Optiken von BFi Optilas in hervorragender Qualität wie Linsen, Spiegel, Etalons, Fenster, Filter, Waveplates, Beamsplitter, Mounts und vieles mehr zum Herstellerlistenpreis.

UV Laser Beam Expanders - BXUV
UV-VIS High Energy Laser Beam Expanders - HEBX
Precision Mounted Anamorphic Prisms - AP - APUV
CW Laser Beam Expander VIS-NIR- CWBX
Dual Wavelength Nd:YAG Beam Expanders - DWBX
Standard Laser Beam Expanders -LBX

Nd:YAG - Argon Laser Beam Expanders -LBZ
Precision Laser Beam Expanders -LBM
Zoom Beam Expander - LBV

UV Laser Beam Expanders - BXUV
BXUV Galilean beam expanders optimize both clear aperture and magnification ratio in as short a space as possible while also eliminating the risk of focused retroreflections. The compact, air-spaced design can be used either for beam expansion or beam reduction. Galilean beam expanders High-energy air-spaced design Ideal for laser-processing applications Use in reverse as beam condenser Custom expansion ratios available Expansion Ratio: 2-3-5-10X Damage Threshold: 1 J/cm2, 8 nsec at 248 nm Wavelength Range: 193-248nm/225-308nm/355-532nm

UV-VIS High Energy Laser Beam Expanders - HEBX
HEBX high-energy Galilean beam expanders optimize both clear aperture and magnification ratio in as short a space as possible while also eliminating the risk of focused retroreflections. The compact, air-spaced design can be used either for beam expansion or beam reduction. It is manually adjustable, allowing for collimation at a variety of wavelengths. Galilean beam expanders High energy air-spaced design Ideal for laser processing applications Use in reverse as beam condenser Custom expansion ratios available Expansion Ratio: 2-3-5-10X Damage Threshold: Broadband: 10 J/cm2, 20 nsec, 20 Hz at 1064 nm Narrowband: 15 J/cm2, 20 nsec, 20 Hz @1064 nm

Precision Mounted Anamorphic Prisms - AP - APUV
CVI's AP and APUV anamorphic prism pairs reshape the elliptical beam inherently produced by the asymmetric radiation pattern of diode and excimer lasers. The input face of each prism is aligned to near Brewster's angle so an AR coating is not required if the input light is p-polarized or unpolarized. CVI stocks mounted prism pairs with aspect ratios from 2:1 to 6:1 for one-dimensional (anamorphic) expansion or reduction of any laser beam. A ¼-20 thread mounting hole is centered on the base. Beam expansion, reduction or reshaping Advise input polarization when ordering to optimize overall transmittance Ideal for UV-NIR diode, excimer and Nd:YAG lasers Damage Threshold: 4 J/cm2, 20 nsec, 20 Hz @ 1064 nm Expansion Ration: 2-3-4-6X Design Wavelength: N-SF11-830 nm/ UV-Grade Fused Silica 351 nm

CW Laser Beam Expander VIS-NIR- CWBX
CWBX Galilean design works well for any visible or near-IR laser system as a great general purpose beam expander. High CW damage threshold makes this ideal for CW laser processing applications. Galilean design Use in reverse as beam condenser Useful for any visible of near-IR laser system Fixed magnification ratios of 2X to 25X, non standard on request Damage Threshold: 1 MW/cm2 @ 1064 nm Substrate Material: BK7 glass Wavelength Range: 425-675nm/670-1064nm Centered Wavelength: 488-515-532-633-780-800-980-1054-1064-1310-1500-1550nm Expansion Ratio: 2-3-4-5-7-10-15-25X

Dual Wavelength Nd:YAG Beam Expanders - DWBX
Dual wavelength DWBXbeam expanders These dual-wavelength beam expanders have the same focal length at 1064 nm and at 532 or 633 nm. They can collimate Nd:YAG and HeNe beams at the same lens spacing. DWBX are corrected for spherical aberration at 1064nm and 532/633nm and for coma at 1064nm. Because they are air-spaced, they can be used in high power Nd:YAG applications. The coatings are designed to give low reflection losses. Air-spaced design for high energy applications Dual AR coated for Nd:YAG and alignment laser Corrected for spherical aberration and coma Better wavefront quality and achromatization than telescope objectives Galilean design Damage Threshold: 4 J/cm2, 20 nsec, 20 Hz at 1064 nm Expansion Ratio: 3-5-10X Wavelength Range: 1064-532nm/1064-633nm/1064-670nm

Standard Laser Beam Expanders -LBX
Many applications of helium neon and other visible lasers require the beam to be expanded for uniform illumination of a large area. Cost effective and ideal for illuminating a large area Designed for broadband applications from 450 to 750 nm Expansion ratios to 20× with 1λ (peak to peak) or less wavefront distortion Far-field focusing adjustable from 3 m to infinity Expansion Ratio: 5-10X

Nd:YAG - Argon Laser Beam Expanders -LBZ
LBz serie beam expanders can be used with blue HeCd, argon-ion, krypton/argon-ion, Nd:YAG, and frequency-doubled Nd:YAG lasers. Broadband multilayer dielectric coatings for visible or near-infrared laser wavelength Compatible with high-power laser systems Coating: Near-IR 1064nm: 6.5J/cm² in 20s Visible-532nm: Pulsed3.8J/cm² in 13s/ CW 70KW/cm² Expansion Ratio: 3X Wavelength Range: 750-1100nm

Precision Laser Beam Expanders -LBM
Precision laser beam expanders produce peak-to-peak wavefront distortion of less than λ/4 in expansion ratios of 3×, 10×, 20×, or 30×. Larger output beams with reduced beam divergence for holographic and other distant illumination applications. Optimized for 1-mm-diameter input beams Far-field focusing from 3 m to infinity Wavelength Range: 450–750 nm

Zoom Beam Expander - LBV
Zoom beam expander is ideal for visible, near-IR, and tunable sources. The focus ring is used to collimate the input beam, and the zoom ring then allows adjustment of the output beam diameter, from 2.5× to 10×. Broadband multilayer antireflection coatings from 540 to 750 nm Recommended Maximum Input Beam Diameter (1/e2): ≤1.5 mm Focus range: 2.0 m to infinity Variable laser Beam Expansion Range 2.5–10X at 632.8 nm