Sill Optics
Since 1894, Sill Optics has been known for its precision craftsmanship and innovation in the optical industry. The company offers a diverse selection of laser optics, including collimation and focusing solutions, beam expanders, as well as telecentric and non-telecentric scanning lenses.
Edmund Optics® also provides a comprehensive suite of laser system solutions, including captive laser optics, laser sources, optomechanics, and more across the globe. By adding Sill Optics’ products to the Edmund Optics® Marketplace in the Americas and the Middle East, Edmund Optics® further extends its product range, continuing to enable customers to source optics for their entire beam path from a single provider, and providing customers in the Americas and the Middle East (excluding Israel) with immediate access to a wide range of high-performance laser optics without the need for lengthy quotations or extended lead times.
Sill Optics F-Theta Lenses
- Ideal for High-Precision Material Processing and Laser Scanning Applications
- Large Scan Fields Up to 410mm x 410mm
- High Damage Thresholds and Low Telecentricity Errors
- Galvanometers, Beam Expanders, and Laser Sources Also Available
Sill Optics Multispectral F-Theta Lenses
- Multispectral Design Wavelength of 532nm and 1064nm
- Large Scan Field of 102mm x 102mm and a Focal Length of 163mm
- High Damage Thresholds and Low Telecentricity Errors
- Galvanometers, Beam Expanders, and Laser Sources Also Available
Sill Optics Fixed Beam Expanders
- Fused Silica Optical Elements Reduce Thermal Expansion
- 1.5X, 2.5X, and 3X Fixed Magnification Options Available
- High Damage Thresholds up to 5.0 J/cm² (1ns, 50Hz)
Sill Optics Variable Beam Expanders
- 1X – 3X and 1X – 8X Variable Magnification
- High Damage Thresholds up to 5.0 J/cm² (1ns, 50Hz)
- Motorized Magnification Versions Available
Sill Optics Motorized Variable Beam Expanders
- Motorized Magnification Adjustment
- From 0.9X to 4X Variable Magnification
- Damage Threshold of 0.3 J/cm² (1ps, 100Hz)
Sill Optics Trapped Ion Lenses
- Designed For 369nm Ion Fluorescence Wavelengths
- High Numerical Aperture and Diffraction Limited Performance
- Ideal for Ytterbium (Yb+) Ion Quantum Computing and Sensing Applications
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