광학

근적외선용 F-Theta 스캔 렌즈

황화아연 다중 스펙트럼 및 용융 실리카 소재를 기반으로 한 스캔 렌즈를 사용하여 레이저 용접, 마킹, 조각 및 절단 분야의 성능을 최적화하십시오.

Zinc sulfide multispectral has high thermal conductivity for reduced thermal focus shift and a high refractive index to minimize component count. Especially when combined with aspheric surfaces, this delivers better performance and lighter weight.

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필수 입력란

개인정보 처리방침

1 μm F-Theta Scan Lens Specifications

Get scan lenses over a range of focal lengths and field sizes for high- and low-power materials processing tasks that use near-infrared fiber and solid-state lasers.

데이터시트

F-Theta Scan Lenses for 1 μm

매개변수	모델
레이저	SL4-1.03-1.08-123-90-165-DW		SL2-1.03-1.08-62-142-275-DW	SL2-1.03-1.08-74-200-400	SL2-1.03-1.08-87-400-650-DW
Wavelength (μm)	1.03 to 1.08
Laser Power (w)	8 kW
CW or Pulse	CW
Input Beam Diameter at 1/e² (mm)	15			20	20
Minimum Clear Aperture for Full Beam (mm) at Galvo Input	15			30	20
Galvo Mirror Specifications
Dist. Between X & Y Scan Mirror (mm)	19.7		18	16	21
Distance from Y Scan Mirror to Edge of Lens Housing (mm)	16		15	26	26
Clear Aperture (mm)	15		15	20	20
Input Scan Angle (optical angle in degrees)	16 x 16.4		14.4 x 15	13.5 x 14.1	18 x 17
Scan Lens Specifications
EFL (mm)	163	277		400	650
Working Distance (mm)	197	302		430	700
Telecentric Error (deg)	< 4	< 11		< 11	< 14
Square Field Size (mm)	90 x 90	142 x 142		200 x 200	400 x 400
Lens Materials	FS + ZnS (MS)	FS + ZnS (MS)		FS + ZnS (MS)	FS + ZnS (MS)
Number of Elements (if restricted)	4	2		2	2
Theoretical Focused Spot Characteristics
Spot Size (μm at 1/e² power points)	21	33		35	57
Beam Size Variation Across Field (%)	6	12		13	13
Circularity (shortest/longest width)	> 0.94	> 0.88		> 0.9	> 0.9
Field Sag (μm)	< 40	< 300		< 300	< 1600