エドモンド・オプティクス・ジャパン List of Products and Services

The TECHSPEC ultra-short pulse reflective enhanced silver-coated off-axis parabolic mirror is used to collimate or focus incident light at a specified off-axis angle. This mirror is coated with a reflective enhanced silver coating for ultra-short pulses, achieving over 99% reflectivity in its designed wavelength range while maintaining a low group delay dispersion (GDD) of 0 ±20 fs². The off-axis design of this mirror separates the focus from the beam path, allowing for more effective use of the space around the focus without disturbing the incident beam. It is ideal for focusing the laser light from low to medium power ultra-short pulse lasers, such as titanium sapphire and Yb-doped fiber lasers, while minimizing the temporal spread of the ultra-short pulses. A mounting plate is also available to secure this mirror within a benchtop system, allowing for posts to be set up perpendicular to the optical axis. ■ Reflective enhanced silver coating for ultra-short pulses for titanium sapphire and Yb-doped lasers ■ Low group delay dispersion ■ Minimizes scattering with a surface roughness of <50 angstroms RMS *You can download the catalog from Edmund Optics Japan that features this product from the link below.

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Edmund Optics offers a wide variety of achromatic lenses. We provide multiple anti-reflective coating options for ultraviolet (UV), visible, and infrared (IR) applications, including UV-VIS, MgF2, VIS 0°, VIS-NIR, NIR II, and SWIR. Additionally, we have achromatic lenses specifically designed for ultraviolet (UV) and infrared (IR) applications. The same lenses for ultraviolet (UV) and infrared (IR) offer superior performance compared to standard achromatic lenses coated for the same or comparable wavelength ranges (designed for the visible spectrum). Aspherical achromatic lenses combine the color correction capabilities of achromatic lenses with the excellent spherical aberration correction capabilities of aspherical lenses. Triplet achromatic lenses are available for applications requiring a 1:1 conjugate ratio or high magnification. For more details, please visit the official Edmund Optics website via the link below.

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Aspherical lenses are used in a range of applications, including barcode scanners, laser diode collimation, and integration for OEM and research and development, to eliminate spherical aberration. The use of aspherical lenses in single lens designs helps minimize the number of lenses in optical assemblies composed of multiple lenses. Unlike conventional lenses that adopt a spherical shape on the first surface, aspherical lenses feature a more complex surface shape where the curvature gradually changes from the center to the edge of the lens. Reducing the total number of lenses contributes not only to a decrease in the size and weight of the system but also simplifies the assembly process. By employing aspherical lenses in applications such as focusing the output from laser diodes, it is possible to reduce total costs and exceed the performance of assemblies designed with traditional spherical lenses. ■ For more details, please visit the official website of Edmund Optics via the link below.

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Edmund Optics offers the largest selection of optical elements in stock worldwide and sells a wide range of plano-convex lens products. Edmund Optics' plano-convex lenses come with a variety of coating and substrate material options. Anti-reflective coatings are available for a range of functions from UV to infrared (IR), including UV-AR, UV-VIS, MgF2, VIS 0°, VIS-NIR, NIR I, NIR II, and Telecom-NIR. Additionally, there is a lineup of coatings specifically designed for laser wavelengths of 266nm, 355nm, 532nm, and 1064nm. Lenses made from substrate materials such as germanium (Ge), silicon (Si), and zinc selenide (ZnSe) are ideal for infrared (IR) applications. ■ For more details, please visit the official Edmund Optics website via the link below.

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Edmund Optics offers a range of biconvex lenses that utilize substrate materials and anti-reflective coatings optimized for maximum performance in ultraviolet (UV), visible, or infrared (IR) wavelengths. The anti-reflective coatings include UV-AR, UV-VIS, MgF2, VIS 0°, VIS-NIR, NIR I, and NIR II. Additionally, biconvex lenses made from UV-grade synthetic quartz and calcium fluoride (CaF2) substrates are also available for ultraviolet (UV) and infrared (IR) spectra. Biconvex lenses made from UV-grade synthetic quartz are ideal for near-conjugate imaging systems that utilize UV illumination. Calcium fluoride (CaF2) has a very wide transmission range from 350nm to 7μm. Edmund Optics' biconvex lenses are extensively available in various sizes and focal lengths. For more details, please visit the official Edmund Optics website via the link below.

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Edmund Optics offers the largest selection of optical components in stock worldwide, including various plano-concave lenses. Edmund Optics' plano-concave lenses are available with a range of anti-reflective coatings. These coatings optimize throughput in the ultraviolet (UV), visible, or infrared (IR) spectrum. The anti-reflective coatings from Edmund Optics include UV-AR, MgF2, VIS 0°, VIS-NIR, NIR I, and NIR II. The plano-concave lenses with anti-reflective coatings are designed for a 0° angle of incidence. Lenses using UV-grade synthetic quartz as the substrate material are also available. This substrate material provides enhanced performance in the ultraviolet (UV) spectrum. UV-grade synthetic quartz substrates are ideal for UV imaging and laser applications. For more details, please visit the official Edmund Optics website via the link below.

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Edmund Optics offers the largest selection of optical components in stock worldwide, including various biconcave lenses made from standard optical glass and UV-grade synthetic quartz. The lenses made from standard optical glass are available with anti-reflective coatings that function in the ultraviolet (UV), visible, or infrared (IR) ranges, including MgF2, VIS 0°, VIS-NIR, NIR I, and NIR II. UV-grade synthetic quartz substrates allow for exceptional light transmission and high operating temperatures. Biconcave lenses made from UV-grade synthetic quartz are ideal for laser and imaging applications. Optional UV-AR anti-reflective coatings enhance performance in the ultraviolet (UV) spectrum. Edmund Optics' biconcave lenses are extensively available in various sizes and focal lengths. For more details, please visit the official Edmund Optics website via the link below.

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Edmund Optics offers cylindrical lens products in achromatic, aspheric, plano-convex, and plano-concave types. Achromatic cylindrical lenses minimize chromatic aberration, allowing for color correction. Aspheric cylindrical lenses are ideal for minimizing spherical aberration when using monochromatic light sources. Edmund Optics provides cylindrical lenses with substrate materials made of glass or plastic, available in circular, rectangular, or rectangular elongated shapes. Anti-reflective coatings are offered in multiple options, including UV-AR, UV-VIS, MgF2, VIS-NIR, VIS 0°, and NIR I, covering wavelengths from ultraviolet to infrared. Edmund Optics also publishes complete optical design data along with 2D and 3D drawing data. For more details, please visit the official Edmund Optics website via the link below.

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Edmund Optics offers a variety of high-performance IR lenses that achieve excellent performance across a wide range of the infrared spectrum, including singlet lenses, achromatic lenses, aspheric lenses, and condenser objective lenses. Infrared achromatic lenses are ideal for various applications, including FTIR spectroscopy and use with tunable QCL lasers, in industries such as life sciences and defense. ZnSe infrared aspheric lenses utilize a diffraction-limited design, making them perfect for focusing CO2 laser output to a point. We also offer other infrared-transmitting substrates, including germanium, sapphire, silicon, zinc selenide, and zinc sulfide. Options for anti-reflective coatings include VIS-NIR, NIR I, NIR II, Telecom-NIR, and SWIR. For more details, please visit the official Edmund Optics website via the link below.

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Edmund Optics offers a wide range of standard UV lenses, including plano-convex lenses, biconvex lenses, achromatic lenses, and ball lenses. Achromatic lenses are ideal for use with multi-color illumination in fluorescence applications and for focusing UV light sources. UV achromatic lenses provide superior chromatic aberration correction compared to standard UV singlet lenses. The substrate materials include calcium fluoride and UV-grade synthetic quartz. Additionally, anti-reflective coatings are available in MgF2, UV-AR, and UV-VIS options. For more details, please visit the official Edmund Optics website via the link below.

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Condenser lenses are used in high-efficiency lighting and projection systems. Condenser lenses are optical lenses designed to collect light, correcting for spherical aberration and coma. Edmund Optics offers a wide range of condenser lenses. Aspherical condenser lenses efficiently replace systems composed of multiple lens elements. By reducing the number of times back reflections occur, the overall transmission rate is improved. Replacing designs composed of multiple lens elements can reduce complexity and size. Typically, condenser lenses are used in pairs, arranged so that their convex surfaces are nearly in contact with each other. ■ For more details, please visit the official Edmund Optics website via the link below.

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Edmund Optics offers a variety of Fresnel lenses designed for visible and infrared applications. To maximize the performance of the lens, please use the grooved side of the Fresnel lens facing the longer conjugate point. For example, when using a Fresnel lens with a light detector, the grooved side of the lens should not face the light detector. Aspherical Fresnel lenses with aspherical profiles patterned in a Fresnel design improve focusing performance and spot size. Cylindrical Fresnel lenses focus light in only one axial direction. For more details, please visit the official Edmund Optics website via the link below.

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Focus-tunable lenses are special optical lenses that can adjust their focus through electrical or mechanical means. Unlike traditional fixed-focus lenses, these lenses can change their focal length, playing a crucial role in various optical applications. For more details, please visit the official website of Edmund Optics via the link below.

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Edmund Optics' special lens products include Compound Parabolic Concentrators (CPC), Focus Tunable Lenses, Laser Focusing Lenses, Micro Lens Arrays, and Fly Eye Lenses. Compound Parabolic Concentrators (CPC) are ideal for applications that require light collection. Focus Tunable Lenses allow for the control of the lens's focal length either manually or electronically. Focus Tunable Lenses enable easy testing of a range of focal lengths with a single lens, eliminating the need to purchase numerous optical lenses with individual focal lengths. This makes them perfect for laboratory use. Laser Focusing Lenses are designed to create the smallest spot size for the most commonly distributed red diodes in the market, ranging from 632.8nm to 670nm. Micro Lens Arrays are used in light homogenization applications. Fly Eye Lenses are best suited for use in lighting and projection systems. For more details, please visit the official Edmund Optics website via the link below.

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Edmund Optics offers the largest selection of optical components in stock worldwide, providing a rich variety of lens kits consisting of achromatic lenses, plano-convex (PCX) lenses, and other optical elements. The plano-convex (PCX) lens kits and other single lens kits come with a wide range of anti-reflective coating options that function in the visible and near-infrared (NIR) spectrum, including coatings for MgF2, VIS 0°, VIS-NIR, NIR I, and specific laser wavelengths. The achromatic lens kits are available in both unmounted and mounted options, featuring anti-reflective coating options such as MgF2, VIS 0°, and VIS-NIR. Additionally, the optical component kits consist of optical elements such as beam splitters, ND filters, prisms, and rod lenses. For more details, please visit the official Edmund Optics website via the link below.

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Non-axis mirrors are used to reflect light from locations away from the main optical axis, achieving various optical effects within the optical system according to different purposes. They help optimize the light path within the optical system to match specific designs and optical requirements. In conjunction with optical elements placed on the main optical axis, they can control effects such as focus, diffusion, dispersion, and interference. ■ For more details, please visit the official Edmund Optics website via the link below.

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Edmund Optics offers a wide range of optical flat mirrors, from standard to precision types. Standard flat mirrors feature the most extensive product lineup based on substrate materials, sizes, and surface accuracy. These mirrors come with standard mirror coatings, including aluminum, gold, silver, and dielectrics. Precision flat mirrors are available with either synthetic quartz or zero-dur substrate. Zero-dur is ideal for applications where fluctuations in ambient temperature are a concern. For enhanced reflectivity, metal film coatings can be chosen from aluminum, gold, or silver. The metal films are overcoated with a dielectric protective layer for improved durability. The surface accuracy of flat mirrors is available in λ/4, λ/8, λ/10, or λ/20. ■ For more details, please visit the official Edmund Optics website via the link below.

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Edmund Optics offers Nd:YAG laser mirrors designed to achieve the highest possible reflectivity. Many of these mirrors achieve over 99% reflectivity at their design wavelength. You can choose from mirrors for Nd:YAG high-power lasers, low-loss laser mirrors with Nd:YAG IBS coatings, single-wavelength laser mirrors, and laser mirror kits. The low-loss laser mirrors are designed to achieve reflectivity exceeding 99.9%, minimizing intensity loss within the optical system. The Nd:YAG laser mirror kits are optimized for various harmonics of Nd:YAG lasers, making them valuable equipment for laser research and universities. ■ For more details, please visit the official Edmund Optics website via the link below.

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Broadband dielectric film laser mirrors are designed to achieve high reflectivity over a wide wavelength range. Broadband dielectric film laser mirrors are ideal for beam steering applications in the UV, visible, and NIR wavelength ranges, utilizing broadband tunable lasers or systems with multiple laser light sources. For more details, please visit the official Edmund Optics website via the link below.

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Edmund Optics offers a wide range of laser mirrors suitable for many beam steering and beam manipulation needs. Laser line mirrors for single wavelengths are designed to reflect a very narrow band of wavelengths with ultra-high reflectivity. High-power mirrors are particularly durable mirrors with high laser endurance. A broad selection of laser mirrors is available for widely distributed laser wavelengths in the market. For more details, please visit the official Edmund Optics website via the link below.

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The ultra-short pulse laser mirror is designed to achieve a high laser-induced damage threshold, providing a reflectivity of over 99% when exposed to ultra-short pulse laser incidence. This mirror counters the temporal broadening and compression effects of pulse width by minimizing group delay dispersion (GDD) and group velocity dispersion (GVD) for specific wavelength ranges. The minimization of GDD and GVD is achieved by carefully selecting the coating layers to ensure that high reflectivity and low GDD are attained simultaneously. ■ For more details, please check the official website of Edmund Optics via the link below.

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Edmund Optics offers a variety of focusing mirrors with spherical or parabolic surface shapes, available with a series of metal film mirror coatings. For metal film mirror coatings, you can choose between aluminum or gold. Aluminum metal film coatings are suitable for enhancing the reflectivity in the ultraviolet (UV) or visible wavelength ranges. In contrast, gold metal film coatings are used for applications that require high reflectivity in the near-infrared (NIR) or infrared (IR) ranges. Mirrors with protective coatings improve the durability of the coatings. Parabolic focusing mirrors do not introduce spherical aberration into the system. Non-axis parabolic focusing mirrors change the direction of reflected light, so the reflected light does not converge towards the light source. For more details, please check the official Edmund Optics website via the link below.

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Edmund Optics offers optical components in stock, including IR lasers. Edmund Optics' IR mirrors include spherical, optical flats, parabolic, non-axis parabolic, those for laser diodes, broadband lasers, and metal substrates. Optical flat mirrors are suitable for interference experiments. Spherical mirrors and parabolic mirrors are used for focusing applications. Mirrors for metal substrates, laser diodes, and broadband lasers are well-suited for infrared (IR) laser applications. For more details, please visit the official Edmund Optics website via the link below.

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For details, please check the official website of Edmund Optics at the link below.

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A deformable mirror is a mirror that can adjust the shape of its reflective surface to reflect incoming light in the best wavefront state. It is used in applications for wavefront manipulation and system enhancement. Deformable mirrors are suitable for life science implementations, optical coherence tomography (OCT), and OEM integration. Cone mirrors are used for 360° illumination. Rod mirrors and right-angle prism mirrors are suitable for deflecting laser light by 90°. Convex mirrors create upright virtual images and are used to enlarge the field dimensions of imaging systems. For more details, please visit the official website of Edmund Optics via the link below.

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Edmund Optics offers a wide range of optical windows, starting with various visible windows. Edmund Optics' visible windows come in a variety of glass and plastic substrates. Edmund Optics' visible windows are designed for a wide range of applications, including those requiring high durability and operating temperature ranges. Plastic windows provide a lightweight and cost-effective solution for applications that demand strong mechanical properties. Glass windows are suitable for applications that require excellent optical properties and operating temperature ranges. For more details, please visit the official Edmund Optics website via the link below.

• Other optical parts

Edmund Optics offers a wide range of optical windows, including ultraviolet and infrared windows, with multiple anti-reflective coating and substrate material options. The substrate material options include UV-grade synthetic quartz, calcium fluoride (CaF2), magnesium fluoride (MgF2), potassium bromide (KBr), sapphire, silicon (Si), sodium chloride (NaCl), zinc selenide (ZnSe), and zinc sulfide (ZnS). Metallized windows are used for direct soldering or bonding within optomechanical assemblies. The IR window kit consists of several popular infrared (IR) window products from Edmund Optics. For more details, please visit the official Edmund Optics website via the link below.

• Other optical parts

Edmund Optics offers a wide range of IEEE-1394a/IEEE-1394b standard cameras for implementation in various imaging systems. In addition to their originally rich features, the widespread adoption of FireWire ports in many computers makes IEEE-1394 cameras a suitable option for many imaging applications that require high speed. We also provide various FireWire accessory products such as cables and capture cards. ■ For more details, please visit the official Edmund Optics website via the link below.

• Color camera

For details, please check the official Edmund Optics website via the link below.

• Other optical parts

Light control films are suitable for applications that remove unwanted ambient light and control the direction of light transmission from displays. Heat-absorbing glass minimizes the propagation of unwanted heat within the system by absorbing wavelengths longer than the visible spectrum. Infrared (IR) plastic sheets are used for mid-wave infrared (MWIR) and long-wave infrared (LWIR) applications. Acrylic domes and glass domes are used to create a boundary between two different environments, protecting against the surrounding environment. While glass domes have excellent optical properties, acrylic domes offer superior durability. Additionally, acrylic domes can be easily secured to the installation surface using slips or screws. For more details, please visit the official Edmund Optics website via the link below.

• Other optical parts

Edmund Optics offers a variety of optical diffusers made from a range of substrate materials, including frosted glass, holographic, and opal. The TECHSPEC frosted glass diffuser is suitable for applications that require low scattering loss. Holographic diffusers are used to increase the transmission efficiency of various light sources. UV holographic diffusers are also available to enhance performance in the ultraviolet range. Opal light-diffusing glass produces a state close to Lambertian distribution but causes a high level of scattering loss. Optical diffusers come in a wide range of sizes to meet application needs. For more details, please visit the official Edmund Optics website via the link below.

• Other optical parts

Edmund Optics offers a wide range of optical bandpass filters with a variety of bandwidth options. Laser line filters generally have a narrow bandwidth of 2 to 5 nm and are used for demanding laser applications. Fluorescence filters are designed to maximize energy transmission of the excitation and emission bands, typically having a wide bandwidth of 20 to 70 nm. Edmund Optics' 10 nm filters are suitable for chemical, environmental, and elemental analysis. Hard-coated filters achieve high performance with excellent durability. Soft-coated filters, manufactured using traditional vacuum deposition methods, are a suitable choice when cost is a concern. It is important to note that the optical characteristics of optical bandpass filters can vary significantly with the angle of incidence, so care should be taken when fixing or mounting them in optical systems. For more details, please visit the official Edmund Optics website via the link below.

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Edmund Optics offers a wide range of long pass edge filters that function in ultraviolet, visible, or infrared wavelengths. Long pass filters are available in a series of optical densities. As the optical density increases, the performance of blocking transmission improves. The TECHSPEC high-performance OD 4 long pass filter provides excellent transmission and high blocking capability. The TECHSPEC dichroic long pass filter features a durable hard coating, achieving high performance for use in fluorescent applications and as a spectrum-specific beam splitter. We also offer a long pass edge filter kit composed of Edmund Optics' most popular long pass edge filters. ■ For more details, please visit the official Edmund Optics website via the link below.

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Edmund Optics offers a variety of short pass filters that function in the ultraviolet, visible, or infrared ranges. The TECHSPEC high-performance OD 4 short pass filter provides maximum transmission and excellent blocking capability. The TECHSPEC dichroic short pass filter features low polarization dependence and a wide spectral range, and it employs a hard coating that is excellent for environmental resistance. We also offer a short pass edge filter kit composed of Edmund Optics' most popular short pass edge filters. For more details, please visit the official Edmund Optics website via the link below.

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Edmund Optics offers a wide range of optical filters, including a series of notch filters. Edmund Optics' notch filters feature blocking capabilities of OD 4 or OD 6 and can accommodate multi-notch configurations. The transmission stopband of the OD 4 notch filter is in a narrow range of just ±2.5% from the center wavelength, achieving a reflectivity of over 99% at the specified laser wavelength. OD 6 notch filters are used in applications that require high blocking only for narrow wavelength ranges while needing broad transparency for other wavelengths. Applications for OD 6 notch filters include laser-based Raman spectroscopy, fluorescence microscopy, and integration into life science systems. Multi-notch filters are used in applications that require the blocking of multiple narrowband transmissions with a single filter. For more details, please visit the official Edmund Optics website via the link below.

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Edmund Optics offers a variety of ND filters for ultraviolet (UV), visible, and infrared (IR) applications. The ND filter kit consists of multiple filters, each with a different optical density. By stacking multiple ND filters, you can increase the value of the optical density. We also offer step density filters. Step density filters have multiple optical densities applied on a single substrate, making them suitable for integration in labs and research and development. ■ For more details, please visit the official Edmund Optics website via the link below.

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For more details, please check the official Edmund Optics website at the link below.

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Edmund Optics offers a range of dichroic filters, including dichroic mirrors that reflect one color while transmitting all other visible wavelengths, dichroic short-pass and long-pass filters designed for visible or near-infrared (NIR) applications, and dichroic filters (beam splitters) that pass/cut at the primary wavelengths emitted by fluorescent dyes. For more details, please visit the official Edmund Optics website via the link below.

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Edmund Optics offers a wide range of machine vision filters for a variety of applications including inspection, robotics, and factory automation. Short pass filters remove long-wavelength light such as red and near-infrared, while long pass filters remove short-wavelength light such as violet and blue. ND filters can be stacked to increase optical density and reduce the overall amount of transmitted light. Color filters are suitable for use with black and white cameras to enhance contrast and resolution. Filter rings can be used to implement the complete product line of optical filters from Edmund Optics within machine vision applications. For more details, please visit the official Edmund Optics website via the link below.

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Edmund Optics offers a wide range of linear polarizers made from glass, plastic, and film substrates for applications in the visible and infrared (IR) spectrum. Edmund Optics' linear polarizing elements are available in various dimensions. Polarizing elements with glass substrates provide increased durability, while linear polarizers made from plastic or film are a cost-effective alternative. Linear polarizers with film substrates are available in sheet form, making them easy to cut to meet application needs. Laminated films increase the rigidity of the film, making handling and system integration easier. Near-infrared polarizing films are also used in optical communication devices. For more details, please visit the official Edmund Optics website via the link below.

• Lamps and light emitting devices
• Other optical parts

Edmund Optics offers a wide range of polarizing elements, including dichroic, crystal, and wire grid types. Dichroic polarizers have an excellent price-to-performance ratio and include options with large apertures. Crystal-type polarizing elements are ideal for laser applications due to their high extinction ratio and damage threshold. Wire grid polarizers, suitable for broadband applications, utilize a fine wire mesh that selectively transmits p-polarized light while reflecting s-polarized light. S-polarized light has a vibration direction that is perpendicular to the plane of incidence, while p-polarized light is oriented parallel to that plane. Edmund Optics also offers a wide range of zero-order and multi-order wave plates, as well as specialized polarizing rotators and Fresnel rhomb wave plates. For more details, please visit the official Edmund Optics website via the link below.

• Lamps and light emitting devices

Edmund Optics offers a wide range of LED diffused lights suitable for many imaging needs. Diffused coaxial illuminators are particularly suitable for long working distances and for inspecting highly reflective objects. Diffused light illuminators are an excellent lighting option for curved or irregularly shaped surfaces. We also offer a product line of high-brightness LED diffused lights for applications with more stringent conditions or requiring precise lighting. For more details, please visit the official Edmund Optics website via the link below.

• Other lighting equipment

Edmund Optics offers a variety of wave plates made from crystals and polymers, including multi-order, zero-order, and achromatic wave plates. Polymer wave plates achieve excellent performance over a wide range of incident angles. Multi-order wave plates are suitable for use with monochromatic light that oscillates within 1% of the design wavelength. Zero-order wave plates achieve high performance over a broader range of wavelengths and temperatures. Achromatic wave plates provide consistent performance over a wide range of wavelengths and temperatures. For more details, please visit the official Edmund Optics website via the link below.

• Other optical parts

Edmund Optics offers a wide range of LED accessory products and power supplies that can be applied to many LED lighting products. LED mounting brackets allow for the installation of a series of LED products in various locations, increasing versatility for applications. Heat sinks help maintain the temperature of LED light sources at a low level for extended periods, thereby extending product life and making them easier to use in more demanding requirements. Power supplies provide the energy necessary to drive LED lighting products. The power supplies come in multiple products to ensure compatibility with many LED products. For more details, please visit the official Edmund Optics website via the link below.

• Other lighting equipment

Lighting accessories are used to enhance the versatility of existing lighting fixtures by adding additional options and features for a variety of environments and applications. Lighting accessories consist of products such as light guides, adapters, and light intensity control controllers, designed to add new functionalities to existing lighting tools or provide replacement options. While increasing the number of applications where lighting products can be installed, lighting accessories also offer numerous replacement options, making it possible to extend the lifespan of lighting fixtures even further. There is also a lineup of condenser lenses for fiber light guides. ■ For more details, please check the official website of Edmund Optics via the link below.

• Other lighting equipment