SEARCH RESULTS (2182)
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The Excelitas pco.dicam C4 LX four-channel intensified camera, based on a 25mm image intensifier, is a budget friendly, easy-to-use alternative to the high-end versions. Built on our established pco.dicam C4 hardware platform, the pco.dicam C4 LX gives you full access to the world of true optical gated imaging. With no export restrictions and intuitive software, the S20-photocathode matches most application requirements.
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The pco.dicam C8 UHS combines eight ultra-fast 18 mm high-quality image intensifiers in a fully integrated 8-channel sCMOS camera system. With advanced optical coupling via ultra-fast tandem lens to a 16-bit sCMOS sensor, the pco.dicam C8 UHS equally distributes light from a single optical input to each intensifier with 2.5 ns shortest gating. Each channel can detect single photons at full 2.3 MPixel resolution.
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Built on our pco.dicam C8 platform, pco.dicam C8 LT is a budget-friendly alternative to our standard camera and UHS models most suitable for routine intensified imaging applications. This fully integrated eight-channel intensified sCMOS camera features an advanced optical beam splitter that enables equal distribution of incident light from a single optical input to eight 18 mm high-quality image intensifiers each capable of detecting single photons with 51 ns shortest gating and up to…
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Excelitas pco.dicam C8 combines eight high-resolution image intensifiers each with a 25 mm diameter that offers a fully integrated eight-channel intensified camera. In addition, this camera features advanced optical coupling via ultra-fast tandem lens to a 16-bit sCMOS sensor that ensures equal light distribution to each image intensifier which can detect single photons with shortest exposure times down to 4 ns at 848 fps at full 4.2 MPixel resolution.
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The pco.dicam C4 UHS is a fully integrated four-channel, ultra-high speed intensified sCMOS camera. With an advanced optical beam splitter, the pco.dicam C4 UHS equally distributes incident light from a single optical input to four individual 18 mm image intensifiers which each detect single photons with 2.5 ns shortest exposure times and up to 572 fps at full 2.3 MPixel resolution.
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Built on our pco.dicam C4 platform, pco.dicam C4 LT is a budget-friendly alternative to the pco.dicam C4 standard and UHS models most suitable for routine intensified imaging applications. This fully integrated four-channel intensified sCMOS camera features an advanced optical beam splitter that enables equal distribution of incident light from a single optical input to four 18 mm image intensifiers each capable of detecting single photons with 51 ns shortest exposure time and up to 120 fps…
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The pco.dicam C1 LT intensified sCMOS camera is built on our proven pco.dicam C1 platform technology and offers full access to true optical gated imaging suitable for a variety of short exposure applications. This camera features an 18 mm image intensifier with a S20 photocathode optically coupled to a 16-bit sCMOS sensor via an efficient tandem lens. Single photons can be detected using exposure times down to 51 ns with a frame rate up to 120 fps at full 2.3 MPixel resolution.
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The pco.dicam C1 Ultra-High Speed (UHS) is the first camera system to offer 18 mm image intensifier technology designed to harness the full power of the sCMOS sensor. Its unique optical coupling of an ultra-fast 18 mm image intensifier to a 16-bit sCMOS sensor via an efficient tandem lens enables single photon detection using unmatched exposure times down to 2.5 ns with a frame rate up to 143 fps at full 2.3 MPixel resolution.
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Excelitas pco.dicam C1 is our standard intensified camera system featuring 2048 x 2048 pixel resolution suitable for high-end intensified imaging. This camera offers advanced optical coupling of a high-resolution 25 mm image intensifier to a 16-bit sCMOS sensor via a high efficiency tandem lens making it possible to detect single photos with shortest exposure times down to 4 ns and with a frame rate up to 106 fps at full 4.2 MPixel resolution.
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Excelitas pco.dicam C4 is a fully integrated four-channel, high resolution intensified camera. Featuring an advanced optical beam splitter, the pco.dicam C4 equally distributes incident light from a single optical input to four 25 mm image intensifiers enabling single photon detection with nanosecond time resolution. This ultra-fast four-channel camera offers unique intensified 16-bit sCMOS capabilities with an advanced tandem lens system to ensure high transmission efficiency and no…
Product Category
Excelitas offers a range of pco.dicam systems with multiple channels. These multi-channel systems can be equipped with 4 to 8 intensifier cameras in parallel to multiply the frame rate values, resulting in an unmatched speed of up to 8 fully resolved images in just 32 nanoseconds. Our multi-channel concept provides new versatility, as each channel can be addressed individually. This feature is available for all three camera types: pco.dicam standard for the highest resolution, pco.dicam UHS…
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Excelitas' LINOS® Focus-Ronar Lenses are purpose-built for high-precision laser applications, delivering exceptional performance in welding, cutting, drilling, and structuring systems.
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The LINOS® DPZ Series Pockels Cells offer reliable, easy-to-use electro-optical switches designed for applications that require fast laser light switching. Featuring two crystals in series, the DPZ Pockels cells reduce the switching voltage by 50%, ensuring efficient performance with lower switching voltage demands. These switches are ideal for a wide range of laser systems, combining simplicity and effectiveness to meet your fast-switching needs with confidence and precision.
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The LINOS® PM-C-BB Phase Modulator features a Brewster-cut MgO-LiNbO3 crystal, offering exceptional performance across a broad wavelength range from visible (VIS) to mid-infrared. Designed for demanding applications, such as side band generation e.g , used in Pound-Drever-Hall stabilization of optical resonators, it boasts a high photorefractive damage threshold, very high transmission, and minimal residual amplitude modulation.
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The LINOS® SV/SI Series Tunable Isolators are single-stage Faraday isolators designed for exceptional performance and flexibility. They provide continuous wavelength adjustment without any movement of optical components, ensuring long-term stability and reliability. With maximum transmission and isolation across the entire tuning range, these isolators are ideal for dynamic near-infrared (NIR) systems requiring precision and adaptability.
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DLI Faraday Isolators are two-stage, tunable isolators specifically engineered to meet the unique demands of diode lasers in the visible spectrum. They combine the superior isolation performance of a two-stage design with the flexibility of tunable operation. Easy to integrate into existing systems, these isolators can be adjusted precisely without altering laser polarization or position. Injection-locking versions are also available, making DLI Faraday Isolators a versatile, high-performance…
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Our LINOS® SC Series Single-stage Faraday Isolators deliver trusted results in a compact design. These single-stage Faraday Isolators are specifically engineered for effective optical isolation within the visible (VIS) to near-infrared (NIR) wavelength range, making them ideal for precision applications in research, industry, and OEM systems.
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See the Dark with Mamba40. Compatible with all generations of image intensified tubes, Mamba40 offers 40 degree field of view with clarity and high resolution, in a lightweight form. The Mamba40 industry leading design allows the objective and eyepiece to extract all the performance from high-end white and green phosphor tubes and provides increased situational awareness to warfighters, tactical professionals, and first responders.
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Excelitas is an optical technology leader in the development and manufacture of night-vision optics and modules for dismounted-soldier and aviator goggles the world over. Our NVG Optics and Assemblies include objective lenses, eyepieces and beam combining optics for image intensified and fused goggles among others.Excelitas is world renowned for high-quality and cost-effective solutions used in the most demanding of operational conditions. Our night vision Goggle solutions are…
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Giving users an immersive, clear and lightweight experience, the CobraEye is a rugged eyepiece suitable for use in both monocular or binocular systems. The module is compact and lightweight for user comfort while enabling low distortion and a wide field of view (FOV). CobraEye is perfect for training, simulation mounted or dismounted solider applications. With an industry leading design, the CobraEye is compatible with most micro displays with formats ranging from SXGA to VGA.
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The perfect compliment to our LINOS® Microbench and Nanobench open cage optomechanical systems, Excelitas also offers the enclosed, modular LINOS Tube System C for applications demanding light-tight, dust-free experimental set ups
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Excelitas offers a wide range of precision LINOS® Iris Diaphragms, Pinhole, and Slit structures for exacting light control in your experimental setups.
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Mirror mounts are an essential element in optical assemblies. The variety of mounts available from Excelitas includes Lees, LINOS® Standard and LINOS Adjust.X Mirror Mounts to meet a range of requirements across science and industry.
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Excelitas' line of LINOS® Breadboards and Mounting Plates are the perfect starting point for any experimental optical setup
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Excelitas' comprehensive range of LINOS® Mounts, Posts and Holders includes object holders for rectangular and cylindrical elements, as well as for mounted and unmounted optics or prisms.
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Excelitas offers a broad range of precision LINOS® Positioners including manual positioners, linear positioners, X-Y stages, rotary stages and goniometers with assorted adjustment ranges and load capacities
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LINOS® Nanobench System is a precision construction system for beam diameters up to ½" with a more compact footprint than that of our LINOS Microbench System.
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LINOS® Magneto- and Electro-Optic Modules set laser industry standards with high-performance optical crystal based Q-switching, optical isolation, and laser beam modulation technologies.LINOS Pockels Cells are ultra-fast electro-optic Q-switches capable of nanosecond switching, making them ideal for many Q-switched or pulse sliced laser types with applications for laser eye surgery, laser engraving, laser marking, laser material processing, processing of solar cells and more.LINOS…
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Excelitas possesses more than 40 years of expertise in the design, engineering and production of lasers, light sources, optics and complex optomechanical assemblies utilized in the manufacture of semiconductors and integrated into semiconductor equipment. We deliver the exacting stability, sub-micron resolution and reliable optomechanical precision that are critical to the continued evolution of semiconductor technology.
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With our rich history in custom optical design, engineering and manufacture, Excelitas is your partner of choice for high-precision optical, laser and illumination solutions for refractive surgery, ophthalmic measurement and retinal diagnostic instrumentation. We can manufacture your product "Built to Print" based upon your design, or develop an initial optical solution designed to your performance requirements and optimally engineered for manufacture. The key to our success is a detailed…
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Excelitas provides leading medical OEMs with a variety of lighting, optics and light detection solutions for endoscopy and surgical visualization. Our Cermax Xenon, laser, and leading-edge LED illumination solutions couple with high-performance micro-optical elements, objectives and turnkey photonic payloads ready for integration into your endoscopic system. We fabricate precision micro-optics down to 0.3 mm Ø and multi-element micro-objectives down to 0.8 mm Ø with FOV ≤170°. We can…
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For more than 20 years, Excelitas has been applying our expertise in optical systems, illumination and photonic technologies into state-of-the-art dental equipment. We have partnered with leading dental OEMs in the development and manufacture of finished systems from dental lights to radiographic systems to intraoral cameras. We are your technology partner in developing a custom-tailored solution to your unique requirements. We excel equally at grass-roots design, development and manufacture…
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Our broad portfolio of power, illumination, optics and detection technologies combined with our expertise in developing and manufacturing custom end-to-end photonic subsystems has made Excelitas an invaluable development partner to leading biomedical and analytical instrumentation OEMs for decades. Whether your system requires compact handheld designs, multi-wavelength light engines, clinical portability, bench-top stability and performance, or central imaging lab precision and versatility,…
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Excelitas offers more than 20 years experience in the design and manufacture of optical modules and components for laser designation in dismounted soldier, vehicle and airborne targeting pod applications. Our products ensure reliable system performance for our services throughout the world.
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Our ring laser gyroscope optics offer micro-roughness below 0.5 Å, scattering loss of under 5 ppm and finesse of 200,000 when incorporated into optical cavities. Normal superpolished mirrors only reach 100 ppm loss and finesse of 30,000. Our Ion beam sputtered coating’s (IBS) reflectance is greater than 99.998% for 450 nm - 2 µm. Substrate materials include BK7, fused-silica, Zerodur, ULE, sapphire and silicon. Diameters from 0.25 to 4.0 inch (6 mm to 101 mm), flatness’s of λ/20 - λ/50 (at…
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Excelitas produces high-energy laser optics delivering best-in-class laser damage threshold, ultra-low scatter, excellent wavefront performance, exceptional environmental stability and rugged mechanical durability. Our high-energy laser optics and assemblies are ideal for the demanding applications of high-energy lasers, targeting, IR-countermeasure, range finding, and intracavity lasers. Engage our extensive portfolio of components including windows, lenses, prisms, beamsplitters, actively…
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Our expansive portfolio of advanced illumination, optics and light-detection technologies combine with our expertise in developing and manufacturing custom end-to-end photonic components, modules and sub-systems to make Excelitas your value-added partner of choice for photonic solutions in ophthalmology, biophotonics, dentistry, endoscopy, semiconductor equipment, and many other sectors.
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The LINOS Low-outgassing UV Beam Expander 1x-4x is the first of its kind featuring low outgassing, stainless steel design in an off-the-shelf UV standard product to minimize potential contamination and extend product life for optimal performance. Perfectly matched with our UV F-Theta-Ronar Lens, this product combination offers higher durability compared to conventional products to enable higher UV pulse energies and shorter laser pulses that are essential for laser material processing…
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Excelitas offers an extensive line of LINOS® F-Theta-Ronar Lenses ranging from the ultra-violet up to the short-infrared wavelength (340-2000 nm) for laser material processing including high-power, short-pulse as well ultra-short-pulse applications. LINOS F-Theta-Ronar Lenses are utilized for welding, fine cutting, additive manufacturing, laser cleaning, drilling, trimming, marking and many more laser applications.
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LINOS® Variable Magnification Beam Expanders are beam-forming optics used for laser material processing applications. They offer variations of beam diameters and divergence of laser beams to help optimize focus diameter, focus position and beam propagation within a laser system. Available in both manual and motorized models, our Variable Beam Expanders are made of fused silica and/or optical glass and are optimized for use with LINOS F-Theta-Ronar Lenses.
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Excelitas' line of LINOS® Fixed Beam Expanders are an ideal solution to generate plane wave fronts in focusing laser beams across long working distances.
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Excelitas possesses the advanced engineering, fabrication, coating and assembly expertise to provide high-performance, laser optics.We manufacture a wide range of laser optics and optical components from objective lenses and beam expanders used in laser material processing as well as, magneto- and electro-optic modules to enable your laser system and machinery innovation. From premium off-the-shelf products, to turnkey custom solutions... Engage Excelitas for single-source ease and…
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The LINOS® Rodagon and Rodagon-WA measuring lenses offer highest resolution and excellent contrast with minimum distortion and color neutrality to best meet the requirements of line-scan cameras and large imaging sensors. These high performance lenses sharply reproduce images that extend to the very edges of the object.
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The LINOS® Rodagon-F-Mount Lenses are designed to seamlessly adapt precision industrial-grade optics to an F-Mount camera with an exceptional price-performance ratio. High image quality that is synonymous with our Rodagon brand can now be achieved at focal lengths of 40-60 mm directly from an F-mount camera. Furthermore, the Rodagon-F-Mount Lens innovative design eliminates all moving parts to offer exceptionally robust performance.
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The LINOS® Apo-Rodagon-D are high performance lenses designed for large imaging sensors. Featuring high resolution, the Apo-Rodagon-D lenses offer an optimum solution for machine vision cameras with a pixel size down to 7 μm. The lenses are optimized for a magnification range from 1:2 to 2:1 and an optimum working aperture between f/5.6 and f/8.
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The LINOS® Apo-Rodagon-HR Lenses are high-resolution lenses with robust mechanics suitable for the harshest environments. These lenses feature a fixed aperture with no moving parts that avoid misalignment due to vibrations resulting from extreme applications. The Apo-Rodagon-HR offers extreme high resolution combined with a large image circle of 62 mm, making them ideal for popular 12k / 5 μm line-scan cameras.
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Benefit from over 30 years of experience in the development of optical systems for laser material processing!Our broad selection of manual and motorized LINOS® Beam Expanders and comprehensive range of LINOS F-Theta-Ronar and Focus-Ronar lenses are engineered to meet the most stringent requirements. We will serve you from development and prototyping to volume production, as well as partner with you during the full lifetime of your product. From premium off-the-shelf Laser…
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Rodenstock® Photographic Lenses and Filters are a proud part of the Excelitas optical technology portfolio. These innovative premium lenses are setting new standards for state-of-the-art performance in digital photography.
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Excelitas high performance infrared (IR) prisms provide dielectric antireflection and high reflection coatings to deliver superior laser damage resistance and exceptional environmental stability and mechanical durability. Utilizing our world-renowned capability for optical fabrication and polishing an extensive range of materials and geometries, our prisms are characterized by high quality surfaces, minimal edge defects, large clear apertures, tight angular tolerances and low wavefront error…
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Excelitas high precision prism assemblies allow multiple beams to be combined, split, or redirected based on differences in wavelength and/or polarization making them ideal in the construction of compact beam multiplexing systems for applications in aerospace, defense, bioinstrumentation, analytical instruments and semiconductor metrology systems.
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Excelitas offers risley (wedge) prisms with high accuracy laser beam steering in a wide variety of demanding military, industrial and instrumentation applications. Using our patented Ion Beam Sputtered (IBS) Coatings, our risley prism pairs feature low scatter, low loss surfaces, maximum optical throughput and highest laser damage resistance.
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Excelitas offers a range of laser prisms that include porro, penta, rhomb, corner cubes and right angle prisms. Using our patented Ion Beam Sputtered Coatings (IBS), our laser prisms ensure the highest spectral performance and environmental durability.
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Excelitas multispectral lenses have high reflectivity or transmission at multiple wavelength bands (808 nm, 1064 nm, 1570 nm, 3 µm - 5 µm) with excellent wavefront quality. These features enable common aperture FLIR applications while maintaining a high laser damage threshold.
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Excelitas high-precision infrared CO2 laser lenses are customized from a variety of substrate materials, including Ge, ZnSe, ZnS, and Cleartran. Using our substrate fabrication and coating leading-edge process technologies, our CO2 laser lenses minimize subsurface damage for excellent Laser Damage Thresholds.
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Excelitas offers 3 µm to 14 µm thermal infrared imaging lenses, which can be customized from a variety of substrate materials, including CaF2, ZnS, ZnSe, Ge, Si, and GaAs lenses from 6 mm to 250 mm diameters with a typical surface flatness of λ/10 (at 633 nm). In addition, our advanced plasma source (APS) coating technology for highly densified thin films provides superior environmental durability.
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Excelitas high-performance visible and infrared aspheric lenses offer a unique combination of high surface accuracy to achieve small, focused spot sizes and low surface roughness for minimal scatter and loss. These aspheric lenses feature sophisticated, multi-layer thin film coatings that deliver multispectral performance and a high laser damage threshold. Our aspheric lenses are produced with a densified structure to yield exceptional environmental stability making them ideal for demanding…
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Excelitas precision spherical lenses can be customized in lens size and radius curvature to serve your specific application best. Our infrared spherical lenses are specially designed to meet the needs of demanding military applications throughout the infrared. Using our advanced plasma source (APS) coating technology, these spherical lenses offer superior resistance to environmentally-induced damage degradation and enable precise control over part distortion on high aspect ratio parts.
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Excelitas offers multi-band filters that deliver a unique combination of high reflectivity and transmission at selected multiple spectral regions. Our multi-spectral optics provide optimum transmittance, sharp edges, exceptional blocking with excellent wavefront quality, and high laser damage resistance making them ideal for demanding applications that require high optical performance and outstanding environmental stability.
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Using our Ion Beam Sputtering (IBS) technology, Excelitas’ edge filters provide bandpass and sharp edge filters that have exceptional wavelength stability for ambient temperature and humidity changes. This highly controlled deposition process ensures that these edge filters are manufactured to meet the most demanding spectral requirements. Furthermore, our infrared edge filters provide the optimum transmittance, high blocking, and offer sharp spectral edges.
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Excelitas offers a wide range of precision prisms using a variety of substrate materials including sapphire, optical glasses, fused silica, Si, Ge, ZnSe, ZnS, CaF2, MgF2, Cleartran and AMTIR. Our sophisticated controlled fabrication and coating technology is used to consistently deliver superior performance while the use of our full suite of advanced metrology instruments enables us to achieve and verify arc second level angle accuracy.
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Excelitas offers high precision UV, VIS, NIR and infrared lenses from a variety of substrate materials, including sapphire, fused silica, Si, Ge, ZnSe, ZnS, CaF2, MgF2 and Cleartran. Every aspect of the lens production process, from surface generation to the final coating application is conducted using carefully controlled, advanced methods to avoid subsurface damage and deliver lenses with pristine optical surfaces.
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Optem® FUSION provides a wide range of value-added accessories to extend the functionality of your imaging system. The platform's modular nature allows for rapid integration of modules to expand capabilities, including tunable lenses, beamsplitters, rigid clamping mounts, and customized accessories.
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Excelitas offers LED and Halogen illumination modules, accessories, and adapters within the Optem® FUSION product line for simplified illumination integration and control. Depending on the application requirements, both on-axis coaxial illumination and off-axis ring light support are available.
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Our Optem® FUSION infinity-corrected lower lenses are precision-engineered to optimize optical performance over extended working distances. With seamless integration and rapid swap-out capability, the lower lenses enable fine-tuning resolution, working distance, and system magnification to meet specific application needs.
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Excelitas offers a vast selection of Optem® FUSION Lower Function Modules that are the basis for adding key functionality to your imaging system. These modules are designed to allow the integration of different lighting techniques, add manual or motorized focus movement, and expand on additional capabilities to your imaging solution.
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Excelitas offers a wide selection of camera mounts within the Optem® FUSION product portfolio to support almost any standard camera format. Our camera mounts allow for easy connection of your imaging sensor to the FUSION system.
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Our Optem® FUSION Camera Tubes are available in a wide range of magnifications, allowing for fine-tuning of the system and optimizing the performance to your image sensor. Available in both standard and mini formats, it ensures the performance is maximized optically and geometrically for nearly any application.
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The Optem Fetura+™ Advanced Zoom Lens is the culmination of over 30 years of research, design, and engineering, resulting in the performance apex of optical zoom lens technology. It features self-contained electronics, direct-drive linear rail technology, and unparalleled high-performance image quality guaranteed for over one million cycles. Fetura+ is built to maximize performance for the most demanding high-throughput applications. Its improved direct drive motion system eliminates…
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The Optem® FUSION zoom modules include two optical zoom ranges to extend the system capabilities further. The 7:1 and the 12.5:1 zoom ranges are designed especially for micro-inspection and imaging applications requiring both precision zoom quality and optical flexibility. The novel zoom modules are afocally designed for collimated 'infinity' light on both ends for utmost configurability and ease of customization.
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Excelitas offers the A-Zoomµ Micro®, single-objective, analytical probing microscope for value-added wafer imaging. Its compact, single-objective design eliminates cumbersome nose-turret manipulation improving wafer probing throughput.
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Optem® Long Working Distance (LWD) Objectives are the perfect machine vision and industrial imaging solution for applications demanding higher magnification, resolving power and chromatic performance without compromising working space around your subject.
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Optem Long Working Distance Microscope Objectives are the perfect machine vision and industrial imaging solution when you need added magnification and resolving power without compromising working space around your subject. Select from the complete line of Optem M Plan APO Objectives when flat-field precision, color accuracy and even illumination are critical. The Optem M Plan APO Objectives introduce a novel optical design optimized to meet the apochromatic flat-field demands of large-format…
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Excelitas offers the A-Zoomµ Micro®, Single-Objective, Analytical Probing Microscope for value-added wafer imaging. Its compact, single-objective design eliminates cumbersome nose-turret manipulation improving wafer probing throughput. Designed for streamlined operation and compact integration onto a multitude of probing stations, the A-Zoomµ Micro offers a high-value solution for circuit board, semiconductor and flat-panel display probing without sacrificing features,…
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The LINOS® MeVis-C/CF-Mount traffic lenses feature optimized color correction to eliminate focus shift between daylight and NIR illumination at approximately 850 nm. This optimized optical design eliminates the need for refocusing when switching between wavelengths, as the focal plane is identical for both illumination instances. In addition, the field-proven and well-known mechanics of the MeVis-C and MeVis-CF lenses remain unchanged to ensure a robust lens ready for the most…
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The LINOS® MeVis-C lenses are specifically developed to be used with the highest resolution sensors available on the market. Offering exceptionally high resolution across the entire sensor, the LINOS MeVis-C lenses ensure optimal performance for the most demanding applications. Furthermore, these lenses feature low distortion, minimal light falloff and excellent chromatic correction across the entire spectral range of 450 - 900 nm. Featuring premium glass and specialized…
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The inspec.x M Series offers a lens solution designed especially for low light line-scan and area-scan applications. Equipped with a lockable manual focus and manual iris, these F-Mount lenses are the ideal choice for sensors up to 35 mm format when a fast f/# is required. The inspec.X M 1.4/50 mm lens series is available for use in visible spectral range or near-infrared.
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Coaxial illumination is very common for high-resolution applications. Excelitas offers an easy-to-use prism module that is optimized for use with our prism type inspec.x L and d.fine HR lenses. This prism module is designed with has a universal mount for fiber guides that are widely used for line-scan illumination. With a simple setup, our prism module provides a complete optical system which combines the lens and illumination unit that achieves diffraction-limited performance.
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The inspec.x L 4/60 is optimized for use from infinity down through magnifications of around 0.2x. Within this range, the lens provides exceptional contrast over a large sensor size of up to 70 mm, as well as outstanding color correction and minimal distortion. This unique 60 mm lens provides high performance that is uncommon for such a short focal length and enables imaging of large objects in space constrained environments with large sensors.
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The inspec.x L 4.0/105 Series lens are designed to achieve an object resolution down to 2 µm and are suitable for sensors with up to 82 mm in length. With an enormous resolution of up to 200 lp/mm in the object plane, the inspec.x L 4.0/105 is able to provide high imaging quality across the complete image circle. Furthermore, this lens series offers the advantage of extremely small distortion, which is well under 1 µm over the complete field of view.
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The inspec.x L Series was developed to meet the highest requirements in industrial image processing with very large sensors. This lens series shows even contrast and resolution over an image circle of up to 82 mm. The field-proven performance makes these lenses a perfect match for sensors like the popular 12k/5 µm and 16k/5 µm line-scan sensors. Very large area scan sensors also benefit from the high resolution, low distortion and excellent color correction of these…
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The inspec.x L float lenses combine the field-proven imaging performance of the inspec.x L Series with newly developed mechanics to cover a large magnification range with only one lens. By using floating element optics, the inspec.x float lenses achieve high performance over an extremely wide magnification range from 0.3x to 3.0x and 0.06 to 0.52 respectively.
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LINOS® MeVis-C Lenses are developed explicitly for the highest-resolution sensors up to a one-inch diameter. Exceptional resolution is combined with low distortion, minimal light fall-off, and excellent chromatic correction and color rendition across 450 - 900 nm. Designed with a high numerical aperture and an exceptional resolution of less than two (2) µm across the entire sensor, the LINOS MeVis-C Lenses ensure optimal performance for the most demanding applications.
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Excelitas offers a wide selection of machine vision accessories including helical focus mounts, adapters and extension tubes specifically designed to mount our LINOS Machine Vision lenses to almost any camera used in industrial environments. These accessories offer a modular design to help configure your lens systems for highest reliability and precision in a multitude of applications.
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The new LINOS d.fine HR-M lens series from Excelitas pushes technological advancements with a ground up design offering ultra-precision imaging performance across large field of views. Designed with efficiency and throughput in mind, the large apertures optimize light throughput, minimizing cycle times, critical in an industrial environment. Ultra fine resolution to the corners of the field of view ensure consistent imaging performance across full format sensors and long line 16K format…
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The LINOS® d.fine HR 2.4/128 3.33X high-resolution inspection lens is optimized for a magnification factor of 3.33X achieving object resolution of up to 300 lp/mm across image circle diameters as large as 82 mm. With the addition of modular accessories, the d.fine HR 2.4/128 enables dual-support for both 12k/16k line sensors and large format area sensors providing maximum versatility for handling countless imaging tasks. Featuring an aperture…
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Excelitas' LINOS® Macro Lenses are developed for CCD Cameras and deliver exceptional resolution, contrast, color neutrality and virtually distortion-free imaging.
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Excelitas offers a range of high-performance Measurement Instruments to enable the execution of demanding light analysis applications.
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Multi-spectral imaging windows provide high transmission, excellent wavefront quality, low scatter, and exceptional environmental durability. These windows can be customized from virtually any substrate material, including fused silica, Si, Ge, ZnSe, ZnS, CaF2, MgF2, Cleartran and AMTIR.
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Excelitas offers high durability custom windows with exceptional mechanical, chemical and environmental durability to address the most demanding applications starting at 193nm wavelength. Utilizing our proprietary Advanced Plasma Source (APS) and Ion Beam Sputtering (IBS) coating technologies, these highly durable windows are damage resistant and available in the UV, VIS, NIR and infrared.
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The Excelitas corrosion resistant windows provide low defect, extreme environmental stability, and mechanical and chemical (abrasion, salt fog) durability using our proprietary Ion Beam Sputtered (IBS) coating technology.
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Excelitas high precision laser windows provide low transmitted wavefront distortion, high parallelism, low scatter, high laser damage resistance and exceptional environmental durability. Available in UV, VIS, NIR and the infrared, our laser windows are ideal for applications starting at 193 nm and that require tight control of transmitted wavefront.
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Excelitas offers high-energy laser mirrors that provide an unmatched combination of high laser damage threshold, ultra-low scatter, excellent wavefront performance, and rugged mechanical durability. With the use of proprietary superpolishing fabrication and precision Ion Beam Sputtered (IBS) technology, our high-energy laser mirrors are highly reflective and environmentally stable to meet the needs of demanding applications such as military targeting and range finding, industrial materials…
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Excelitas offers a range of copper high reflectors designed for use with high-power CO2 lasers to enable beam delivery and beam shaping. These laser mirrors offer a combination of high reflectivity >99.7% at 10.6 μm, excellent surface quality (40-20) and low scatter with surface roughness <50Å. Produced from oxygen-free, high thermal conductivity (OFHC) copper, these reflectors deliver superior optical performance and maximum laser damage threshold.
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Excelitas offers aspheric and parabolic mirrors which provide extremely accurate surface form and low sag deviation accuracies as low as ½ fringe making these ideal for a variety of demanding infrared imaging and military target designation applications.
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Excelitas graded reflectivity laser mirrors provide high damage threshold, spectral stability and precise spatial shaping of the intensity and phase characteristics of laser beams. With the use of proprietary precision Ion Beam Sputtered (IBS) technology, our graded reflectivity laser mirrors offer environmental stability and mechanical durability to meet the needs of demanding and harsh applications such as cavity optics in unstable resonator lasers.
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Excelitas low loss mirrors provide the lowest possible scattering and absorption loss making them ideal for the most demanding laser-based applications. By utilizing our proprietary state-of-the-art Ion Beam Sputtered (IBS) coating and superpolishing technology, our mirrors are manufactured to ensure the lowest possible scattering losses and deliver ultra-smooth surfaces.
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Excelitas offers a diverse range of dichroic coatings that precisely control laser system light. Various technologies, from evaporative to ion beam sputtered coatings are available to match the specific component's application. Our infrared dichroic filters provide the optimum transmittance and sharp spectral transition edges with exceptional wavelength stability for ambient temperature and humidity changes.
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Excelitas offers bandpass filters with exceptional wavelength stability in ambient temperature and humidity, using our Ion Beam Sputtering (IBS) technology. This highly controlled deposition process allows us to manufacture filters that meet your most demanding spectral requirements. Our infrared bandpass filters provide the optimum transmittance, highest blocking, and sharp spectral edges.
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Excelitas offers custom thin film polarizers for the applications across UV and the infrared. Utilizing our extensive fabrication and thin film coating technology and expertise, our polarizers provide exceptional extinction ratio, ultra-low loss, superior wavefront performance and high laser damage resistance. Careful control of all aspects of component fabrication, from polishing through coating, ensures optimal system level performance.
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Excelitas high precision beamsplitter assemblies provide low transmitted wavefront distortion, minimal beam deviation, and precise control of output beam phase relationships. These beamsplitter assemblies allow multiple beams to be combined, split, or redirected based on wavelength and/or polarization. Using our adhesive free Activated Covalent Bonding (ACB) process, our beamsplitter assemblies provide very high laser damage resistance with exceptional thermal and environmental stability…
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Excelitas non-polarizing cube beamsplitters deliver broadband, polarization insensitive operation and exceptional path length matching for reflected and transmitted beams. Our unique adhesive-free Activated Covalent Bonding (ACB) process, together with a series of high precision, proprietary fabrication techniques, enable consistency across cubes with subarcminute beam deviation accuracy and low wavefront distortion.
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Excelitas offers precision fabrication and coating techniques that enable us to create high performance cube beamsplitters that provide a unique combination of superior optical performance and high laser damage resistance. With the use of our proprietary adhesive-free Activated Covalent Bonding (ACB) technology assembly process, Excelitas cube beam splitters provide outstanding environmental stability and durability. They are available in the UV, VIS, NIR as well as narrow or broad…
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Excelitas offers high precision windows for a variety of demanding applications such as laser cavities, aerospace, military, illumination, and instrumentation. With the use of our advanced fabrication and coating techniques, our custom windows provide tightly controlled transmitted wavefront, a high degree parallelism, minimal scatter, high laser damage resistance and outstanding durability for the most challenging environments.
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Excelitas offers an extensive range of custom mirrors, with particular expertise in ultra-high reflectivity and laser damage resistance. Our state-of-the-art superpolishing technology is used to custom fabricate flat, spherical substrates, while a diverse portfolio of coating technologies produce the highest possible spectral performance at any wavelength.
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Excelitas offers a wide array of beamsplitters in plate, cube and custom multi-port configurations. Utilizing our proprietary adhesive-free Activated Covalent Bonding (ACB) technology, we produce highly robust assemblies which provide superior wavefront performance and high laser damage resistance. With consistent performance over a broad wavelength range, our beamsplitters offer a unique solution for your most demanding applications in defense, aerospace, semiconductor manufacturing,…
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Excelitas’ diverse range of wavelength selective coatings are characterized by optimum transmittance and sharp spectral edge transitions. They include bandpass filters, long-wave and short-wave pass filters, notch filters, dichroics, trichroics, harmonic separators as well as spatially variable components. Utilizing our ion beam sputtering technology, our custom filters have exceptional wavelength stability with respect to changes in ambient temperature and humidity.
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MachVis™ System Configurator is a powerful web-based configurator for imaging applications. Covering a broad selection of the Excelitas product portfolio, including LINOS® and Optem® lenses, PCO® cameras, and X-Cite® fluorescence illuminators, MachVis enables users to quickly design and configure complete optical setups. With an intuitive interface and smart component suggestions, it simplifies the selection process and…
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The XTOF-100-A chip is a general-purpose, monolithic, fully integrated photoelectric CMOS device for optical distance measurement and object detection.
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The XTOF series ToF chips is a system-on-chip (SoC) device and contains a ToF imager, integrated LED or laser driver, A/D converter, and on-chip controller — providing a complete signal acquisition and processing chain on a single chip for optical distance measurements and object detection.
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Our high-performance air-cooled UV LED systems for small-area curing offer lengths of up to 240 mm. These UV LED curing systems are equipped with high-power LEDs and custom optics to provide high peak irradiance, ensuring fast and even curing. Designed for simple, flexible, and cost-effective integration, our UV LED curing systems are compact and lightweight. These modular small-area UV LED systems are suitable for both low- and high-power applications. Featuring advanced optics, these…
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Excelitas offers a full range of innovative LED solutions to meet the most demanding performance requirements for applications such as medical, industrial, sciences and consumer products. Leveraging our innovative technologies and field-proven expertise, customers can engage Excelitas for discrete LED components, modules and subassemblies, or complete LED light source systems.
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Excelitas LA Series of Line Sensors are the most versatile photo detectors in sensing technology. These linear image sensors set a new benchmark in miniaturization and performance. Featuring an ultra-compact design, they are the smallest in their class worldwide, delivering outstanding sensitivity, speed, and precision for the most demanding optical measurement systems. This compact architecture combines a very small form factor of 8.1 x 1.3 x 0.23 mm, very high QE from 350 nm to 1100 nm, and…
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For decades, Cermax® Xenon has been the pioneering industry leader for high-performance medical and industrial light sources. From single replacement lamps, to complete custom and off-the-shelf Illuminators, Cermax is the most trusted brand name for Xenon lighting…virtually synonymous with medical illumination applications and high-intensity, perfect bright white light.Since the introduction of our short-arc Xenon lamps in the early 1980s, Cermax Xenon technology has been an…
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Excelitas manufactures a range of advanced UVC Disinfection Systems specifically designed for effective surface treatment, packaging disinfection, and air treatment. These cutting-edge systems harness a variety of technologies to deliver powerful and effective UV radiation. Our innovative solutions are utilized across a diverse range of industries, including food and beverage packaging, exhaust air treatment, surface decontamination, and upper-room disinfection. We address the complex…
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Excelitas offers a wide variety of standard catalog photodiode arrays. With standard pitch values from 0.8 mm to 2.5 mm, you are sure to find the right detector for your X-ray imaging needs. In addition to a wide range of standard catalog items, we also offer customization to meet the unique challenges of your specific application.
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Excelitas offers precision optics in most every form and spanning the entire spectrum. You can choose from more than 4,800 off-the-shelf optical products! Our selection includes plano-convex lenses, biconvex lenses, aspheres and achromats with individual coatings, as well as plano optics, mirrors, polarization optics, electro-optics and optical design software and of course our optical assemblies and systems, such as objective lenses, optronics modules, and complex custom sub-assemblies and…
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Excelitas Linear Excimer Lamps produce eye safe narrow band 222nm UV-C wavelengths, achieving excellent lifetimes and output with materials optimized for working in the UV-C. Electrode life is maximized by isolation from the plasma discharge. While standard linear sizes are available, we also offer customized co-axial excimer lamp geometries upon request.
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Excelitas Excimer Modules encapsulate excimer lamps with an integrated reflector, transverse discharge, and external electrodes that maximize lamp lifetime, all contained in a rugged but aesthetically pleasing modular design. Customized sizes are available, with smaller modules allowing for prototyping, tiling, or small work areas. Larger sizes allow disinfection of larger areas with a minimal number of power supplies.
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Excelitas excimer lamps, manufactured as linear and module forms, generate eye safe narrow bandwidth 222nm ultraviolet light safely and efficiently. The 222nm wavelength is proven effective at combating a wide variety of microbes with long lifetimes, perfect for stand-alone systems or to be integrated into multiple modality disinfection solutions.
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The FireJet™ ONE is a premium 20 W/cm² UV LED curing system designed for curing of inks, coatings and adhesives where high power in a compact design is essential. Available in widths ranging from 75 mm to 375 mm, the FireJet ONE lamps can be easily scaled by placing units next to each other and daisy-chaining them together.
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The VTH2110 is a 25 mm2 silicon photodiode offered in chip form for optimal alpha particle detection, such as radon gas detection applications. This photodiode provides an enhanced response to radiation of interest, with a radiation robust chip design and a large active area of 5x5 mm. This low capacitance silicon photodiode provides a 25 mm2 active area and spectral response between 400 nm and 1100 nm.
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The VTH2120 silicon photodiode with a 100 mm2 active area is offered in chip form for optimal alpha particle detection, such as radon gas detection applications. This photodiode provides an enhanced response to radiation of interest, with a radiation robust chip design and a large active area of 10x10mm.
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The Excelitas VTH21 and VTH30 photodiodes are offered in chip form for optimal alpha particle detection such as radon gas detection applications. Featuring a robust chip design, these low capacitance silicon photodiodes provide high responsivity to radiation of interest. These photodiodes are available in both a 5x5mm and 10x10 mm large active area for maximum detection of low level radiation and a spectral response between 400 nm and 1100 nm.
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Excelitas utilizes Silicon and InGaAs materials for our photodiodes to provide detection from 220 nm to 1700 nm. These devices are offered in a variety of sizes to meet customer sensitivity and speed requirements. Many different types of photodiodes are available to serve various unique applications.Our photodiode arrays are used to generate an X-ray image by scanning an object line by line. The X-rays are converted into light through the attached scintillator crystal. The light…
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The XTOF-102-B chip is a general-purpose, monolithic, fully integrated photoelectric CMOS device for optical distance measurement and object detection.
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The XTOF-102-A chip is a general-purpose, monolithic, fully integrated photoelectric CMOS device for optical distance measurement and object detection.
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The XTOF-101-A chip is a general-purpose, monolithic, fully integrated photoelectric CMOS device for optical distance measurement and object detection.
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The XTOF-RM-100 is a miniaturized 3D ToF camera. It uses a proprietary time-of-flight technology that incorporates the XTOF-100-A ToF chip and a small LED to illuminate the scene.
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The XTOF-M-101 is a miniaturized 3D ToF camera. It uses a proprietary time-of-flight technology that incorporates the XTOF-100-A ToF chip and a small LED to illuminate the scene.
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The XTOF-M-100 is a miniaturized 3D ToF camera. It uses a proprietary time-of-flight technology that incorporates the XTOF-100-A ToF chip and a small LED to illuminate the scene.
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The XTOF modules is a miniaturized 3D ToF camera. It is based on a proprietary time-of-flight technology. They incorporate the XTOF ToF chip and an integrated small LED for scene illumination. enabling accurate depth sensing and object detection in a compact form factor.
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LINOS® Rotary Support is designed for precise angular adjustment of optical components, making it ideal for applications in laser technology and photonics. Its smooth and accurate movement ensures reliable positioning of polarizers and birefringent filters, helping achieve optimal beam control and system performance. With a compact design and easy handling, this support simplifies alignment tasks while maintaining high stability. Perfect for research laboratories and advanced optical setups,…
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The Optem® FUSION Modular Microscopy platform is the next generation of microimaging lens systems for high precision, high magnification applications across Visible to SWIR wavelengths. An extensive range of ready-to-use modules make it the most comprehensive lens system on the market. Whether for high-throughput automated inspection or high-resolution defect detection, the system is designed to meet the evolving needs of today’s OEM micro-imaging applications. The Optem…
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PCO cameras are powerful, well-characterized instruments designed to capture reliable and precise image data in the most challenging settings. Our online tools help users compare models and identify the most suitable PCO camera for specific applications. These tools showcase imaging capabilities and present key performance differences, enabling informed, confident camera and lens selection.
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The next-generation pco.hsr 8x25 CLHS high-speed image recorder is designed for continuous, lossless capture of the fastest transient events. Its robust FPGA-based architecture streams data directly to high-endurance SSDs, combining extreme data throughput with uninterrupted recording. Supporting up to eight cameras simultaneously, the pco.hsr 8x25 CLHS uniquely combines ultra-high-speed acquisition with extended image recording, ensuring no critical moment is missed in high-speed…
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The Excelitas ultra-low-power DigiPyro® PYD 2597 detector operates at just 1.4 V. This fully integrated, two-element pyro detector is made from RoHS-compliant materials and is designed to maximize battery life, making it suitable for remote motion-detection applications. Featuring Excelitas’ signature Wake-Up mode, this detector consumes only 2 µA at 1.8 V, further extending battery life for remote motion detection.
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The Excelitas Development Series Capacitor Charging Power Supplies are high-voltage platforms designed to support rapid prototyping, system evaluation, and early-stage development of advanced laser and high-energy systems. Available in three power variants, 2kW, (XLS202), 3 kW (XLS302), and 4 kW (TLX402), these platforms provide flexible high voltage solutions that simplify integration and provide access to Excelitas engineering support to reduce development time, mitigate risk, and enable…
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Excelitas Pulsed Xenon UV light sources offer a broadband UV spectrum useful in a variety of disinfection applications. Our Xenon Flashlamps can be custom designed and manufactured in any geometry with precision and economies of scale. Input energies range from <1 Joule to >10,000 J, with powers from a few Watts to multiple Kilowatts. These Pulsed Xenon’s broad UV emission wavelengths are tailored for output in the UV-C, eliminating any concern about the peak absorption of the…
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UVC LED-based Chip-On-Board (COB) sources offer the greatest flexibility with the highest level of integration of all the UVC light sources. Excelitas offers the capability to package bare LED die into component-level packages of any number in any shape or size. Since, these packages are die carriers, any number of LED die or sensors can be integrated into any given design. Die count per package can range from one die to a thousand. The limitations are endless, and are not…
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The FireEdge™ FE410 UV LED curing system is designed with advanced features that provide up to 50% higher irradiance, power, and dose than the original FireEdge FE400. These features are particularly beneficial for customers seeking faster processing speeds to enhance throughput while still enjoying the compact design of the FE400. Designed for full cure and pinning applications, the FireEdge FE410 includes built-in intensity control options suitable for inkjet pinning, 3D printing, and…
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The FireEdge™ FE400 air-cooled UV LED curing system offers advanced features with maximum flexibility. It includes built-in intensity control options, enabling it to be used for both full-cure and pinning applications by delivering high UV power. This system provides process stability thanks to the patented TargetCure™ technology, which ensures precise and predictable UV output. Its unique scaling feature allows multiple units to be stacked end-to-end, resulting in contiguous and uniform UV…
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The FireEdge™ FE100 air-cooled UV LED curing system utilizes passive cooling through natural convection, enabling precise finish control for applications such as digital inkjet pinning and applications where space is limited. The extremely slim form factor features an emitting window of 8mm in diameter making it ideal for flat panel display edge curing. Ambient cooling eliminates the need for any external forced-air cooling system or chiller to remove heat from the UV source.
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OmniCure® AC5 Series of air-cooled UV LED systems are designed for small area curing. With advanced front-end optics, these high power UV curing systems deliver 14 W/cm2 peak irradiance for fast, even curing. The Series includes the AC550, AC550P, AC575 and AC575P, with the P versions having enhanced optics to optimize the dose for short working distances along with a removable window for easy cleaning to support print applications.
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OmniCure® AC4 Series of air-cooled UV LED curing systems are designed with high output LEDs and custom optics to deliver high irradiance of over 8 W/cm2 with exceptional uniformity at long working distances. Consisting of the OmniCure AC450, AC450P, AC475, AC475P, our AC4 Series utilizes our patented process for individually addressing each LED UV module output to provide consistent results by ensuring high longitudinal uniformity over the entire 50 mm (2″) to 75 mm (3…
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OmniCure® AC2 Series offers compact, air-cooled UV LED curing systems for small-area applications. With advanced front-end optics, the AC275 and AC2110 systems deliver over 2.5 W/cm2 peak irradiance with exceptional uniformity.
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The Phoseon FireJet™ FJ801 UV LED Large Area Curing System features a touch controller that simplifies operation with its intuitive touchscreen interface. With no knobs, buttons, or moving parts on the front, the controller is easy to store and transport. This system is designed for adhesive and coating curing applications requiring low irradiance and long dwell time on large scale production lines. The FJ801 light source maintains excellent uniformity and reliability. Additionally, the user-…
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The Phoseon FireJet™ FJ800 UV LED Curing System is a large area curing solution for adhesive and coating curing applications requiring low irradiance and long dwell time on large scale production lines. Starting with a 100 mm x 100 mm longitudinal surface, the modular components can be scaled in all directions, providing uniform UV illumination to adjacent areas.
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The Phoseon™ FireJet FJ100 Gen2 features a compact design and offers end-to-end scalability, making it a perfect solution for a variety of printing and coating applications. This fully self-contained unit comes with five different window lengths to facilitate easy integration. The lamps can be controlled using PLC signals, allowing for instant on/off functionality, intensity control, and other primary functions, or digital control for more advanced status and control.
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OmniCure® AC Series UVC LED Curing Systems leverage our industry-proven AC Series platforms to provide the exceptional performance, quality, and robustness that is synonymous with the OmniCure brand. Delivering high output power and outstanding uniformity within a compact modular air-cooled design, these UVC systems are scalable and easy to integrate to meet the specific needs of a variety of applications.
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OmniCure® AC7 Series of air-cooled UV LED curing systems are suitable for large-area curing. Designed with high-output LEDs and custom optics, the AC7150 and AC7300 systems deliver over 5 W/cm2 peak irradiance and exceptional uniformity over the entire curing area. The AC7 Series provides high longitudinal uniformity to ensure consistent and repeatable curing of all parts over the entire 150 mm (6") to 300 mm (12") curing area.