Edmund Optics® (EO), a leading provider of optical components, has expanded its extensive inventory by adding two new objectives from AdlOptica that enable a growing range of laser optics applications. This product expansion includes objective lenses that minimize optical aberrations for improved focusing and multiple focal depths for advanced material processing.
AdlOptica aplanoXX Aplan Objectives are designed for use with ultrafast solid-state and fiber lasers and are optimized for 800nm (Ti:sapphire) and 1030nm (Tb:doped) wavelengths. These objectives compensate for spherical aberration and coma when focusing light into glass, sapphire, silicon carbide, silicon, PMMA, and other transparent materials. These objectives are ideal for micromachining glass, 3D nanofabrication, waveguide recording, and selective laser etching.
AdlOptica foXXus Multi-Focus Objectives focus laser light to 1, 2, or 4 foci along the optical axis, increasing the effective depth of focus and enabling high-speed multilayer cutting of materials such as glass, sapphire, silicon carbide, or other brittle materials. These objectives are optimized for either 515/1.030 nm or 1.064 nm wavelength ultrafast solid-state and fiber lasers such as Yb:doped and Nd:YAG lasers.
To view these, and many more exciting new products offered by Edmund Optics, visit the new products page at www.edmundoptics.eu.
AdlOptica aplanoXX Aplan Objectives are designed for use with ultrafast solid-state and fiber lasers and are optimized for 800nm (Ti:sapphire) and 1030nm (Tb:doped) wavelengths. These objectives compensate for spherical aberration and coma when focusing light into glass, sapphire, silicon carbide, silicon, PMMA, and other transparent materials. These objectives are ideal for micromachining glass, 3D nanofabrication, waveguide recording, and selective laser etching.
AdlOptica foXXus Multi-Focus Objectives focus laser light to 1, 2, or 4 foci along the optical axis, increasing the effective depth of focus and enabling high-speed multilayer cutting of materials such as glass, sapphire, silicon carbide, or other brittle materials. These objectives are optimized for either 515/1.030 nm or 1.064 nm wavelength ultrafast solid-state and fiber lasers such as Yb:doped and Nd:YAG lasers.
To view these, and many more exciting new products offered by Edmund Optics, visit the new products page at www.edmundoptics.eu.
