Edmund Optics

Edmund Optics: IRis™ High Power Laser Detection Wand

Edmund Optics: USB Powered Alignment Laser Diode Modules: Available in wavelengths from 405nm to 940nm

Edmund Optics' USB Powered Alignment Laser Diode Modules can be easily connected, configured, and powered by common USB hardware. No external power supply is required, and when disconnected from the computer, these lasers will retain their settings (such as modulation and output power) allowing for flexibility in system design and layout. These lasers can also be plugged into a 5V USB power adapter for simple on/off functionality when more detailed control is unnecessary. USB Powered Alignment Laser Diode Modules’ software provides simple user adjustment of output power and modulation of the laser beam. A variety of laser diode wavelengths are available, ranging from VIS to IR. These laser diodes are ideal for space constrained alignment applications.

Edmund Optics: Smart Vision Lights (SVL) Camera to Light (CTL) Machine Vision LED Illuminators

Edmund Optics Smart Vision Lights (SVL) Camera to Light (CTL) Machine Vision LED Illuminators are IP65-rated brightfield lights featuring a working distance of 500-mm to 2000-mm that can be directly connected to a camera for control via the trigger output.

Edmund Optics Ultra Compact Objective Assemblies

Edmund Optics' TECHSPEC® Ultra Compact Objective Assemblies are EO’s smallest objective and are nearly the smallest available in the market in their class of working distance, magnification, and resolution. These objectives are finite conjugate by design, but achieve similar imaging performance of infinity corrected objectives and do not require a secondary tube lens to generate an image on the sensor.

Edmund Optics: 3D Printed Gradient Index (GRIN) Lenses

New from Edmund Optics,  3D Printed Gradient Index (GRIN) Lenses are additively manufactured through 3D inkjet-printing. These gradient optics are printed from two polymer inks containing nanoparticles and then cured to hold shape. By changing the nanoparticle concentration during the manufacturing process, a gradient refractive index is created in the optic which can be designed to vary in any axis. The 3D inkjet-printing process is capable of altering the refractive index contrast, refractive index gradient, and chromatic dispersion of the produced lenses, enabling highly complex or freeform optical functions. 3D Printed Gradient Index (GRIN) Lenses are used in defense applications, including night vision systems and imaging systems for unmanned aerial vehicles, to create smaller, lighter optical systems.

Edmund Optics: Achromatic Singlet Lenses

Edmund Optic's new TECHSPEC® Achromatic Singlet Lenses are diamond turned aspheric achromatic lenses made of a single optical material, Zeonex E48R, that do not require optical cements or secondary materials to enhance color correction. The novel design has been shown to outperform traditional achromatic doublets by a factor of 3 and plano-convex (PCX) singlets by a factor of nearly 40 in terms of chromatic focal shift. TECHSPEC Achromatic Singlet Lenses are ideal for broadband focusing applications as well as ultraviolet applications where optical cement is not desired.

Edmund Optics: Ultra-Broadband Achromatic Lenses

Edmund Optics new Ultra-Broadband Achromatic Lenses feature high broadband transmission greater than 90% from 800 to 4000nm. These doublets are a compact solution for extending an application’s operation to the mid-infrared spectrum while correcting for chromatic aberration at 1030nm and 3.5μm. For optimal performance, these lenses are constructed from air-spaced calcium fluoride and sapphire substrates housed within an aluminum barrel. Ultra-Broadband Achromatic Lenses are ideal for use in broadband applications such as hyperspectral imaging, NIR and MWIR spectroscopy, photothermal, and broadband light sources such as super-continuum lasers.

Edmund Optics Ultra-High Power UV Curing System

Edmund Optics: Extreme Ultraviolet (EUV) Flat Mirrors

Edmund Optics TECHSPEC® Extreme Ultraviolet (EUV) Flat Mirrors are multilayer mirrors designed for maximum achievable reflectance at the design wavelength and angle of incidence. These mirrors feature a coating deposited on a super-polished single crystal silicon substrate and surface roughness less than 3Å RMS. The 45° AOI mirrors are useful for steering s-polarized beams, while the 5° AOI mirrors may be used with unpolarized beams. Applications for EUV mirrors include Coherent Diffractive Imaging (CDI) and materials science research. TECHSPEC Extreme Ultraviolet (EUV) Flat Mirrors can also serve as harmonic selectors for High Harmonic Generation (HHG) beams.

Edmund Optics: Knife-Edge Pickoff Mirrors

Edmund Optics Knife-Edge Pickoff Mirrors are designed to selectively reflect an individual beam from a group of tightly spaced beams, while minimizing the overall footprint of the application. These mirrors feature a sharp 45° bevel with a reflective coating that extends to the beveled edge on a precision Fused Silica substrate with λ/10 flatness to the bevel. Knife-Edge Pickoff Mirrors are ideal for applications that incorporate dispersion prisms and diffraction gratings. These mirrors are available in three metallic coating options with performance from the visible spectrum into the far IR.

Edmund Optics Optotune 3mm Clear Aperture Focus Tunable Lenses

Edmund Optics Optotune 3mm Clear Aperture Focus Tunable Lenses are easily integrated into a variety of Machine Vision applications including inspection, sorting, and bar code reading. By applying a current, the Optotune 3mm Clear Aperture Focus Tunable Lenses are able to quickly change shape from concave to convex, and provides an adjustment of -13 to +13 diopters (-77 to +77mm). With a small form factor of 10mm diameter x 4mm thick, low power consumption, and fast settling time, these lenses are the ideal option for OEM integration.

Edmund Optics Cameras

Edmund Optics offers a wide range of analog or digital Cameras designed for a variety of imaging applications, including video microscopy or industrial use. Cameras use a wide range of video outputs to display an image on a monitor. Digital Cameras are available with a variety of digital interfaces, such as USB 2.0, USB 3.0, FireWire.a, FireWire.b, Gigabit Ethernet, or Camera Link® to ensure maximum compatibility with any number of applications’ needs. A selection of camera accessories is also available including mounting adapters, capture cards, or cables.

Edmund Optics Stock

The following items are in-stock Adelaide, and available for immediate delivery, at prices shown below.

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Edmund Optics

Edmund Optics (EO) is a leading producer of optics, imaging, and photonics technology.

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