阅读| 订阅
阅读| 订阅
能源环境新闻

平顶光束整形器

星之球科技来源:安特激光2013-01-08我要评论(0)

通常激光器发出的激光束的空间强度分布呈高斯分布,即高斯光束,在高功率固体激光器和放大器的应用中,高斯光束的强度过于集中在中心部分,易导致激光晶体和光学元件的...

通常激光器发出的激光束的空间强度分布呈高斯分布,即高斯光束,在高功率固体激光器和放大器的应用中,高斯光束的强度过于集中在中心部分,易导致激光晶体和光学元件的损伤。通过平顶光束整形器可以将高斯光束整形为光强均匀分布的平顶光束。平顶光束把强度分散在整个光斑尺寸中,可以大大提高高功率激光的损伤阈值。此外,平顶光束整形器还广泛应用于激光的医学临床应用、激光打孔、刻槽、激光材料加工、光学信息处理、存储和记录等对激光光束均匀性有较高要求的领域中。

特点:

l平顶能量分布均匀平滑

l高整形效率

l整形后边缘清晰且亮度均匀

l高损伤阈值

l多种可选整形后图案

应用:

l自由电子激光

l激光全息

l材料微加工

l信息处理,打印

l激光淬火,焊接,切割 ,调阻

l激光辐照

l超快激光加工

l流动细胞记数

主要参数:#p#分页标题#e#

型号

波长(nm)

尺寸(mm)

束腰1/E2 (mm)

工作距离(mm)

图形尺寸 1/E2

图形形状

材料

膜层

TH-003-A-Y-A

10600

12.7

3.7

42.5

300x100 um

Line

ZnSe

AR V-coating

TH-006-A-Y-A

10600

38.1

25

125.4

15x1 mm

Rectangular

ZnSe

AR V-coating

TH-226-A-Y-A

10600

20

4

100

3x3mm

Square

ZnSe

AR V-coating

TH-233-A-Y-A

10600

27.94

12

63.5

0.25x2.5mm

Rectangular

ZnSe

AR V-coating

TH-234-A-Y-A

10600

27.94

14

95

250um

Round

ZnSe

AR V-coating

TH-205-A-Y-A

10600

25.4

4

100

1.5mm

Round

ZnSe

AR V-coating

TH-219-A-Y-A

10600

27.94

12

63.5

0.25x1.5mm

Rectangular

ZnSe

AR V-coating

ST-211-A-Y-A

10600

27.94

11

38

125x200um

Rectangular

ZnSe

AR V-coating

TH-202-A-Y-A

10600

20

14.5

82.5

230 um

Round

ZnSe

AR V-coating

TH-009-A-Y-A

10600

27.94

10

62.9

436x436 um

Square

ZnSe

AR V-coating

ST-201-A-Y-A

10600

38.1

16.5

187.5

360um

Round

ZnSe

AR V-coating

TH-208-A-Y-A

10600

27.94

13

150

5 mm

line

ZnSe

AR V-coating

TH-004-A-Y-A

10600

27.94

12

63.5

390 um

Round

ZnSe

AR V-coating

TH-002-A-Y-A

10600

27.94

12

Infinity

1.375x1.375 deg

Square

ZnSe

AR V-coating

TH-011-A-Y-A

10600

38.1

25

250

3 mm

Round

ZnSe

AR V-coating

TH-001-A-Y-A

10600

38.1

25

250

3 mm

Round

ZnSe

AR V-coating

TH-005-C-Y-A

9250

27.94

12

63.5

350 um

Round

ZnSe

AR V-coating

TH-008-C-Y-A

9250

27.94

10

62.4

405x405 um

Square

ZnSe

AR V-coating

ST-200-C-Y-A

9250

27.94

12

63

260x260um

Square

ZnSe

AR V-coating

TH-007-C-Y-A

9250

38.1

25

121

14.2x1.7 mm

Rectangular

ZnSe

AR V-coating

TH-203-D-Y-A

2940

11

4

80

200 um

Round

ZnSe

AR V-coating

TH-012-H-Y-A

1319

20

7

43.2

170 um

Round

Fused Silica

AR V-coating

ST-208-X-Y-A

1070

30

14

75

500x500um

Square

Fused Silica

AR V-coating

TH-232-X-Y-A

1070

38.1

12

150

300x300um

Square

Fused Silica

AR V-coating

TH-224-X-Y-A

1070

38.1

14

75.76

1x1mm

Square

Fused Silica

AR V-coating

ST-212-I-Y-A

1064

20

7

Infinity

1x1mRad

Square

Fused Silica

AR V-coating

TH-014-I-Y-A

1064

20

7

42.52

190 um

Round

Fused Silica

AR V-coating

TH-102-I-N-A

1064

25.4

6

100

150 um

Round

Fused Silica

No-coating

TH-102-I-Y-A

1064

25.4

6

100

150 um

Round

Fused Silica

AR V-coating

TH-019-I-Y-A

1064

25.4

3

100

210x210 um

Square

Fused Silica

AR V-coating

TH-101-I-Y-A

1064

25.4

3

100

150 um

Round

Fused Silica

AR V-coating

TH-103-I-Y-A

1064

25.4

9

1000

10x10 mm

Square

Fused Silica

AR V-coating

TH-015-I-Y-A

1064

25.4

5.1

infinity

0.83 deg

Line

Fused Silica

AR V-coating

TH-013-I-Y-A

1064

25.4

7

infinity

1x1 deg

Square

Fused Silica

AR V-coating

TH-215-I-Y-A

1064

25.4

6

infinity

1mRad

Round

Fused Silica

AR V-coating

TH-018-I-Y-A

1064

38.1

13

20000

635x635 mm

Square

Fused Silica

AR V-coating

TH-017-I-Y-A

1064

50

39

20000

635x5.3 mm

Rectangular

Fused Silica

AR V-coating

ST-205-I-Y-A

1064

25.4

7

106

210x210um

Square

Fused Silica

AR V-coating

ST-203-I-Y-A

1064

25.4

6

52

50x50 um

Square

Fused Silica

AR V-coating

TH-231-I-Y-A

1064

12.7

5

100

0.2x0.6mm

Rectangular

Fused Silica

AR V-coating

TH-016-K-Y-A

980

25.4

7

infinity

0.94x0.94 deg

Square

Fused Silica

AR V-coating

TH-033-X-Y-A

800

25.4

6

200.29

3 mm

Round

Fused Silica

AR V-coating

TH-033-X-Y-C

800

25.4

6

200.29

3 mm

Round

Fused Silica

AR V-coating

TH-222-Q-Y-A

532

12.7

2.9

40

200um

Line

Fused Silica

AR V-coating

TH-228-Q-Y-A

532

11

3

Infinity

5.017mRad

Round

Fused Silica

AR V-coating

ST-207-Q-Y-A

532

25.4

10

Infinity

0.306mRad

Round

Fused Silica

AR V-coating

TH-032-Q-Y-A

532

25.4

10.9

200

2 mm @FWHM

Round

Fused Silica

AR V-coating

ST-206-Q-Y-A

532

25.4

10

Infinity

1.37mRad

Line

Fused Silica

AR V-coating

ST-204-Q-Y-A

532

25.4

6

52

30 x 30 um

Square

Fused Silica

AR V-coating

TH-036-Q-Y-A

532

25.4

3.5

99.5

200x200 um

Square

Fused Silica

AR V-coating

TH-034-Q-Y-A

532

25.4

2.5

99.5

100x100 um

Square

Fused Silica

AR V-coating

TH-035-Q-Y-A

532

25.4

2.5

99.5

90 um

Round

Fused Silica

AR V-coating

TH-031-Q-Y-A

532

25.4

5

52.4

100 um

Round

Fused Silica

AR V-coating

TH-204-Q-Y-A

532

25.4

3.5

105

200x200um

Square

Fused Silica

AR V-coating

TH-216-Q-Y-A

532

25.4

12

720

10x10mm

Square

Fused Silica

AR V-coating

ST-209-Q-Y-A

532

12.7

2

104.76

150x200um

Rectangular

Fused Silica

AR V-coating

TH-217-U-Y-A

355

12.7

2

100

100x100um

Square

Fused Silica

AR V-coating

ST-202-U-Y-A

355

25.4

14

50

50x6 um

Rectangular

Fused Silica

AR V-coating

TH-209-U-Y-A

355

25.4

9x6

200

100 um

Round

Fused Silica

AR V-coating

TH-207-U-Y-A

355

25.4

3.5

99.35

200x200 um

Square

Fused Silica

AR V-coating

TH-042-U-Y-A

355

25.4

2.5

50

50 um

Round

Fused Silica

AR V-coating

TH-227-U-Y-A

355

11

3

Infinity

4.44mRad

Round

Fused Silica

AR V-coating

TH-235-U-Y-A

355

27.94

12

700

10mm

Line

Fused Silica

AR V-coating

TH-043-U-Y-A

355

20

8

49.8

15 um

Round

Fused Silica

AR V-coating

TH-046-U-Y-A

355

12.7

.5

95

80x80 um

Square

Fused Silica

AR V-coating

TH-045-U-Y-A

355

12.7

1.65

94

170x170 um

Square

Fused Silica

AR V-coating

TH-044-V-Y-A

337

20

8

49.395

20 um

Round

Fused Silica

AR V-coating

TH-051-W-Y-A

266

25.4

5

42

15 um

Round

Fused Silica

AR V-coating

#p#分页标题#e#

上面的光束整形器是已有并且在市场上大量使用,也可根据客户的要求订制,如有具体要求,请联系我们。HOLO/OR拥有在无尘室中射光学元件的完善设备,包括光学设计、光罩制作式电浆蚀刻、光学微影蚀刻术、钻石切削技术、测试与品质保证等。凭借HOLOOR公司多年的产品设计经验,很多的特殊产品也并不需要额外的定制费用。

衍射元件的常规指标

波长UV-VIS-IR

材料:硒化锌、蓝宝石、硅、石英等

损伤阈值:大于3KW

镀膜:抗反射或高反射率镀膜

形状:平面窗口,包括圆形及方形或镜头等多种

效率:大于98%

HOLOOR公司曾经给其他客户做过的一些光束设计如下图所示:

转载请注明出处。

免责声明

① 凡本网未注明其他出处的作品,版权均属于hth官方 ,未经本网授权不得转载、摘编或利用其它方式使用。获本网授权使用作品的,应在授权范围内使 用,并注明"来源:hth官方 ”。违反上述声明者,本网将追究其相关责任。
② 凡本网注明其他来源的作品及图片,均转载自其它媒体,转载目的在于传递更多信息,并不代表本媒赞同其观点和对其真实性负责,版权归原作者所有,如有侵权请联系我们删除。
③ 任何单位或个人认为本网内容可能涉嫌侵犯其合法权益,请及时向本网提出书面权利通知,并提供身份证明、权属证明、具体链接(URL)及详细侵权情况证明。本网在收到上述法律文件后,将会依法尽快移除相关涉嫌侵权的内容。

网友点评
0 相关评论
精彩导读
Baidu
map