	25.4	-75	3.1	5.5
112-1211E	25.4	-100	3.0	4.7
112-1215E	25.4	-125	3.0	4.0
112-1217E	25.4	-150	3.1	4.2

*直徑公差+0.0/-0.5 mm

大型UV FS透鏡套件中的透鏡列表

Code	Dia, mm*	F, mm	Centre ThicknessCT, mm	Edge ThicknessET, mm
Plano-convex lenses (16 pcs.)
110-1203E	25.4	30	9.75	2.0
110-1205E	25.4	50	6.0	2.3
110-1209E	25.4	75	4.5	2.2
110-1210E	25.4	80	4.6	2.5
110-1211E	25.4	100	4.0	2.3
110-1216E	25.4	125	4.0	2.4
110-1217E	25.4	150	4.0	2.8
110-1219E	25.4	200	4.0	3.2
110-1221E	25.4	250	4.0	3.3
110-1223E	25.4	300	4.0	3.4
110-1225E	25.4	350	4.0	3.5
110-1227E	25.4	400	4.0	3.6
110-1233E	25.4	500	4.0	3.6
110-1235E	25.4	600	4.0	3.6
110-1239E	25.4	750	4.0	3.7
110-1245E	25.4	1000	4.0	3.8
Biconvex lenses (12 pcs.)
111-1204E	25.4	25	10.0	2.4
111-1207E	25.4	40	7.1	2.1
111-1210E	25.4	50	6.0	2.5
111-1214E	25.4	75	4.0	1.7
111-1218E	25.4	100	4.0	2.3
111-1222E	25.4	150	3.2	2.1
111-1226E	25.4	200	3.0	2.2
111-1230E	25.4	250	3.0	2.3
111-1234E	25.4	300	3.0	2.6
111-1238E	25.4	400	3.0	2.7
111-1240E	25.4	500	3.0	2.7
111-1260E	25.4	1000	3.0	2.8
Plano-concave lenses (6 pcs.)
112-1205E	25.4	-50	1.9	5.6
112-1209E	25.4	-75	3.1	5.5
112-1211E	25.4	-100	3.0	4.7
112-1217E	25.4	-150	3.1	4.2
112-1219E	25.4	-200	3.1	4.0
112-1223E	25.4	-300	3.4	4.0
Biconcave lenses (6 pcs.)
114-1204E	25.4	-25	5.3	9.5
114-1208E	25.4	-50	4.2	6.0
114-1212E	25.4	-75	3.8	5.0
114-1216E	25.4	-100	3.6	4.5
114-1220E	25.4	-150	3.9	4.5
114-1224E	25.4	-200	3.0	3.9

*直徑公差+0.0/-0.5 mm

規格

材料	UV FS
表面質量	40-20 scratch & dig (MIL-PRF-13830B)
通光孔徑	90% of the diameter
直徑公差	+0.00, -0.12 mm
厚度公差	±0.5 mm
表面不規則性	λ/8 @ 633 nm
同心度	3 arcmin
近軸焦距：UV FS	±2% @ 355 nm

激光線增透鍍膜精密視窗

對于需要保護窗口的Nd：YAG激光應用，它是一個很好的解決方案。由高質量的UV FS和BK7制成。在266nm、355nm、532nm或1064nm處涂覆的Ar。

描述

由高品質UV FS和BK7制成
266nm、355nm、532nm或1064nm的AR涂層

精密窗口具有高光學傳輸和傳輸信號失真小的特點，是需要保護窗口的Nd：YAG激光器應用的良好解決方案。

產品

BK7, 1064 nm

CODE	MATERIAL	DIAMETER	THICKNESS T	PARALLELISM	WAVELENGTH
221-0101E	BK7	12.7 mm	3.0 mm	30 arcsec	1064 nm
221-0103E	BK7	12.7 mm	3.0 mm	3 arcsec	1064 nm
221-0201E	BK7	25.4 mm	6.0 mm	30 arcsec	1064 nm
221-0203E	BK7	25.4 mm	6.0 mm	3 arcsec	1064 nm
221-0402E	BK7	38.1 mm	8.0 mm	30 arcsec	1064 nm
221-0403E	BK7	38.1 mm	10.0 mm	3 arcsec	1064 nm
221-0502E	BK7	50.8 mm	10.0 mm	30 arcsec	1064 nm
221-0503E	BK7	50.8 mm	12.0 mm	3 arcsec	1064 nm

UVFS, 1064 nm

CODE	MATERIAL	DIAMETER	THICKNESS T	PARALLELISM	WAVELENGTH
221-1101E	UV FS	12.7 mm	3.0 mm	30 arcsec	1064 nm
221-1103E	UV FS	12.7 mm	3.0 mm	3 arcsec	1064 nm
221-1201E	UV FS	25.4 mm	6.0 mm	30 arcsec	1064 nm
221-1203E	UV FS	25.4 mm	6.0 mm	3 arcsec	1064 nm
221-1402E	UV FS	38.1 mm	8.0 mm	30 arcsec	1064 nm
221-1403E	UV FS	38.1 mm	10.0 mm	3 arcsec	1064 nm
221-1502E	UV FS	50.8 mm	10.0 mm	30 arcsec	1064 nm
221-1503E	UV FS	50.8 mm	12.0 mm	3 arcsec	1064 nm

BK7, 532 nm

CODE	MATERIAL	DIAMETER	THICKNESS T	PARALLELISM	WAVELENGTH
222-0101E	BK7	12.7 mm	3.0 mm	30 arcsec	532 nm
222-0103E	BK7	12.7 mm	3.0 mm	3 arcsec	532 nm
222-0201E	BK7	25.4 mm	6.0 mm	30 arcsec	532 nm
222-0203E	BK7	25.4 mm	6.0 mm	3 arcsec	532 nm
222-0402E	BK7	38.1 mm	8.0 mm	30 arcsec	532 nm
222-0403E	BK7	38.1 mm	10.0 mm	3 arcsec	532 nm
222-0502E	BK7	50.8 mm	10.0 mm	30 arcsec	532 nm
222-0503E	BK7	50.8 mm	12.0 mm	3 arcsec	532 nm

UVFS, 532 nm

CODE	MATERIAL	DIAMETER	THICKNESS T	PARALLELISM	WAVELENGTH
222-1101E	UV FS	12.7 mm	3.0 mm	30 arcsec	532 nm
222-1103E	UV FS	12.7 mm	3.0 mm	3 arcsec	532 nm
222-1201E	UV FS	25.4 mm	6.0 mm	30 arcsec	532 nm
222-1203E	UV FS	25.4 mm	6.0 mm	3 arcsec	532 nm
222-1402E	UV FS	38.1 mm	8.0 mm	30 arcsec	532 nm
222-1403E	UV FS	38.1 mm	10.0 mm	3 arcsec	532 nm
222-1502E	UV FS	50.8 mm	10.0 mm	30 arcsec	532 nm
222-1503E	UV FS	50.8 mm	12.0 mm	3 arcsec	532 nm

UVFS, 355 nm

CODE	MATERIAL	DIAMETER	THICKNESS T	PARALLELISM	WAVELENGTH
223-1101E	UV FS	12.7 mm	3.0 mm	30 arcsec	355 nm
223-1103E	UV FS	12.7 mm	3.0 mm	3 arcsec	355 nm
223-1201E	UV FS	25.4 mm	6.0 mm	30 arcsec	355 nm
223-1203E	UV FS	25.4 mm	6.0 mm	3 arcsec	355 nm
223-1402E	UV FS	38.1 mm	8.0 mm	30 arcsec	355 nm
223-1403E	UV FS	38.1 mm	10.0 mm	3 arcsec	355 nm
223-1502E	UV FS	50.8 mm	10.0 mm	30 arcsec	355 nm
223-1503E	UV FS	50.8 mm	12.0 mm	3 arcsec	355 nm

UVFS, 266 nm

CODE	MATERIAL	DIAMETER	THICKNESS T	PARALLELISM	WAVELENGTH
224-1101E	UV FS	12.7 mm	3.0 mm	30 arcsec	266 nm
224-1103E	UV FS	12.7 mm	3.0 mm	3 arcsec	266 nm
224-1201E	UV FS	25.4 mm	6.0 mm	30 arcsec	266 nm
224-1203E	UV FS	25.4 mm	6.0 mm	3 arcsec	266 nm
224-1402E	UV FS	38.1 mm	8.0 mm	30 arcsec	266 nm
224-1403E	UV FS	38.1 mm	10.0 mm	3 arcsec	266 nm
224-1502E	UV FS	50.8 mm	10.0 mm	30 arcsec	266 nm
224-1503E	UV FS	50.8 mm	12.0 mm	3 arcsec	266 nm

規格

材料	BK7, UV FS
表面質量	20-10 scratch & dig
通光孔徑	90% of the diameter
直徑公差	+0.00-0.12 mm
厚度公差	±0.2mm
表面平整度	λ/10@633 nm
平行性	30 arcsec or 3 arcsec

涂層

技術	Electron beam multilayer dielectric
附著力和耐久性	Per MIL-C-675A. Insoluble in lab solvents
通光孔徑	Exceeds central 85% of diameter
損傷閾值: BK7 UVFS	> 5 J/cm², 8 nsec pulse, 1064 nm typical> 10 J/cm², 8 nsec pulse, 1064 nm typical
BK7UVFS涂層表面平整度	λ/10 at 633 nm over 85% of diameter available
入射角	0 degrees

納秒應用的高功率激光反射鏡

為納秒激光應用而設計的高損傷閾值激光反射鏡。采用*的IBS涂層技術生產。

產品

Design wavelength - 266 nm, LIDT @ 10 ns pulse, 100 Hz

CODE	WAVELENGTH	MATERIAL	SIZE	AOI	LIDT	R, % (S+P)/2
041-0260HHR	266 nm	UV FS	?12.7 x 6 mm	45°	>6 J/cm2	99.5%
041-0260HHR-i0	266 nm	UV FS	?12.7 x 6 mm	0°	>6 J/cm2	99.5%
042-0260HHR	266 nm	UV FS	?25.4 x 6 mm	45°	>6 J/cm2	99.5%
042-0260HHR-i0	266 nm	UV FS	?25.4 x 6 mm	0°	>6 J/cm2	99.5%
045-0260HHR	266 nm	UV FS	?50.8 x 12 mm	45°	>6 J/cm2	99.5%
045-0260HHR-i0	266 nm	UV FS	?50.8 x 12 mm	0°	>6 J/cm2	99.5%

Design wavelength - 355 nm, LIDT @ 10 ns pulse, 100 Hz

CODE	WAVELENGTH	MATERIAL	SIZE	AOI	LIDT	R, % (S+P)/2
041-0350UHHR	355 nm	UV FS	?12.7 x 6 mm	45°	>10 J/cm2	99.8%
041-0350UHHR-i0	355 nm	UV FS	?12.7 x 6 mm	0°	>10 J/cm2	99.8%
042-0350UHHR	355 nm	UV FS	?25.4 x 6 mm	45°	>10 J/cm2	99.8%
042-0350UHHR-i0	355 nm	UV FS	?25.4 x 6 mm	0°	>10 J/cm2	99.8%
045-0350UHHR	355 nm	UV FS	?50.8 x 12 mm	45°	>10 J/cm2	99.8%
045-0350UHHR-i0	355 nm	UV FS	?50.8 x 12 mm	0°	>10 J/cm2	99.8%

Design wavelength - 532 nm, LIDT @ 10 ns pulse, 100 Hz

CODE	WAVELENGTH	MATERIAL	SIZE	AOI	LIDT	R, % (S+P)/2
041-0530T6HHR	532 nm	UV FS	?12.7 x 6 mm	45°	>10 J/cm2	99.9%
041-0530T6UHHR	532 nm	UV FS	?12.7 x 6 mm	45°	>20 J/cm2	99.9%
041-0530T6HHR-i0	532 nm	UV FS	?12.7 x 6 mm	0°	>10 J/cm2	99.95%
041-0530T6UHHR-i0	532 nm	UV FS	?12.7 x 6 mm	0°	>20 J/cm2	99.95%
041-0530T6HHR-i0-45	532 nm	UV FS	?12.7 x 6 mm	0-45°	>10 J/cm2	99.9%
042-0530HHR	532 nm	UV FS	?25.4 x 6 mm	45°	>10 J/cm2	99.9%
042-0530UHHR	532 nm	UV FS	?25.4 x 6 mm	45°	>20 J/cm2	99.9%
042-0530HHR-i0	532 nm	UV FS	?25.4 x 6 mm	0°	>10 J/cm2	99.95%
042-0530UHHR-i0	532 nm	UV FS	?25.4 x 6 mm	0°	>20 J/cm2	99.95%
042-0530HHR-i0-45	532 nm	UV FS	?25.4 x 6 mm	0-45°	>10 J/cm2	99.9%
045-0530T12HHR	532 nm	UV FS	?50.8 x 12 mm	45°	>10 J/cm2	99.9%
045-0530T12UHHR	532 nm	UV FS	?50.8 x 12 mm	45°	>20 J/cm2	99.9%
045-0530T12HHR-i0	532 nm	UV FS	?50.8 x 12 mm	0°	>10 J/cm2	99.95%
045-0530T12UHHR-i0	532 nm	UV FS	?50.8 x 12 mm	0°	>20 J/cm2	99.95%
045-0530T12HHR-i0-45	532 nm	UV FS	?50.8 x 12 mm	0-45°	>10 J/cm2	99.9%

Design wavelength - 800 nm, LIDT @ 10 ns pulse, 100 Hz

CODE	WAVELENGTH	MATERIAL	SIZE	AOI	LIDT	R, % (S+P)/2
041-0800NT6UHHR	800 nm	UV FS	?12.7 x 6 mm	45°	>30 J/cm2	99.9%
041-0800NT6UHHR-i0	800 nm	UV FS	?12.7 x 6 mm	0°	>30 J/cm2	99.9%
042-0800NUHHR	800 nm	UV FS	?25.4 x 6 mm	45°	>30 J/cm2	99.9%
042-0800NUHHR-i0	800 nm	UV FS	?25.4 x 6 mm	0°	>30 J/cm2	99.9%
045-0800NT12UHHR	800 nm	UV FS	?50.8 x 12 mm	45°	>30 J/cm2	99.9%
045-0800NT12UHHR-i0	800 nm	UV FS	?50.8 x 12 mm	0°	>30 J/cm2	99.9%

Design wavelength - 1064 nm, LIDT @ 10 ns pulse, 100 Hz

CODE	WAVELENGTH	MATERIAL	SIZE	AOI	LIDT	R, % (S+P)/2
041-1060T6HHR	1064 nm	UV FS	?12.7 x 6 mm	45°	>20 J/cm2	99.9%
041-1060NT6UHHR	1064 nm	UV FS	?12.7 x 6 mm	45°	>40 J/cm2	99.9%
041-1060T6HHR-i0	1064 nm	UV FS	?12.7 x 6 mm	0°	>20 J/cm2	99.95%
041-1060NT6UHHR-i0	1064 nm	UV FS	?12.7 x 6 mm	0°	>40 J/cm2	99.95%
041-1060T6HHR-i0-45	1064 nm	UV FS	?12.7 x 6 mm	0-45°	>20 J/cm2	99.9%
042-1060HHR	1064 nm	UV FS	?25.4 x 6 mm	45°	>20 J/cm2	99.9%
042-1060NUHHR	1064 nm	UV FS	?25.4 x 6 mm	45°	>40 J/cm2	99.9%
042-1060HHR-i0	1064 nm	UV FS	?25.4 x 6 mm	0°	>20 J/cm2	99.95%
042-1060NUHHR-i0	1064 nm	UV FS	?25.4 x 6 mm	0°	>40 J/cm2	99.95%
042-1060HHR-i0-45	1064 nm	UV FS	?25.4 x 6 mm	0-45°	>20 J/cm2	99.9%
045-1060T12HHR	1064 nm	UV FS	?50.8 x 12 mm	45°	>20 J/cm2	99.9%
045-1060NT12UHHR	1064 nm	UV FS	?50.8 x 12 mm	45°	>40 J/cm2	99.9%
045-1060T12HHR-i0	1064 nm	UV FS	?50.8 x 12 mm	0°	>20 J/cm2	99.95%
045-1060NT12UHHR-i0	1064 nm	UV FS	?50.8 x 12 mm	0°	>40 J/cm2	99.95%
045-1060NT12HHR-i0-45	1064 nm	UV FS	?50.8 x 12 mm	0-45°	>20 J/cm2	99.7%

Design wavelength - 532+1064 nm, LIDT @ 10 ns pulse, 100 Hz

CODE	WAVELENGTH	MATERIAL	SIZE	AOI	LIDT	R, % (S+P)/2
062-5306UHHR	532+1064 nm	UV FS	?25.4 x 6 mm	45°	>10 J/cm2	99.5%

規格

襯底

材料	UV grade fused silica
S1表面平整度	λ/10 at 633 nm
S1表面質量	20-10 scratch&dig (MIL-PRF-13830B)
S2表面質量	Commercial polish
直徑公差	+0.00 mm / -0.12 mm
厚度公差	±0.25 mm
楔子	< 3 min
倒角	0.3 mm at 45° typical

涂層

技術	離子束濺射
附著力和耐久性	根據MIL-C-675A，不溶于實驗室溶劑
通光孔徑	超過直徑的85%
涂層表面平整度	通光孔徑上633 nm處的λ/10
激光損傷閾值	在設計波長下測量，10 ns脈沖，100 Hz

高透過率激光諧波分離器

IBS鍍膜諧波分離器是為高功率Nd：YAG激光器設計的。透射波長的透射率超過99%。

產品

CODE	MATERIAL	DIAMETER	THICKNESS	AOI	REFLECTED WAVELENGTH	TRANSMITTED WAVELENGTH
041-2510HT	UV FS	?12.7 mm	3 mm	0°	R>99.0%@266 nm	T>98%@532nm + 1064nm
042-2510HT	UV FS	?25.4 mm	6 mm	0°	R>99.0%@266 nm	T>98%@532nm + 1064nm
041-2515HT	UV FS	?12.7 mm	3 mm	45°	R>99.0%@266 nm	T>98%@532nm + 1064nm
042-2515HT	UV FS	?25.4 mm	6 mm	45°	R>99.0%@266 nm	T>98%@532nm + 1064nm
041-3510HT	UV FS	?12.7 mm	3 mm	0°	R>99.5%@355 nm	T>98%@532nm + T>99%@1064nm
042-3510HT	UV FS	?25.4 mm	6 mm	0°	R>99.5%@355 nm	T>98%@532nm + T>99%@1064nm
041-3515HT	UV FS	?12.7 mm	3 mm	45°	R>99.5%@355 nm	T>98%@532nm + T>99%@1064nm
042-3515HT	UV FS	?25.4 mm	6 mm	45°	R>99.5%@355 nm	T>98%@532nm + T>99%@1064nm
041-5100HT	UV FS	?12.7 mm	3 mm	0°	R>99.5%@532nm	T>99%@1064nm
042-5100HT	UV FS	?25.4 mm	6 mm	0°	R>99.5%@532nm	T>99%@1064nm
041-5105HT	UV FS	?12.7 mm	3 mm	45°	R>99.5%@532nm	T>99%@1064nm
042-5105HT	UV FS	?25.4 mm	6 mm	45°	R>99.5%@532nm	T>99%@1064nm
041-6500HT	UV FS	?12.7 mm	3 mm	0°	R>99.5%@1064nm	T>99%@532nm
042-6500HT	UV FS	?25.4 mm	6 mm	0°	R>99.5%@1064nm	T>99%@532nm
041-6505HT	UV FS	?12.7 mm	3 mm	45°	R>99.5%@1064nm	T>99%@532nm
042-6505HT	UV FS	?25.4 mm	6 mm	45°	R>99.5%@1064nm	T>99%@532nm

規格

襯底

材料	UV grade fused silica
S1表面平整度	λ/10 typical at 633 nm
S1表面質量	20-10 scratch & dig (MIL-PRF-13830B)
S2表面平整度	λ/10 typical at 633 nm
S2表面質量	20-10 scratch & dig (MIL-PRF-13830B)
直徑公差	+0.00 mm -0.12 mm
厚度公差	±0.25 mm
平行度	30 arcsec
倒角	0.3 mm at 45° typical

涂層

技術	離子束濺射（IBS）
激光損傷閾值	>10 J/cm2, 8 ns pulse, 1064 nm
背面抗反射涂層	R<0.1% at AOI=0° R<0.5% at AOI=45°

Nd：YAG激光諧波分離器

對于感興趣的波長，反射率高于99.5%，而對于被拒絕的波長，透射率至少為90%。

產品

BK7

CODE	MATERIAL	SIZE	THICKNESS	AOI	REFLECTED WAVELENGTH	TRANSMITTED WAVELENGTH
031-5100	BK7	? 12.7 mm	3 mm	0°	R > 99.5%@532nm	T>95%@1064nm
031-5105	BK7	? 12.7 mm	3 mm	45°	R > 99.5%@532nm	T>95%@1064nm
031-6500	BK7	? 12.7 mm	3 mm	0°	R > 99.5%@1064nm	T>93%@532nm
031-6505	BK7	? 12.7 mm	3 mm	45°	R > 99.5%@1064nm	T>95%@532nm
032-5100	BK7	? 25.4 mm	6 mm	0°	R > 99.5%@532nm	T>95%@1064nm
032-5105	BK7	? 25.4 mm	6 mm	45°	R > 99.5%@532nm	T>95%@1064nm
032-6500	BK7	? 25.4 mm	6 mm	0°	R > 99.5%@1064nm	T>93%@532nm
032-6505	BK7	? 25.4 mm	6 mm	45°	R > 99.5%@1064nm	T>93%@532nm

UVFS

CODE	MATERIAL	SIZE	THICKNESS	AOI	REFLECTED WAVELENGTH	TRANSMITTED WAVELENGTH
041-2310	UVFS	? 12.7 mm	3 mm	0°	R > 99.5%@266 nm	T>90%@355+532+1064 nm
041-2315	UVFS	? 12.7 mm	3 mm	45°	R > 99.5%@266 nm	T>90%@355+532+1064 nm
041-2500	UVFS	? 12.7 mm	3 mm	0°	R > 99.5%@266 nm	T>95%@532nm
041-2505	UVFS	? 12.7 mm	3 mm	45°	R > 99.5%@266 nm	T>95%@532nm
041-3100	UVFS	? 12.7 mm	3 mm	0°	R > 99.5%@355nm	T>95%@1064nm
041-3105	UVFS	? 12.7 mm	3 mm	45°	R > 99.5%@355nm	T>95%@1064nm
041-3500	UVFS	? 12.7 mm	3 mm	0°	R > 99.5%@355nm	T>95%@532nm
041-3505	UVFS	? 12.7 mm	3 mm	45°	R > 99.5%@355nm	T>95%@532nm
041-3510	UVFS	? 12.7 mm	3 mm	0°	R > 99.5%@355nm	T>90%@532+1064nm
041-3515	UVFS	? 12.7 mm	3 mm	45°	R > 99.5%@355nm	T>90%@532+1064nm
041-5100	UVFS	? 12.7 mm	3 mm	0°	R > 99.5%@532nm	T>95%@1064nm
041-5105	UVFS	? 12.7 mm	3 mm	45°	R > 99.5%@532nm	T>95%@1064nm
041-5140	UVFS	? 12.7 mm	3mm	0°	R >99.5%@532+1064nm	T>85%@355 nm
041-5145	UVFS	? 12.7 mm	3 mm	45°	R >99.5%@532+1064nm	T>85%@355 nm
041-6500	UVFS	? 12.7 mm	3 mm	0°	R > 99.5%@1064nm	T>93%@532nm
041-6505	UVFS	? 12.7 mm	3 mm	45°	R > 99.5%@1064nm	T>93%@532nm
042-2310	UVFS	? 25.4 mm	6 mm	0°	R > 99.5%@266 nm	T>90%@355+532+1064 nm
042-2315	UVFS	? 25.4 mm	6 mm	45°	R > 99.5%@266 nm	T>90%@355+532+1064 nm
042-2500	UVFS	? 25.4 mm	6 mm	0°	R > 99.5%@266 nm	T>95%@532nm
042-2505	UVFS	? 25.4 mm	6 mm	45°	R > 99.5%@266 nm	T>95%@532nm
042-3100	UVFS	? 25.4 mm	6 mm	0°	R > 99.5%@355nm	T>95%@1064nm
042-3105	UVFS	? 25.4 mm	6 mm	45°	R > 99.5%@355nm	T>95%@1064nm
042-3500	UVFS	? 25.4 mm	6 mm	0°	R > 99.5%@355nm	T>95%@532nm
042-3505	UVFS	? 25.4 mm	6 mm	45°	R > 99.5%@355nm	T>95%@532nm
042-3510	UVFS	? 25.4 mm	6 mm	0°	R > 99.5%@355nm	T>90%@532+1064nm
042-3515	UVFS	? 25.4 mm	6 mm	45°	R > 99.5%@355nm	T>90%@532+1064nm
042-5100	UVFS	? 25.4 mm	6 mm	0°	R > 99.5%@532nm	T>95%@1064nm
042-5105	UVFS	? 25.4 mm	6 mm	45°	R > 99.5%@532nm	T>95%@1064nm
042-5140	UVFS	? 25.4 mm	6 mm	0°	R >99.5%@532+1064nm	T>85%@355 nm
042-5145	UVFS	? 25.4 mm	6 mm	45°	R >99.5%@532+1064nm	T>85%@355 nm
042-6500	UVFS	? 25.4 mm	6 mm	0°	R > 99.5%@1064nm	T>93%@532nm
042-6505	UVFS	? 25.4 mm	6 mm	45°	R > 99.5%@1064nm	T>93%@532nm

規格

襯底

材料	UV grade fused silica or BK7 glass
S1表面平整度	λ/10 at 633 nm
S1表面質量	20-10 scratch & dig (MIL-PRF-13830B)
S2表面平整度	λ/10 at 633 nm
S2表面質量	20-10 scratch & dig (MIL-PRF-13830B)
直徑公差	+0.00 mm-0.12 mm
厚度公差	±0.25
平行度	<30 arcsec
倒角	0.3 mm at 45° typical

涂層

技術	電子束多層介質
附著力和耐久性	符合MIL-C-675A。不溶于實驗室溶劑
通光孔徑	超過中心直徑的85%
損傷閾值	>5 J/cm2，8 nsec脈沖，BK7基板的典型波長為1064 nm >8 J/cm2，8 nsec脈沖，1064 nm（UVFS基板典型值）
涂層表面平整度	633nm處的λ/10超過通光孔徑的85%
入射角	0 or 45 degrees
背面抗反射涂層	AOI 45°, R<0.5%,AOI 0°, R<0.2%.

Nd：YAG激光線鏡

有兩種襯底材料可用。激光線鏡設計為45°或0°入射角。

產品

BK7; ? 12.7x3 mm

CODE	WAVELENGTH	APPLICATION	MATERIAL	DIAMETER	THICKNESS	AOI	R, % (S+P)/2
031-0350	351-361 nm	YAG 3H	BK7	? 12.7 mm	3 mm	45°	99.5%
031-0350-i0	351-361 nm	YAG 3H	BK7	? 12.7 mm	3 mm	0°	99.7%
031-0530	527-532 nm	YAG 2H	BK7	? 12.7 mm	3 mm	45°	99.5%
031-0530-i0	527-532 nm	YAG 2H	BK7	? 12.7 mm	3 mm	0°	99.7%
031-1060	1047-1064 nm	YAG	BK7	? 12.7 mm	3 mm	45°	99.5%
031-1060-i0	1047-1064 nm	YAG	BK7	? 12.7 mm	3 mm	0°	99.7%

BK7; ? 12.7x6 mm

CODE	WAVELENGTH	APPLICATION	MATERIAL	DIAMETER	THICKNESS	AOI	R, % (S+P)/2
031-0350T6	351-361 nm	YAG 3H	BK7	? 12.7 mm	6 mm	45°	99.5%
031-0350T6-i0	351-361 nm	YAG 3H	BK7	? 12.7 mm	6 mm	0°	99.7%
031-0530T6	527-532 nm	YAG 2H	BK7	? 12.7 mm	6 mm	45°	99.5%
031-0530T6-i0	527-532 nm	YAG 2H	BK7	? 12.7 mm	6 mm	0°	99.7%
031-1060T6	1047-1064 nm	YAG	BK7	? 12.7 mm	6 mm	45°	99.5%
031-1060T6-i0	1047-1064 nm	YAG	BK7	? 12.7 mm	6 mm	0°	99.7%

BK7; ? 25.4x6 mm

CODE	WAVELENGTH	APPLICATION	MATERIAL	DIAMETER	THICKNESS	AOI	R, % (S+P)/2
032-0350	351-361 nm	YAG 3H	BK7	? 25.4 mm	6 mm	45°	99.5%
032-0350-i0	351-361 nm	YAG 3H	BK7	? 25.4 mm	6 mm	0°	99.7%
032-0530	527-532 nm	YAG 2H	BK7	? 25.4 mm	6 mm	45°	99.5%
032-0530-i0	527-532 nm	YAG 2H	BK7	? 25.4 mm	6 mm	0°	99.7%
032-1060	1047-1064 nm	YAG	BK7	? 25.4 mm	6 mm	45°	99.5%
032-1060-i0	1047-1064 nm	YAG	BK7	? 25.4 mm	6 mm	0°	99.7%

BK7; ? 50.8x8 mm

CODE	WAVELENGTH	APPLICATION	MATERIAL	DIAMETER	THICKNESS	AOI	R, % (S+P)/2
035-0350	351-361 nm	YAG 3H	BK7	? 50.8 mm	8 mm	45°	99.5%
035-0350-i0	351-361 nm	YAG 3H	BK7	? 50.8 mm	8 mm	0°	99.7%
035-0530	527-532 nm	YAG 2H	BK7	? 50.8 mm	8 mm	45°	99.5%
035-0530-i0	527-532 nm	YAG 2H	BK7	? 50.8 mm	8 mm	0°	99.7%
035-1060	1047-1064 nm	YAG	BK7	? 50.8 mm	8 mm	45°	99.5%
035-1060-i0	1047-1064 nm	YAG	BK7	? 50.8 mm	8 mm	0°	99.7%

BK7; ? 76.2x12.7 mm

CODE	WAVELENGTH	APPLICATION	MATERIAL	DIAMETER	THICKNESS	AOI	R, % (S+P)/2
037-0530	527-532 nm	YAG 2H	BK7	? 76.2 mm	12.7 mm	45°	99.5%
037-0530-i0	527-532 nm	YAG 2H	BK7	? 76.2 mm	12.7 mm	0°	99.7%
037-1060	1047-1064 nm	YAG	BK7	? 76.2 mm	12.7 mm	45°	99.5%
037-1060-i0	1047-1064 nm	YAG	BK7	? 76.2 mm	12.7 mm	0°	99.7%

UVFS; ? 12.7x3 mm

CODE	WAVELENGTH	APPLICATION	MATERIAL	DIAMETER	THICKNESS	AOI	R, % (S+P)/2
041-0260	262-266 nm	YAG 4H	UVFS	? 12.7 mm	3 mm	45°	99.0%
041-0260-i0	262-266 nm	YAG 4H	UVFS	? 12.7 mm	3 mm	0°	99.0%
041-0350	351-361 nm	YAG 3H	UVFS	? 12.7 mm	3 mm	45°	99.5%
041-0350-i0	351-361 nm	YAG 3H	UVFS	? 12.7 mm	3 mm	0°	99.7%
041-0530	527-532 nm	YAG 2H	UVFS	? 12.7 mm	3 mm	45°	99.5%
041-0530-i0	527-532 nm	YAG 2H	UVFS	? 12.7 mm	3 mm	0°	99.7%
041-1060	1047-1064 nm	YAG	UVFS	? 12.7 mm	3 mm	45°	99.5%
041-1060-i0	1047-1064 nm	YAG	UVFS	? 12.7 mm	3 mm	0°	99.7%

UVFS; ? 12.7x6 mm

CODE	WAVELENGTH	APPLICATION	MATERIAL	DIAMETER	THICKNESS	AOI	R, % (S+P)/2
041-0260T6	262-266 nm	YAG 4H	UVFS	? 12.7 mm	6 mm	45°	99.0%
041-0260T6-i0	262-266 nm	YAG 4H	UVFS	? 12.7 mm	6 mm	0°	99.0%
041-0350T6	351-361 nm	YAG 3H	UVFS	? 12.7 mm	6 mm	45°	99.5%
041-0350T6HHR	351-361 nm	YAG 3H	UVFS	? 12.7 mm	6 mm	45°	99.9%
041-0350T6-i0	351-361 nm	YAG 3H	UVFS	? 12.7 mm	6 mm	0°	99.7%
041-0530T6	527-532 nm	YAG 2H	UVFS	? 12.7 mm	6 mm	45°	99.5%
041-0530T6HHR	527-532 nm	YAG 2H	UVFS	? 12.7 mm	6 mm	45°	99.9%
041-0530T6-i0	527-532 nm	YAG 2H	UVFS	? 12.7 mm	6 mm	0°	99.7%
041-0530T6HHR-i0	527-532 nm	YAG 2H	UVFS	? 12.7 mm	6 mm	0°	99.9%
041-1060T6	1047-1064 nm	YAG	UVFS	? 12.7 mm	6 mm	45°	99.5%
041-1060T6HHR	1047-1064 nm	YAG	UVFS	? 12.7 mm	6 mm	45°	99.9%
041-1060T6-i0	1047-1064 nm	YAG	UVFS	? 12.7 mm	6 mm	0°	99.7%
041-1060T6HHR-i0	1047-1064 nm	YAG	UVFS	? 12.7 mm	6 mm	0°	99.9%

UVFS; ? 25.4x6 mm

CODE	WAVELENGTH	APPLICATION	MATERIAL	DIAMETER	THICKNESS	AOI	R, % (S+P)/2
042-0260	262-266 nm	YAG 4H	UVFS	? 25.4 mm	6 mm	45°	99.0%
042-0260-i0	262-266 nm	YAG 4H	UVFS	? 25.4 mm	6 mm	0°	99.0%
042-0350	351-361 nm	YAG 3H	UVFS	? 25.4 mm	6 mm	45°	99.5%
042-0350-i0	351-361 nm	YAG 3H	UVFS	? 25.4 mm	6 mm	0°	99.7%
042-0350HHR	351-361 nm	YAG 3H	UVFS	? 25.4 mm	6 mm	45°	99.9%
042-0530	527-532 nm	YAG 2H	UVFS	? 25.4 mm	6 mm	45°	99.5%
042-0530-i0	527-532 nm	YAG 2H	UVFS	? 25.4 mm	6 mm	0°	99.7%
042-0530HHR	527-532 nm	YAG 2H	UVFS	? 25.4 mm	6 mm	45°	99.9%
042-0530HHR-i0	527-532 nm	YAG 2H	UVFS	? 25.4 mm	6 mm	0°	99.9%
042-1060	1047-1064 nm	YAG	UVFS	? 25.4 mm	6 mm	45°	99.5%
042-1060-i0	1047-1064 nm	YAG	UVFS	? 25.4 mm	6 mm	0°	99.7%
042-1060HHR	1047-1064 nm	YAG	UVFS	? 25.4 mm	6 mm	45°	99.9%
042-1060HHR-i0	1047-1064 nm	YAG	UVFS	? 25.4 mm	6 mm	0°	99.9%

UVFS; ? 50.8x8 mm

CODE	WAVELENGTH	APPLICATION	MATERIAL	DIAMETER	THICKNESS	AOI	R, % (S+P)/2
045-0260	262-266 nm	YAG 4H	UVFS	? 50.8 mm	8 mm	45°	99.0%
045-0260-i0	262-266 nm	YAG 4H	UVFS	? 50.8 mm	8 mm	0°	99.0%
045-0350	351-361 nm	YAG 3H	UVFS	? 50.8 mm	8 mm	45°	99.5%
045-0350-i0	351-361 nm	YAG 3H	UVFS	? 50.8 mm	8 mm	0°	99.7%
045-0350T12HHR	351-361 nm	YAG 3H	UVFS	? 50.8 mm	12 mm	45°	99.9%
045-0350T12HHR-0	351-361 nm	YAG 3H	UVFS	? 50.8 mm	12 mm	0°	99.9%
045-0530	527-532 nm	YAG 2H	UVFS	? 50.8 mm	8 mm	45°	99.5%
045-0530-i0	527-532 nm	YAG 2H	UVFS	? 50.8 mm	8 mm	0°	99.7%
045-0530T12HHR	527-532 nm	YAG 2H	UVFS	? 50.8 mm	12 mm	45°	99.9%
045-0530T12HHR-i0	527-532 nm	YAG 2H	UVFS	? 50.8 mm	12 mm	0°	99.9%
045-1060	1047-1064 nm	YAG	UVFS	? 50.8 mm	8 mm	45°	99.5%
045-1060-i0	1047-1064 nm	YAG	UVFS	? 50.8 mm	8 mm	0°	99.7%
045-1060T12HHR	1047-1064 nm	YAG	UVFS	? 50.8 mm	12 mm	45°	99.9%
045-1060T12HHR-i0	1047-1064 nm	YAG	UVFS	? 50.8 mm	12 mm	0°	99.9%

UVFS; ? 76.2x12.7mm

CODE	WAVELENGTH	APPLICATION	MATERIAL	DIAMETER	THICKNESS	AOI	R, % (S+P)/2
047-0350	351-361 nm	YAG 3H	UVFS	? 76.2 mm	12.7 mm	45°	99.5%
047-0350-i0	351-361 nm	YAG 3H	UVFS	? 76.2 mm	12.7 mm	0°	99.7%
047-0530	527-532 nm	YAG 2H	UVFS	? 76.2 mm	12.7 mm	45°	99.5%
047-0530-i0	527-532 nm	YAG 2H	UVFS	? 76.2 mm	12.7 mm	0°	99.7%
047-1060	1047-1064 nm	YAG	UVFS	? 76.2 mm	12.7 mm	45°	99.5%
047-1060-i0	1047-1064 nm	YAG	UVFS	? 76.2 mm	12.7 mm	0°	99.7%

規格

襯底

材料	UV grade Fused silica or BK7 glass
S1表面平整度	λ/10 at 633 nm
S1表面質量	20-10 scratch & dig (MIL-PRF-13830B)
S2表面質量	Commercial polish
直徑公差	+0.00 mm-0.12 mm
厚度公差	±0.25
楔子	<3 min
倒角	0.3 mm at 45° typical

涂層

技術	電子束多層介質或離子束濺射
附著力和耐久性	符合MIL-C-675A。不溶于實驗室溶劑
通光孔徑	超過中心直徑的85%
損傷閾值	BK7激光線反射鏡5 J/cm2，8 nsec脈沖，1064 nm典型值 UVFS激光線反射鏡8 J/cm2，8 nsec脈沖，1064 nm典型值
涂層表面平整度	λ/10在633 nm處超過通光孔徑的85%
入射角	0 or 45 degrees

Nd：YAG激光雙波段反射鏡

雙激光線反射鏡由高質量的BK7或UVF制成。反射鏡設計為45°或0°入射角。

產品

BK7; ? 12.7x3 mm

CODE	WAVELENGTH	APPLICATION	MATERIAL	DIAMETER	THICKNESS	AOI	R, % (S+P)/2
051-5306	532+1064 nm	YAG 1H+2H	BK7	?12.7 mm	3 mm	45°	99.5%
051-5306-i0	532+1064 nm	YAG 1H+2H	BK7	?12.7 mm	3 mm	0°	99.7%
051-6306	633+1064 nm	YAG 1H+HeNe	BK7	?12.7 mm	3 mm	45°	99.5%
051-6306-i0	633+1064 nm	YAG 1H+HeNe	BK7	?12.7 mm	3 mm	0°	99.7%

BK7; ? 12.7x6 mm

CODE	WAVELENGTH	APPLICATION	MATERIAL	DIAMETER	THICKNESS	AOI	R, % (S+P)/2
051-5306T6	532+1064 nm	YAG 1H+2H	BK7	?12.7 mm	6 mm	45°	99.5%
051-5306T6-i0	532+1064 nm	YAG 1H+2H	BK7	?12.7 mm	6 mm	0°	99.7%
051-6306T6	633+1064 nm	YAG 1H+HeNe	BK7	?12.7 mm	6 mm	45°	99.5%
051-6306T6-i0	633+1064 nm	YAG 1H+HeNe	BK7	?12.7 mm	6 mm	0°	99.7%

BK7; ? 25.4x6 mm

CODE	WAVELENGTH	APPLICATION	MATERIAL	DIAMETER	THICKNESS	AOI	R, % (S+P)/2
052-5306	532+1064 nm	YAG 1H+2H	BK7	?25.4 mm	6 mm	45°	99.5%
052-5306-i0	532+1064 nm	YAG 1H+2H	BK7	?25.4 mm	6 mm	0°	99.7%
052-6306	633+1064 nm	YAG 1H+HeNe	BK7	?25.4 mm	6 mm	45°	99.5%
052-6306-i0	633+1064 nm	YAG 1H+HeNe	BK7	?25.4 mm	6 mm	0°	99.7%

BK7; ? 50.8x8 mm

CODE	WAVELENGTH	APPLICATION	MATERIAL	DIAMETER	THICKNESS	AOI	R, % (S+P)/2
055-5306	532+1064 nm	YAG 1H+2H	BK7	?50.8 mm	8 mm	45°	99.5%
055-5306-i0	532+1064 nm	YAG 1H+2H	BK7	?50.8 mm	8 mm	0°	99.7%
055-6306	633+1064 nm	YAG 1H+HeNe	BK7	?50.8 mm	8 mm	45°	99.5%
055-6306-i0	633+1064 nm	YAG 1H+HeNe	BK7	?50.8 mm	8 mm	0°	99.7%

BK7; ? 76.2x12.7 mm

CODE	WAVELENGTH	APPLICATION	MATERIAL	DIAMETER	THICKNESS	AOI	R, % (S+P)/2
057-5306	532+1064 nm	YAG 1H+2H	BK7	?76.2 mm	12.7 mm	45°	99.5%
057-5306-i0	532+1064 nm	YAG 1H+2H	BK7	?76.2 mm	12.7 mm	0°	99.7%
057-6306	633+1064 nm	YAG 1H+HeNe	BK7	?76.2 mm	12.7 mm	45°	99.5%
057-6306-i0	633+1064 nm	YAG 1H+HeNe	BK7	?76.2 mm	12.7 mm	0°	99.7%

UVFS; ? 12.7x3 mm

CODE	WAVELENGTH	APPLICATION	MATERIAL	DIAMETER	THICKNESS	AOI	R, % (S+P)/2
061-3553	355+532 nm	YAG 3H+2H	UVFS	?12.7 mm	3 mm	45°	99.5%
061-3553-i0	355+532 nm	YAG 3H+2H	UVFS	?12.7 mm	3 mm	0°	99.7%
061-5306	532+1064 nm	YAG 1H+2H	UVFS	?12.7 mm	3 mm	45°	99.5%
061-5306-i0	532+1064 nm	YAG 1H+2H	UVFS	?12.7 mm	3 mm	0°	99.7%
061-6306	633+1064 nm	YAG 1H+HeNe	UVFS	?12.7 mm	3 mm	45°	99.5%
061-6306-i0	633+1064 nm	YAG 1H+HeNe	UVFS	?12.7 mm	3 mm	0°	99.7%

UVFS; ? 12.7x6 mm

CODE	WAVELENGTH	APPLICATION	MATERIAL	DIAMETER	THICKNESS	AOI	R, % (S+P)/2
061-3553T6	355+532 nm	YAG 3H+2H	UVFS	?12.7 mm	6 mm	45°	99.5%
061-3553T6-i0	355+532 nm	YAG 3H+2H	UVFS	?12.7 mm	6 mm	0°	99.7%
061-5306T6	532+1064 nm	YAG 1H+2H	UVFS	?12.7 mm	6 mm	45°	99.5%
061-5306T6-i0	532+1064 nm	YAG 1H+2H	UVFS	?12.7 mm	6 mm	0°	99.7%
061-6306T6	633+1064 nm	YAG 1H+HeNe	UVFS	?12.7 mm	6 mm	45°	99.5%
061-6306T6-i0	633+1064 nm	YAG 1H+HeNe	UVFS	?12.7 mm	6 mm	0°	99.7%

UVFS; ? 25.4x6 mm

CODE	WAVELENGTH	APPLICATION	MATERIAL	DIAMETER	THICKNESS	AOI	R, %(S+P)/2
062-3553	355+532 nm	YAG 3H+2H	UVFS	?25.4 mm	6 mm	45°	99.5%
062-3553-i0	355+532 nm	YAG 3H+2H	UVFS	?25.4 mm	6 mm	0°	99.7%
062-5306	532+1064 nm	YAG 1H+2H	UVFS	?25.4 mm	6 mm	45°	99.5%
062-5306-i0	532+1064 nm	YAG 1H+2H	UVFS	?25.4 mm	6 mm	0°	99.7%
062-5306HHR	532+1064 nm	YAG 1H+2H	UVFS	?25.4 mm	6 mm	45°	99.9%
062-5306HHR-i0	532+1064 nm	YAG 1H+2H	UVFS	?25.4 mm	6 mm	0°	99.9%
062-6306	633+1064 nm	YAG 1H+HeNe	UVFS	?25.4 mm	6 mm	45°	99.5%
062-6306-i0	633+1064 nm	YAG 1H+HeNe	UVFS	?25.4 mm	6 mm	0°	99.7%

UVFS; ? 50.8x8 mm

CODE	WAVELENGTH	APPLICATION	MATERIAL	DIAMETER	THICKNESS	AOI	R, % (S+P)/2
065-3553	355+532 nm	YAG 3H+2H	UVFS	?50.8 mm	8 mm	45°	99.5%
065-3553-i0	355+532 nm	YAG 3H+2H	UVFS	?50.8 mm	8 mm	0°	99.7%
065-5306	532+1064 nm	YAG 1H+2H	UVFS	?50.8 mm	8 mm	45°	99.5%
065-5306-i0	532+1064 nm	YAG 1H+2H	UVFS	?50.8 mm	8 mm	0°	99.7%
065-6306	633+1064 nm	YAG 1H+HeNe	UVFS	?50.8 mm	8 mm	45°	99.5%
065-6306-i0	633+1064 nm	YAG 1H+HeNe	UVFS	?50.8 mm	8 mm	0°	99.7%

UVFS; ? 76.2x12.7 mm

CODE	WAVELENGTH	APPLICATION	MATERIAL	DIAMETER	THICKNESS	AOI	R, % (S+P)/2
067-3553	355+532 nm	YAG 3H+2H	UVFS	?76.2 mm	12.7 mm	45°	99.5%
067-3553-i0	355+532 nm	YAG 3H+2H	UVFS	?76.2 mm	12.7 mm	0°	99.7%
067-5306	532+1064 nm	YAG 1H+2H	UVFS	?76.2 mm	12.7 mm	45°	99.5%
067-5306-i0	532+1064 nm	YAG 1H+2H	UVFS	?76.2 mm	12.7 mm	0°	99.7%
067-6306	633+1064 nm	YAG 1H+HeNe	UVFS	?76.2 mm	12.7 mm	45°	99.5%
067-6306-i0	633+1064 nm	YAG 1H+HeNe	UVFS	?76.2 mm	12.7 mm	0°	99.7%

規格

襯底

材料	BK7 glass or UV grade Fused Silica
S1表面平整度	λ/10 at 633 nm
S1表面質量	20-10 scratch & dig (MIL-PRF-13830B)
S2表面質量	Commercial polish
直徑公差	+0.00 mm-0.12 mm
厚度公差	±0.25
楔子	<3 min
倒角	0.3 mm at 45° typical

涂層

技術	電子束多層介質或離子束濺射
附著力和耐久性	符合MIL-C-675A。不溶于實驗室溶劑
通光孔徑	超過中心直徑的85%
損傷閾值	BK7雙線反射鏡-1 J/cm2，8納秒脈沖，1064 nm典型值 UVFS雙線反射鏡-2 J/cm2，8納秒脈沖，1064 nm典型值
涂層表面平整度	λ/10在633 nm處超過通光孔徑的85%
入射角	0 or 45 degrees

Nd：YAG激光輸出耦合器

激光輸出耦合器傳輸循環腔內功率的一部分，用于從激光器產生有用的輸出。

產品

BK7

CODE	MATERIAL	DIMENSIONS	REFLECTION	TRANSMISSION	AOI
031-0015	BK7	?12.7 x 3 mm	PR 15±3%@1064 nm	85±3%	0°
031-0020	BK7	?12.7 x 3 mm	PR 20±3%@1064 nm	80±3%	0°
031-0025	BK7	?12.7 x 3 mm	PR 25±3%@1064 nm	75±3%	0°
031-0030	BK7	?12.7 x 3 mm	PR 30±3%@1064 nm	70±3%	0°
031-0040	BK7	?12.7 x 3 mm	PR 40±3%@1064 nm	60±3%	0°
031-0050	BK7	?12.7 x 3 mm	PR 50±3%@1064 nm	50±3%	0°
031-0060	BK7	?12.7 x 3 mm	PR 60±3%@1064 nm	40±3%	0°
031-0065	BK7	?12.7 x 3 mm	PR 65±3%@1064 nm	35±3%	0°
031-0070	BK7	?12.7 x 3 mm	PR 70±3%@1064 nm	30±3%	0°
031-0075	BK7	?12.7 x 3 mm	PR 75±3%@1064 nm	25±3%	0°
031-0080	BK7	?12.7 x 3 mm	PR 80±3%@1064 nm	20±3%	0°
031-0085	BK7	?12.7 x 3 mm	PR 85±3%@1064 nm	15±3%	0°
031-0090	BK7	?12.7 x 3 mm	PR 90±2%@1064 nm	10±2%	0°
031-0095	BK7	?12.7 x 3 mm	PR 95±2%@1064 nm	5±2%	0°
031-0097	BK7	?12.7 x 3 mm	PR 97±1%@1064 nm	3±1%	0°
031-0098	BK7	?12.7 x 3 mm	PR 98±1%@1064 nm	2±1%	0°
031-0099	BK7	?12.7 x 3 mm	PR 99.0±0.5%@1064 nm	1.0±0.5%	0°
032-0015	BK7	?25.4 x 6 mm	PR 15±3%@1064 nm	85±3%	0°
032-0020	BK7	?25.4 x 6 mm	PR 20±3%@1064 nm	80±3%	0°
032-0030	BK7	?25.4 x 6 mm	PR 30±3%@1064 nm	70±3%	0°
032-0040	BK7	?25.4 x 6 mm	PR 40±3%@1064 nm	60±3%	0°
032-0050	BK7	?25.4 x 6 mm	PR 50±3%@1064 nm	50±3%	0°
032-0060	BK7	?25.4 x 6 mm	PR 60±3%@1064 nm	40±3%	0°
032-0065	BK7	?25.4 x 6 mm	PR 65±3%@1064 nm	35±3%	0°
032-0070	BK7	?25.4 x 6 mm	PR 70±3%@1064 nm	30±3%	0°
032-0075	BK7	?25.4 x 6 mm	PR 75±3%@1064 nm	25±3%	0°
032-0080	BK7	?25.4 x 6 mm	PR 80±3%@1064 nm	20±3%	0°
032-0085	BK7	?25.4 x 6 mm	PR 85±3%@1064 nm	15±3%	0°
032-0090	BK7	?25.4 x 6 mm	PR 90±2%@1064 nm	10±2%	0°
032-0095	BK7	?25.4 x 6 mm	PR 95±2%@1064 nm	5±2%	0°
032-0097	BK7	?25.4 x 6 mm	PR 97±1%@1064 nm	3±1%	0°
032-0098	BK7	?25.4 x 6 mm	PR 98±1%@1064 nm	2±1%	0°
032-0099	BK7	?25.4 x 6 mm	PR 99.0±0.5%@1064 nm	1.0±0.5%	0°

UVFS

CODE	MATERIAL	DIMENSIONS	REFLECTION	TRANSMISSION	AOI
041-0015	UVFS	?12.7 x 3 mm	PR 15±3%@1064 nm	85±3%	0°
041-0020	UVFS	?12.7 x 3 mm	PR 20±3%@1064 nm	80±3%	0°
041-0025	UVFS	?12.7 x 3 mm	PR 25±3%@1064 nm	75±3%	0°
041-0030	UVFS	?12.7 x 3 mm	PR 30±3%@1064 nm	70±3%	0°
041-0040	UVFS	?12.7 x 3 mm	PR 40±3%@1064 nm	60±3%	0°
041-0050	UVFS	?12.7 x 3 mm	PR 50±3%@1064 nm	50±3%	0°
041-0060	UVFS	?12.7 x 3 mm	PR 60±3%@1064 nm	40±3%	0°
041-0065	UVFS	?12.7 x 3 mm	PR 65±3%@1064 nm	35±3%	0°
041-0070	UVFS	?12.7 x 3 mm	PR 70±3%@1064 nm	30±3%	0°
041-0075	UVFS	?12.7 x 3 mm	PR 75±3%@1064 nm	25±3%	0°
041-0080	UVFS	?12.7 x 3 mm	PR 80±3%@1064 nm	20±3%	0°
041-0085	UVFS	?12.7 x 3 mm	PR 85±3%@1064 nm	15±3%	0°
041-0090	UVFS	?12.7 x 3 mm	PR 90±2%@1064 nm	10±2%	0°
041-0095	UVFS	?12.7 x 3 mm	PR 95±2%@1064 nm	5±2%	0°
041-0097	UVFS	?12.7 x 3 mm	PR 97±1%@1064 nm	3±1%	0°
041-0098	UVFS	?12.7 x 3 mm	PR 98±1%@1064 nm	2±1%	0°
041-0099	UVFS	?12.7 x 3 mm	PR 99.0±0.5%@1064 nm	1.0±0.5%	0°
042-0015	UVFS	?25.4 x 6 mm	PR 15±3%@1064 nm	85±3%	0°
042-0020	UVFS	?25.4 x 6 mm	PR 20±3%@1064 nm	80±3%	0°
042-0025	UVFS	?25.4 x 6 mm	PR 25±3%@1064 nm	75±3%	0°
042-0030	UVFS	?25.4 x 6 mm	PR 30±3%@1064 nm	70±3%	0°
042-0040	UVFS	?25.4 x 6 mm	PR 40±3%@1064 nm	60±3%	0°
042-0050	UVFS	?25.4 x 6 mm	PR 50±3%@1064 nm	50±3%	0°
042-0060	UVFS	?25.4 x 6 mm	PR 60±3%@1064 nm	40±3%	0°
042-0065	UVFS	?25.4 x 6 mm	PR 65±3%@1064 nm	35±3%	0°
042-0070	UVFS	?25.4 x 6 mm	PR 70±3%@1064 nm	30±3%	0°
042-0075	UVFS	?25.4 x 6 mm	PR 75±3%@1064 nm	25±3%	0°
042-0080	UVFS	?25.4 x 6 mm	PR 80±3%@1064 nm	20±3%	0°
042-0085	UVFS	?25.4 x 6 mm	PR 85±3%@1064 nm	15±3%	0°
042-0090	UVFS	?25.4 x 6 mm	PR 90±2%@1064 nm	10±2%	0°
042-0095	UVFS	?25.4 x 6 mm	PR 95±2%@1064 nm	5±2%	0°
042-0097	UVFS	?25.4 x 6 mm	PR 97±1%@1064 nm	3±1%	0°
042-0098	UVFS	?25.4 x 6 mm	PR 98±1%@1064 nm	2±1%	0°
042-0099	UVFS	?25.4 x 6 mm	PR 99.0±0.5%@1064 nm	1.0±0.5%	0°

規格

襯底

材料	UV grade fused silica or BK7 glass
S1表面平整度	λ/10 at 633 nm
S1表面質量	20-10 scratch & dig (MIL-PRF-13830B)
S2表面平整度	λ/10 typical at 633 nm
S2表面質量	20-10 scratch & dig (MIL-PRF-13830B)
直徑公差	+0.00 mm-0.12 mm
厚度公差	±0.25
平行度	30 arcsec
倒角	0.3 mm at 45° typical

涂層

技術	電子束多層介質
附著力和耐久性	符合MIL-C-675A。不溶于實驗室溶劑
通光孔徑	超過中心直徑的85%
損傷閾值	>3 J/cm2，8 ns脈沖，1064 nm，典型用于BK7基板； >6 J/cm2，8 ns脈沖，UVFS基板的典型波長為1064 nm。
涂層表面平整度	633nm處的λ/10超過通光孔徑的85%
入射角	0°-8°（正常）
背面抗反射涂層	R<0.2%

Nd：YAG激光后視鏡

用于脈沖和連續高功率基波Nd：YAG激光器的具有硬介質涂層的激光后鏡。

產品

BK7; ?25.4x6 mm

CODE	WAVELENGTH	SUBSTRATE TYPE	RADIUS	MATERIAL	DIMENSIONS
032-1060-i0	1047-1064 nm	Plano	∞	BK7	?25.4 x 6 mm
032-8005	1064 nm	Plano-concave	-50 mm	BK7	?25.4 x 6 mm
032-8010	1064 nm	Plano-concave	-100 mm	BK7	?25.4 x 6 mm
032-8015	1064 nm	Plano-concave	-150 mm	BK7	?25.4 x 6 mm
032-8020	1064 nm	Plano-concave	-200 mm	BK7	?25.4 x 6 mm
032-8025	1064 nm	Plano-concave	-250 mm	BK7	?25.4 x 6 mm
032-8050	1064 nm	Plano-concave	-500 mm	BK7	?25.4 x 6 mm
032-8100	1064 nm	Plano-concave	-1000 mm	BK7	?25.4 x 6 mm
032-8200	1064 nm	Plano-concave	-2000 mm	BK7	?25.4 x 6 mm
032-8250	1064 nm	Plano-concave	-2500 mm	BK7	?25.4 x 6 mm
032-8400	1064 nm	Plano-concave	-4000 mm	BK7	?25.4 x 6 mm
032-8500	1064 nm	Plano-concave	-5000 mm	BK7	?25.4 x 6 mm
032-9010	1064 nm	Plano-convex	+100 mm	BK7	?25.4 x 6 mm
032-9020	1064 nm	Plano-convex	+200 mm	BK7	?25.4 x 6 mm
032-9030	1065 nm	Plano-convex	+300 mm	BK7	?25.4 x 6 mm
032-9050	1064 nm	Plano-convex	+500 mm	BK7	?25.4 x 6 mm
032-9100	1064 nm	Plano-convex	+1000 mm	BK7	?25.4 x 6 mm
032-9200	1064 nm	Plano-convex	+2000 mm	BK7	?25.4 x 6 mm
032-9300	1064 nm	Plano-convex	+3000 mm	BK7	?25.4 x 6 mm
032-9400	1064 nm	Plano-convex	+4000 mm	BK7	?25.4 x 6 mm

UVFS; ?25.4x6 mm

CODE	WAVELENGTH	SUBSTRATE TYPE	RADIUS	MATERIAL	DIMENSIONS
042-1060-i0	1047-1064 nm	Plano	∞	UVFS	?25.4 x 6 mm
042-8005	1064 nm	Plano-concave	-50 mm	UVFS	?25.4 x 6 mm
042-8010	1064 nm	Plano-concave	-100 mm	UVFS	?25.4 x 6 mm
042-8015	1064 nm	Plano-concave	-150 mm	UVFS	?25.4 x 6 mm
042-8020	1064 nm	Plano-concave	-200 mm	UVFS	?25.4 x 6 mm
042-8025	1064 nm	Plano-concave	-250 mm	UVFS	?25.4 x 6 mm
042-8050	1064 nm	Plano-concave	-500 mm	UVFS	?25.4 x 6 mm
042-8100	1064 nm	Plano-concave	-1000 mm	UVFS	?25.4 x 6 mm
042-8200	1064 nm	Plano-concave	-2000 mm	UVFS	?25.4 x 6 mm
042-8250	1064 nm	Plano-concave	-2500 mm	UVFS	?25.4 x 6 mm
042-8400	1064 nm	Plano-concave	-4000 mm	UVFS	?25.4 x 6 mm
042-8500	1064 nm	Plano-concave	-5000 mm	UVFS	?25.4 x 6 mm
042-9010	1064 nm	Plano-convex	+100 mm	UVFS	?25.4 x 6 mm
042-9020	1064 nm	Plano-convex	+200 mm	UVFS	?25.4 x 6 mm
042-9030	1064 nm	Plano-convex	+300 mm	UVFS	?25.4 x 6 mm
042-9050	1064 nm	Plano-convex	+500 mm	UVFS	?25.4 x 6 mm
042-9100	1064 nm	Plano-convex	+1000 mm	UVFS	?25.4 x 6 mm
i042-9200	1064 nm	Plano-convex	+2000 mm	UVFS	?25.4 x 6 mm
042-9300	1064 nm	Plano-convex	+3000 mm	UVFS	?25.4 x 6 mm
042-9400	1064 nm	Plano-convex	+4000 mm	UVFS	?25.4 x 6 mm

規格

襯底

材料	UV grade fused silica or BK7 glass
S1表面平整度	λ/10 at 633 nm
S1表面質量	20-10 scratch & dig (MIL-PRF-13830B)
S2表面質量	Commercial polish
直徑	? 25.4x6mm
直徑公差	+0.00 mm-0.12 mm
厚度公差	±0.25
倒角	0.3 mm at 45° typical

涂層

技術	電子束多層介質
附著力和耐久性	符合MIL-C-675A。不溶于實驗室溶劑
通光孔徑	超過中心直徑的85%
損傷閾值	5 J/cm2，8 nsec脈沖，BK7基板的典型波長為1064nm 8 J/cm2，8 nsec脈沖，1064nm（UVFS基板典型值）
入射角	0°-8°（正常）
反射率	R>99.7%

Nd：YAG激光分束器

分束器將平均偏振激光束分成彼此相隔90°的兩個光束。

產品

BK7; ?12,7x3mm, 1064 nm

A-Designed for average polarization: R=(Rs+Rp)/2 and T=(Ts+Tp)/2; S- for S-polarization; P-for P - polarization

CODE	MATERIAL	DIAMETER	THICKNESS	AOI	REFLECTION	TRANSMISSION
031-7120A	BK7	?12.7 mm	3 mm	45°	PR 20±3%@1064nm	80±3%
031-7120P	BK7	?12.7 mm	3 mm	45°	PR 20±3%@1064nm	80±3%
031-7120S	BK7	?12.7 mm	3 mm	45°	PR 20±3%@1064nm	80±3%
031-7130A	BK7	?12.7 mm	3 mm	45°	PR 30±3%@1064nm	70±3%
031-7130P	BK7	?12.7 mm	3 mm	45°	PR 30±3%@1064nm	70±3%
031-7130S	BK7	?12.7 mm	3 mm	45°	PR 30±3%@1064nm	70±3%
031-7150A	BK7	?12.7 mm	3 mm	45°	PR 50±3%@1064nm	50±3%
031-7150P	BK7	?12.7 mm	3 mm	45°	PR 50±3%@1064nm	50±3%
031-7150S	BK7	?12.7 mm	3 mm	45°	PR 50±3%@1064nm	50±3%
031-7170A	BK7	?12.7 mm	3 mm	45°	PR 70±3%@1064nm	30±3%
031-7170P	BK7	?12.7 mm	3 mm	45°	PR 70±3%@1064nm	30±3%
031-7170S	BK7	?12.7 mm	3 mm	45°	PR 70±3%@1064nm	30±3%
031-7175A	BK7	?12.7 mm	3 mm	45°	PR 75±3%@1064nm	25±3%
031-7180A	BK7	?12.7 mm	3 mm	45°	PR 80±3%@1064nm	20±3%
031-7180P	BK7	?12.7 mm	3 mm	45°	PR 80±3%@1064nm	20±3%
031-7180S	BK7	?12.7 mm	3 mm	45°	PR 80±3%@1064nm	20±3%
031-7190A	BK7	?12.7 mm	3 mm	45°	PR 90±3%@1064nm	10±3%

BK7; ?12,7x3mm, 532 nm

A-Designed for average polarization: R=(Rs+Rp)/2 and T=(Ts+Tp)/2; S- for S-polarization; P-for P - polarization

CODE	MATERIAL	DIAMETER	THICKNESS	AOI	REFLECTION	TRANSMISSION
031-7220A	BK7	?12.7 mm	3 mm	45°	PR 20±3%@532nm	80±3%
031-7220P	BK7	?12.7 mm	3 mm	45°	PR 20±3%@532nm	80±3%
031-7220S	BK7	?12.7 mm	3 mm	45°	PR 20±3%@532nm	80±3%
031-7230A	BK7	?12.7 mm	3 mm	45°	PR 30±3%@532nm	70±3%
031-7230P	BK7	?12.7 mm	3 mm	45°	PR 30±3%@532nm	70±3%
031-7230S	BK7	?12.7 mm	3 mm	45°	PR 30±3%@532nm	70±3%
031-7250A	BK7	?12.7 mm	3 mm	45°	PR 50±3%@532nm	50±3%
031-7250P	BK7	?12.7 mm	3 mm	45°	PR 50±3%@532nm	50±3%
031-7250S	BK7	?12.7 mm	3 mm	45°	PR 50±3%@532nm	50±3%
031-7270A	BK7	?12.7 mm	3 mm	45°	PR 70±3%@532nm	30±3%
031-7270P	BK7	?12.7 mm	3 mm	45°	PR 70±3%@532nm	30±3%
031-7270S	BK7	?12.7 mm	3 mm	45°	PR 70±3%@532nm	30±3%
031-7280A	BK7	?12.7 mm	3 mm	45°	PR 80±3%@532nm	20±3%
031-7280P	BK7	?12.7 mm	3 mm	45°	PR 80±3%@532nm	20±3%
031-7280S	BK7	?12.7 mm	3 mm	45°	PR 80±3%@532nm	20±3%

BK7; ?25,4x6mm, 1064 nm

A-Designed for average polarization: R=(Rs+Rp)/2 and T=(Ts+Tp)/2; S- for S-polarization; P-for P - polarization

CODE	MATERIAL	DIAMETER	THICKNESS	AOI	REFLECTION	TRANSMISSION
032-7120A	BK7	?25.4 mm	6 mm	45°	PR 20±3%@1064nm	80±3%
032-7120P	BK7	?25.4 mm	6 mm	45°	PR 20±3%@1064nm	80±3%
032-7120S	BK7	?25.4 mm	6 mm	45°	PR 20±3%@1064nm	80±3%
032-7130A	BK7	?25.4 mm	6 mm	45°	PR 30±3%@1064nm	70±3%
032-7130P	BK7	?25.4 mm	6 mm	45°	PR 30±3%@1064nm	70±3%
032-7130S	BK7	?25.4 mm	6 mm	45°	PR 30±3%@1064nm	70±3%
032-7150A	BK7	?25.4 mm	6 mm	45°	PR 50±3%@1064nm	50±3%
032-7150P	BK7	?25.4 mm	6 mm	45°	PR 50±3%@1064nm	50±3%
032-7150S	BK7	?25.4 mm	6 mm	45°	PR 50±3%@1064nm	50±3%
032-7170A	BK7	?25.4 mm	6 mm	45°	PR 70±3%@1064nm	30±3%
032-7170P	BK7	?25.4 mm	6 mm	45°	PR 70±3%@1064nm	30±3%
032-7170S	BK7	?25.4 mm	6 mm	45°	PR 70±3%@1064nm	30±3%
032-7175A	BK7	?25.4 mm	6 mm	45°	PR 75±3%@1064nm	25±3%
032-7180A	BK7	?25.4 mm	6 mm	45°	PR 80±3%@1064nm	20±3%
032-7180P	BK7	?25.4 mm	6 mm	45°	PR 80±3%@1064nm	20±3%
032-7180S	BK7	?25.4 mm	6 mm	45°	PR 80±3%@1064nm	20±3%
032-7190A	BK7	?25.4 mm	6 mm	45°	PR 90±3%@1064nm	10±3%

BK7; ?25,4x6mm, 532 nm

A-Designed for average polarization: R=(Rs+Rp)/2 and T=(Ts+Tp)/2; S- for S-polarization; P-for P - polarization

CODE	MATERIAL	DIAMETER	THICKNESS	AOI	REFLECTION	TRANSMISSION
032-7220A	BK7	?25.4 mm	6 mm	45°	PR 20±3%@532nm	80±3%
032-7220P	BK7	?25.4 mm	6 mm	45°	PR 20±3%@532nm	80±3%
032-7220S	BK7	?25.4 mm	6 mm	45°	PR 20±3%@532nm	80±3%
032-7230A	BK7	?25.4 mm	6 mm	45°	PR 30±3%@532nm	70±3%
032-7230P	BK7	?25.4 mm	6 mm	45°	PR 30±3%@532nm	70±3%
032-7230S	BK7	?25.4 mm	6 mm	45°	PR 30±3%@532nm	70±3%
032-7250A	BK7	?25.4 mm	6 mm	45°	PR 50±3%@532nm	50±3%
032-7250P	BK7	?25.4 mm	6 mm	45°	PR 50±3%@532nm	50±3%
032-7250S	BK7	?25.4 mm	6 mm	45°	PR 50±3%@532nm	50±3%
032-7270A	BK7	?25.4 mm	6 mm	45°	PR 70±3%@532nm	30±3%
032-7270P	BK7	?25.4 mm	6 mm	45°	PR 70±3%@532nm	30±3%
032-7270S	BK7	?25.4 mm	6 mm	45°	PR 70±3%@532nm	30±3%
032-7280A	BK7	?25.4 mm	6 mm	45°	PR 80±3%@532nm	20±3%
032-7280P	BK7	?25.4 mm	6 mm	45°	PR 80±3%@532nm	20±3%
032-7280S	BK7	?25.4 mm	6 mm	45°	PR 80±3%@532nm	20±3%

UVFS; ?12,7x3mm, 1064 nm

A-Designed for average polarization: R=(Rs+Rp)/2 and T=(Ts+Tp)/2; S- for S-polarization; P-for P - polarization

CODE	MATERIAL	DIAMETER	THICKNESS	AOI	REFLECTION	TRANSMISSION
041-7120A	UVFS	?12.7 mm	3 mm	45°	PR 20±3%@1064nm	80±3%
041-7120P	UVFS	?12.7 mm	3 mm	45°	PR 20±3%@1064nm	80±3%
041-7120S	UVFS	?12.7 mm	3 mm	45°	PR 20±3%@1064nm	80±3%
041-7130A	UVFS	?12.7 mm	3 mm	45°	PR 30±3%@1064nm	70±3%
041-7130P	UVFS	?12.7 mm	3 mm	45°	PR 30±3%@1064nm	70±3%
041-7130S	UVFS	?12.7 mm	3 mm	45°	PR 30±3%@1064nm	70±3%
041-7150A	UVFS	?12.7 mm	3 mm	45°	PR 50±3%@1064nm	50±3%
041-7150P	UVFS	?12.7 mm	3 mm	45°	PR 50±3%@1064nm	50±3%
041-7150S	UVFS	?12.7 mm	3 mm	45°	PR 50±3%@1064nm	50±3%
041-7170A	UVFS	?12.7 mm	3 mm	45°	PR 70±3%@1064nm	30±3%
041-7170P	UVFS	?12.7 mm	3 mm	45°	PR 70±3%@1064nm	30±3%
041-7170S	UVFS	?12.7 mm	3 mm	45°	PR 70±3%@1064nm	30±3%
041-7175A	UVFS	?12.7 mm	3 mm	45°	PR 75±3%@1064nm	25±3%
041-7180A	UVFS	?12.7 mm	3 mm	45°	PR 80±3%@1064nm	20±3%
041-7180P	UVFS	?12.7 mm	3 mm	45°	PR 80±3%@1064nm	20±3%
041-7180S	UVFS	?12.7 mm	3 mm	45°	PR 80±3%@1064nm	20±3%
041-7190A	UVFS	?12.7 mm	3 mm	45°	PR 90±3%@1064nm	10±3%

UVFS; ?12,7x3mm, 532 nm

A-Designed for average polarization: R=(Rs+Rp)/2 and T=(Ts+Tp)/2; S- for S-polarization; P-for P - polarization

CODE	MATERIAL	DIAMETER	THICKNESS	AOI	REFLECTION	TRANSMISSION
041-7220A	UVFS	?12.7 mm	3 mm	45°	PR 20±3%@532nm	80±3%
041-7220P	UVFS	?12.7 mm	3 mm	45°	PR 20±3%@532nm	80±3%
041-7220S	UVFS	?12.7 mm	3 mm	45°	PR 20±3%@532nm	80±3%
041-7230A	UVFS	?12.7 mm	3 mm	45°	PR 30±3%@532nm	70±3%
041-7230P	UVFS	?12.7 mm	3 mm	45°	PR 30±3%@532nm	70±3%
041-7230S	UVFS	?12.7 mm	3 mm	45°	PR 30±3%@532nm	70±3%
041-7250A	UVFS	?12.7 mm	3 mm	45°	PR 50±3%@532nm	50±3%
041-7250P	UVFS	?12.7 mm	3 mm	45°	PR 50±3%@532nm	50±3%
041-7250S	UVFS	?12.7 mm	3 mm	45°	PR 50±3%@532nm	50±3%
041-7270A	UVFS	?12.7 mm	3 mm	45°	PR 70±3%@532nm	30±3%
041-7270P	UVFS	?12.7 mm	3 mm	45°	PR 70±3%@532nm	30±3%
041-7270S	UVFS	?12.7 mm	3 mm	45°	PR 70±3%@532nm	30±3%
041-7280A	UVFS	?12.7 mm	3 mm	45°	PR 80±3%@532nm	20±3%
041-7280P	UVFS	?12.7 mm	3 mm	45°	PR 80±3%@532nm	20±3%
041-7280S	UVFS	?12.7 mm	3 mm	45°	PR 80±3%@532nm	20±3%

UVFS; ?12,7x3mm, 355 nm

A-Designed for average polarization: R=(Rs+Rp)/2 and T=(Ts+Tp)/2; S- for S-polarization; P-for P - polarization

CODE	MATERIAL	DIAMETER	THICKNESS	AOI	REFLECTION	TRANSMISSION
041-7320A	UVFS	?12.7 mm	3 mm	45°	PR 20±3%@355nm	80±3%
041-7320P	UVFS	?12.7 mm	3 mm	45°	PR 20±3%@355nm	80±3%
041-7320S	UVFS	?12.7 mm	3 mm	45°	PR 20±3%@355nm	80±3%
041-7330A	UVFS	?12.7 mm	3 mm	45°	PR 30±3%@355nm	70±3%
041-7330P	UVFS	?12.7 mm	3 mm	45°	PR 30±3%@355nm	70±3%
041-7330S	UVFS	?12.7 mm	3 mm	45°	PR 30±3%@355nm	70±3%
041-7350A	UVFS	?12.7 mm	3 mm	45°	PR 50±3%@355nm	50±3%
041-7350P	UVFS	?12.7 mm	3 mm	45°	PR 50±3%@355nm	50±3%
041-7350S	UVFS	?12.7 mm	3 mm	45°	PR 50±3%@355nm	50±3%
041-7370A	UVFS	?12.7 mm	3 mm	45°	PR 70±3%@355nm	30±3%
041-7370P	UVFS	?12.7 mm	3 mm	45°	PR 70±3%@355nm	30±3%
041-7370S	UVFS	?12.7 mm	3 mm	45°	PR 70±3%@355nm	30±3%
041-7380A	UVFS	?12.7 mm	3 mm	45°	PR 80±3%@355nm	20±3%
041-7380P	UVFS	?12.7 mm	3 mm	45°	PR 80±3%@355nm	20±3%
041-7380S	UVFS	?12.7 mm	3 mm	45°	PR 80±3%@355nm	20±3%

UVFS; ?12,7x3mm, 266 nm

A-Designed for average polarization: R=(Rs+Rp)/2 and T=(Ts+Tp)/2; S- for S-polarization; P-for P - polarization

CODE	MATERIAL	DIAMETER	THICKNESS	AOI	REFLECTION	TRANSMISSION
041-7920A	UVFS	?12.7 mm	3 mm	45°	PR 20±3%@266nm	80±3%
041-7920P	UVFS	?12.7 mm	3 mm	45°	PR 20±3%@266nm	80±3%
041-7920S	UVFS	?12.7 mm	3 mm	45°	PR 20±3%@266nm	80±3%
041-7930A	UVFS	?12.7 mm	3 mm	45°	PR 30±3%@266nm	70±3%
041-7930P	UVFS	?12.7 mm	3 mm	45°	PR 30±3%@266nm	70±3%
041-7950A	UVFS	?12.7 mm	3 mm	45°	PR 50±3%@266nm	50±3%
041-7950P	UVFS	?12.7 mm	3 mm	45°	PR 50±3%@266nm	50±3%
041-7950S	UVFS	?12.7 mm	3 mm	45°	PR 50±3%@266nm	50±3%
041-7970A	UVFS	?12.7 mm	3 mm	45°	PR 70±3%@266nm	30±3%
041-7970P	UVFS	?12.7 mm	3 mm	45°	PR 70±3%@266nm	30±3%
041-7970S	UVFS	?12.7 mm	3 mm	45°	PR 70±3%@266nm	30±3%
041-7980A	UVFS	?12.7 mm	3 mm	45°	PR 80±3%@266nm	20±3%
041-7980P	UVFS	?12.7 mm	3 mm	45°	PR 80±3%@266nm	20±3%
041-7980S	UVFS	?12.7 mm	3 mm	45°	PR 80±3%@266nm	20±3%

UVFS; ?25,4x6mm, 1064 nm

A-Designed for average polarization: R=(Rs+Rp)/2 and T=(Ts+Tp)/2; S- for S-polarization; P-for P - polarization

CODE	MATERIAL	DIAMETER	THICKNESS	AOI	REFLECTION	TRANSMISSION
042-7120A	UVFS	?25.4 mm	6 mm	45°	PR 20±3%@1064nm	80±3%
042-7120P	UVFS	?25.4 mm	6 mm	45°	PR 20±3%@1064nm	80±3%
042-7120S	UVFS	?25.4 mm	6 mm	45°	PR 20±3%@1064nm	80±3%
042-7130A	UVFS	?25.4 mm	6 mm	45°	PR 30±3%@1064nm	70±3%
042-7130P	UVFS	?25.4 mm	6 mm	45°	PR 30±3%@1064nm	70±3%
042-7130S	UVFS	?25.4 mm	6 mm	45°	PR 30±3%@1064nm	70±3%
042-7150A	UVFS	?25.4 mm	6 mm	45°	PR 50±3%@1064nm	50±3%
042-7150P	UVFS	?25.4 mm	6 mm	45°	PR 50±3%@1064nm	50±3%
042-7150S	UVFS	?25.4 mm	6 mm	45°	PR 50±3%@1064nm	50±3%
042-7170A	UVFS	?25.4 mm	6 mm	45°	PR 70±3%@1064nm	30±3%
042-7170P	UVFS	?25.4 mm	6 mm	45°	PR 70±3%@1064nm	30±3%
042-7170S	UVFS	?25.4 mm	6 mm	45°	PR 70±3%@1064nm	30±3%
042-7175A	UVFS	?25.4 mm	6 mm	45°	PR 75±3%@1064nm	25±3%
042-7180A	UVFS	?25.4 mm	6 mm	45°	PR 80±3%@1064nm	20±3%
042-7180P	UVFS	?25.4 mm	6 mm	45°	PR 80±3%@1064nm	20±3%
042-7180S	UVFS	?25.4 mm	6 mm	45°	PR 80±3%@1064nm	20±3%
042-7190A	UVFS	?25.4 mm	6 mm	45°	PR 90±3%@1064nm	10±3%

UVFS; ?25,4x6mm, 532 nm

A-Designed for average polarization: R=(Rs+Rp)/2 and T=(Ts+Tp)/2; S- for S-polarization; P-for P - polarization

CODE	MATERIAL	DIAMETER	THICKNESS	AOI	REFLECTION	TRANSMISSION
042-7220A	UVFS	?25.4 mm	6 mm	45°	PR 20±3%@532nm	80±3%
042-7220P	UVFS	?25.4 mm	6 mm	45°	PR 20±3%@532nm	80±3%
042-7220S	UVFS	?25.4 mm	6 mm	45°	PR 20±3%@532nm	80±3%
042-7230A	UVFS	?25.4 mm	6 mm	45°	PR 30±3%@532nm	70±3%
042-7230P	UVFS	?25.4 mm	6 mm	45°	PR 30±3%@532nm	70±3%
042-7230S	UVFS	?25.4 mm	6 mm	45°	PR 30±3%@532nm	70±3%
042-7250A	UVFS	?25.4 mm	6 mm	45°	PR 50±3%@532nm	50±3%
042-7250P	UVFS	?25.4 mm	6 mm	45°	PR 50±3%@532nm	50±3%
042-7250S	UVFS	?25.4 mm	6 mm	45°	PR 50±3%@532nm	50±3%
042-7270A	UVFS	?25.4 mm	6 mm	45°	PR 70±3%@532nm	30±3%
042-7270P	UVFS	?25.4 mm	6 mm	45°	PR 70±3%@532nm	30±3%
042-7270S	UVFS	?25.4 mm	6 mm	45°	PR 70±3%@532nm	30±3%
042-7280A	UVFS	?25.4 mm	6 mm	45°	PR 80±3%@532nm	20±3%
042-7280P	UVFS	?25.4 mm	6 mm	45°	PR 80±3%@532nm	20±3%
042-7280S	UVFS	?25.4 mm	6 mm	45°	PR 80±3%@532nm	20±3%

UVFS; ?25,4x6mm, 355 nm

A-Designed for average polarization: R=(Rs+Rp)/2 and T=(Ts+Tp)/2; S- for S-polarization; P-for P - polarization

CODE	MATERIAL	DIAMETER	THICKNESS	AOI	REFLECTION	TRANSMISSION
042-7320A	UVFS	?25.4 mm	6 mm	45°	PR 20±3%@355nm	80±3%
042-7320P	UVFS	?25.4 mm	6 mm	45°	PR 20±3%@355nm	80±3%
042-7320S	UVFS	?25.4 mm	6 mm	45°	PR 20±3%@355nm	80±3%
042-7330A	UVFS	?25.4 mm	6 mm	45°	PR 30±3%@355nm	70±3%
042-7330P	UVFS	?25.4 mm	6 mm	45°	PR 30±3%@355nm	70±3%
042-7330S	UVFS	?25.4 mm	6 mm	45°	PR 30±3%@355nm	70±3%
042-7350A	UVFS	?25.4 mm	6 mm	45°	PR 50±3%@355nm	50±3%
042-7350P	UVFS	?25.4 mm	6 mm	45°	PR 50±3%@355nm	50±3%
042-7350S	UVFS	?25.4 mm	6 mm	45°	PR 50±3%@355nm	50±3%
042-7370A	UVFS	?25.4 mm	6 mm	45°	PR 70±3%@355nm	30±3%
042-7370P	UVFS	?25.4 mm	6 mm	45°	PR 70±3%@355nm	30±3%
042-7370S	UVFS	?25.4 mm	6 mm	45°	PR 70±3%@355nm	30±3%
042-7380A	UVFS	?25.4 mm	6 mm	45°	PR 80±3%@355nm	20±3%
042-7380P	UVFS	?25.4 mm	6 mm	45°	PR 80±3%@355nm	20±3%
042-7380S	UVFS	?25.4 mm	6 mm	45°	PR 80±3%@355nm	20±3%

UVFS; ?25,4x6mm, 266 nm

A-Designed for average polarization: R=(Rs+Rp)/2 and T=(Ts+Tp)/2; S- for S-polarization; P-for P - polarization

CODE	MATERIAL	DIAMETER	THICKNESS	AOI	REFLECTION	TRANSMISSION
042-7920A	UVFS	?25.4 mm	6 mm	45°	PR 20±3%@266nm	80±3%
042-7920P	UVFS	?25.4 mm	6 mm	45°	PR 20±3%@266nm	80±3%
042-7920S	UVFS	?25.4 mm	6 mm	45°	PR 20±3%@266nm	80±3%
042-7930A	UVFS	?25.4 mm	6 mm	45°	PR 30±3%@266nm	70±3%
042-7930P	UVFS	?25.4 mm	6 mm	45°	PR 30±3%@266nm	70±3%
042-7930S	UVFS	?25.4 mm	6 mm	45°	PR 30±3%@266nm	70±3%
042-7950A	UVFS	?25.4 mm	6 mm	45°	PR 50±3%@266nm	50±3%
042-7950P	UVFS	?25.4 mm	6 mm	45°	PR 50±3%@266nm	50±3%
042-7950S	UVFS	?25.4 mm	6 mm	45°	PR 50±3%@266nm	50±3%
042-7970A	UVFS	?25.4 mm	6 mm	45°	PR 70±3%@266nm	30±3%
042-7970P	UVFS	?25.4 mm	6 mm	45°	PR 70±3%@266nm	30±3%
042-7970S	UVFS	?25.4 mm	6 mm	45°	PR 70±3%@266nm	30±3%
042-7980A	UVFS	?25.4 mm	6 mm	45°	PR 80±3%@266nm	20±3%
042-7980P	UVFS	?25.4 mm	6 mm	45°	PR 80±3%@266nm	20±3%
042-7980S	UVFS	?25.4 mm	6 mm	45°	PR 80±3%@266nm	20±3%

規格

襯底

材料	UV grade fused silica or BK7 glass
S1表面平整度	λ/10 at 633 nm
S1表面質量	20-10 scratch & dig (MIL-PRF-13830B)
S2表面平整度	λ/10 at 633 nm
S2表面質量	20-10 scratch & dig (MIL-PRF-13830B)
直徑公差	+0.00 mm-0.12 mm
厚度公差	±0.25 mm
平行度	30arcsec
倒角	0.3 mm at 45° typical

涂層

技術	Electron beam multilayer dielectric
附著力和耐久性	Per MIL-C-675A. Insoluble in lab solvents
通光孔徑	Exceeds central 85% of diameter
損傷閾值	>2J/cm2, 8 nsec pulse, 1064nm typical for BK7 substrates>5J/cm2, 8 nsec pulse, 1064nm typical for UVFS substrates
入射角	45±3 degrees
背面抗反射涂層	R<0.5%

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