SEARCH RESULTS (88)
Product
The VTP7110H is a silicon photodiode in a lensed side-looking package with a fast response, low dark current and wide field-of-view.
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The VTP3410LAH is is a silicon photodiode in a visible blocking end-looking long T1 lensed package with an enhanced response in the near IR spectral range. This photodiode exhibits a very high shunt resistance, low dark current and low capacitance.
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The VTP3310LAH is a silicon photodiode in a clear end-looking long T1 lensed package. This photodiode provides an enhanced response in the visible and near IR-spectral range, as well as exhibits a very high shunt resistance, low dark current and low capacitance.
Product
The VTP3410LAH is a silicon photodiode in a visible blocking, end-looking, long T1 lensed package. This photodiode provides an enhanced response in the near IR-spectral range, as well as exhibits a very high shunt resistance, low dark current and low capacitance.
Product
The C30884EH Silicon Avalanche Photodiode (Si APD) offers very high modulation capability with high responsivity and fast rise and fall times. Because the fall time characteristic has no “tail”, the responsivity of the device is independent of modulation frequency up to about 400 MHz. This Si APD is made using a double-diffused “reach-through” structure and is optimized for high responsivity at wavelengths of below 1000 nm.
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The C30703FH Series of Silicon Avalanche Photodiodes (Si APD) with dimensions of 10 mm x 10 mm are designed for extremely large areas and offered in a flat-pack package suitable for radiation detection. The Si APD C30703 is enhanced for blue-wavelength response and has a peak quantum efficiency at ~ 530 nm.
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The C30703FH-200 Silicon Avalanche Photodiode (Si APD) with dimensions of 10 mm x 10 mm is designed for extremely large areas and offered in a flat pack suitable for radiation detection. The C30703 Si APD is enhanced for blue wavelength response and has a peak quantum efficiency at ~ 530 nm.
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The LINOS® LM13 Laser Modular Series is a compact, high-performance electro-optical modulator based on KD*P technology designed for precision laser control. This modulator is engineered to effectively control power, phase, or polarization state outside the laser cavity, offering exceptional flexibility. Its dual-crystal configuration compensates for natural birefringence, ensuring stable and accurate modulation. Ideal for demanding optical setups, the LM13 Series…
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The C30916EH Large-Area Silicon Avalanche Photodiode provides a 1.5 mm active area diameter in TO-5 housing.
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The C30737PH-230-90N Silicon Avalanche Photodiode (Si APD) provides an active diameter of 230 µm and enhanced 900 nm response in a Plastic T 1¾ package.
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The C30737LH-230-90N Silicon Avalanche Photodiode (Si APD) provides an active diameter of 230 µm with enhanced 900 nm response in a leadless ceramic carrier (LCC).
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The C30737LH-230-92N Silicon Avalanche Photodiode (Si APD) provides an active diameter of 230 µm with enhanced 900nm response and a 905 nm optical bandpass in a leadless ceramic carrier (LCC).
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The C30737PH-500-90N Silicon Avalanche Photodiode (APD) provides an active diameter 500 µm with enhanced 900 nm response in a plastic T 1¾ package.
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The C30737PH-500-80N Silicon Avalanche Photodiode (APD) provides an active diameter of 500 µm with enhanced 800 nm response in a Plastic T 1¾ housing.
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The C30737PH-230-80N Silicon Avalanche Photodiode (Si APD) offers an active diameter of 230 µm and enhanced 800 nm response in a plastic T 1¾ through-hole package.
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The C30737LH-500-90N Silicon Avalanche Photodiode (APD) offers an active diameter of 500 µm with enhanced 900 nm response in a leadless ceramic carrier (LCC).
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The C30737LH-500-80N Silicon Avalanche Photodiode (Si APD) provides an active diameter of 500 µm and enhanced 800 nm response in a leadless ceramic carrier (LCC).
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The C30737LH-300-70N Silicon Avalanche Photodiode (Si APD) provides an active diameter of 300 µm and enhanced 800 nm response in a leadless ceramic carrier (LCC).
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The C30737LH-230-80N Silicon Avalanche Photodiode (Si APD) offers enhanced 800 nm response with an active diameter of 230 µm in a leadless ceramic carrier (LCC).
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The C30737LH-500-92N Silicon Avalanche Photodiode (Si APD) provides an active diameter of 500 µm with enhanced 900nm response and a 905 nm optical bandpass in a leadless ceramic carrier (LCC).
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The C30737LH-500-83N Silicon Avalanche Photodiode (Si APD) provides an active diameter of 500µm with enhanced 800nm response and 650 nm optical bandpass in a leadless ceramic carrier (LCC).
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The C30737LH-500-81N Silicon Avalanche Photodiode (Si APD) provides an active diameter of 500 µm with enhanced 800 nm response and a 635 nm optical bandpass in a leadless ceramic carrier (LCC).
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The C30737LH-230-83N Silicon Avalanche Photodiode (Si APD) provides an active diameter of 230 µm, enhanced 800nm response and 650 nm optical bandpass in a leadless ceramic carrier (LCC).
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The C30737LH-230-81N Silicon Avalanche Photodiode (SI APD) provides enhanced 800 nm response with an active diameter of 230 µm and a 635 nm optical bandpass in a leadless ceramic carrier (LCC).
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The C30737CH-300-70 Silicon Avalanche Photodiode (Si APD) provides a 300 µm active diameter with enhanced 800 nm response in a leadless laminated carrier (LCC).
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The C30737LH-300-73N Silicon Avalanche Photodiode (APD) provides a 300 µm active diameter with enhanced 800nm response and a 650 nm optical bandpass in a leadless ceramic carrier (LCC).
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The C30737LH-300-72N Silicon Avalanche Photodiode (Si APD) provides a 300 µm active diameter with enhanced 800nm response and 905 nm optical bandpass in a leadless ceramic carrier (LCC).
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The C30737LH-300-71N Silicon Avalanche Photodiode (Si APD) provides a 300 µm active diameter with an enhanced 800 nm response and 635 nm optical bandpass in a leadless ceramic carrier (LCC).
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The NNILight series offers powerful UV lamps for water disinfection, available in 800 and 1000 watts. These cost-effective, out-of-arc lamps provide high UVC output and lower maintenance costs, resulting in a reduced total cost of ownership compared to low-pressure lamps. Benefits include cleaner drinking water and improved water quality for agriculture, aquaculture, and food and beverage production.
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The FireLine™ FL200 is a compact and scalable light source that operates with a separate controller. The lamps can be scaled to various lengths and provide exceptional optical uniformity, ensuring consistent and reliable curing for even the most demanding applications.
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The Nexus II™ air-cooled UV LED curing system is ideally suited for flexographic printing applications and provides the industry's top-performing solution. Featuring patented thermal management techniques and ValidCure™ Technology, Nexus II UV LED curing system delivers the highest total UV power output, which leads to increased print speeds, enhanced press uptime, and twice the product lifespan. ValidCure Technology validates the curing power delivered to the material surface, ensuring…
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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…
Product
1102502 series supply is a 125 kV/250 mA CT X-Ray PS is highly regulated Power Supply with high frequency power conversion technology used for all power supply functions. It is designed for a high-power rotating anode X-ray tube and produces -125 kV at 250 mA in a Standard Operational Mode, -130 kV at 10 mA in a Tube Conditioning Operational Mode.
Product Category
Excelitas pco.dimax cs high-speed cameras are specifically designed for harsh and demanding applications in car safety. With very high frame rates at a resolution of up to 4 megapixels, the pco.dimax cs camera series provide magnificent light sensitivity, leading image quality and excellent color rendering. Designed with a compact, lightweight and rugged design, these high-speed cameras are able to withstand harsh and demanding conditions such as crash tests for both on-board and off-board…
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The LINOS® inspec.x L 5.6/105 VIS-NIR lens series sets a new benchmark in both visual and non-visual inspection. Engineered for long-line and large-area sensors, it boasts an exceptional apochromatic design. This allows for ultra-sharp, high-contrast images across a broad spectrum of wavelengths from 400 to 1150 nm, eliminating the need for refocusing. The diffraction-limited design ensures outstanding performance throughout the entire object field, delivering optimal results even…
Product Category
The large-area, UV-enhanced Silicon Avalanche Photodiodes (Si APDs) are intended for use in a wide variety of broadband low-light-level applications covering the spectral range from below 400 to over 700 nm. These low noise, low capacitance and high gain Si APDs are available in flat-pack packages for either direct detection or easy coupling to scintillator crystals.
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Our LINOS® SV Series Single-stage Faraday Isolators combine precision engineering with long-term stability for consistent performance across the visible (VIS) to near-infrared (NIR) wavelength range. Backed by a legacy of quality and innovation, these single-stage Faraday isolators are a trusted solution for reliable optical isolation in laser systems.
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The LINOS® Glan-Taylor Prism Polarizer is a precision optical component designed for demanding polarization applications. It uses two air-spaced calcite prisms with parallel optical axes to achieve high extinction ratios across most of the aperture, ensuring excellent polarization purity. The design minimizes extraordinary ray deviation, maintaining accurate beam alignment and wavefront quality.
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Cermax® VQ Metal-body Parabolic Lamps are the premiere solution for medical lighting applications where performance and reliability are paramount. Our Cermax VQ Metal-body line delivers the unparalleled color performance that has made Cermax Xenon the medical industry standard for over 20 years.
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Our Cermax® VQ and ME Xenon lamps are compact, metal body Xenon short-arc lamps. With an internal, precision-cut reflector body and metal-to-sapphire and ceramic seal construction, Cermax VQ and ME lamps are a safe and very compact alternative to conventional quartz bubble Xenon lamps and are the recommended lamps for new Xenon illumination designs.
Product Category
The high performance rear entry “reach-through” silicon APDs offer the best compromise in terms of cost and performance for applications requiring high-speed and low-noise photon detection from 400 nm up to 1100 nm. These Si APDs feature low noise, high quantum efficiency and high gain while maintaining reasonably low operating voltage. The active area varies from 0.5 mm to 3 mm.
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Known for its high brightness, broad spectral range and tightly focused beam, the 300 Watt Cermax® Xenon lamp has been the industry standard since its development. This 300 Watt Xenon lamp is commonly used in diagnostic and surgical endoscopes in most major hospitals worldwide.
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The 175 Watt Cermax® Xenon lamp is well suited for designs that do not require the high intensity associated with its 300 Watt sibling. Featuring the same robust design synonymous with the Cermax family, this lamp provides a broad spectral output and the ability for the user to tune its output with catalog filters to match their desired spectral requirements.
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The PE150AF is the smallest lamp in the Cermax® portfolio. While small in size, it includes all the same features that has made Cermax the lamp of choice for high-intensity applications where full spectrum light is required. With its robust design, compact size and pre-aligned reflector, this lamp excels where small footprints are required.
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The boost in output from this 500 Watt Cermax® Xenon lamp makes this ideal for industrial applications with higher intensity requirements. The broad spectral output of the lamp is useful where accurate color rendition is needed or when specific spectral ranges are desired. Its robust design is perfect in less-than-ideal situations where quartz lamps typically fail.
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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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The 1200 Watt Cermax® Xenon lamp expands on the capabilities of the 1000 Watt lamp, providing an even higher intensity light while still maintaining the broad spectrum, compactness and high robustness associated with Cermax products. Built with an elliptical reflector to provide a short focal distance, the lamp produces high intensity focused light with applications ranging from wafer inspection and machine vision to solar simulation and spotlights or beacons.
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The 1000 Watt Cermax® Xenon lamp is a high intensity, high power lamp that maintains the broad spectrum, compactness and high robustness associated with Cermax products. Built with an elliptical reflector to provide a short focal distance, the lamp produces high intensity focused light with applications ranging from wafer inspection and machine vision to solar simulation and spotlights or beacons.
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The integrated elliptical reflector in this 300 Watt Cermax® Xenon lamp creates a converging beam eliminating the need for secondary focusing optics. The unique oversized reflector improves light collection and maximizes the efficiency of the lamp. This lamp is well suited for use where small aperture sizes are a requirement.
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The LINOS® F-Theta-Ronar Blue Line lenses are designed to achieve aberration-free imaging over the entire flat image plane for laser wavelengths between 440 – 460 nm. Exceptionally high entrance beam diameters allow minimum spot size in the image plane. All lenses are made of premium fused silica for high power laser material processing equipped with a sophisticated broadband and angle optimized coating.
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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 LINOS® Flat Rail System 40 is a compact and versatile solution for creating precise micro-optical benches. Its slim design supports space-constrained setups while maintaining high stability and accurate alignment of optical components. Ideal for research laboratories and industrial applications, the FLS 40 enables easy, reproducible positioning of mounted optics and supports efficient assembly of complex optical paths. Suitable for metrology, photonics, and experimental setups…
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LINOS® Aluminum Elliptical Plano Mirrors are versatile optical components engineered for high-performance reflection in diverse applications. These standard mirrors are available for visible to infrared or ultraviolet spectral ranges, providing high reflectivity across broad spectral and angle-of-incidence ranges. VIS–IR mirrors include a protective SiO₂ overcoating, while UV mirrors use an MgF₂ overcoating to ensure durability and resistance to environmental factors. Made from low…
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LINOS® F-Theta-Ronar lenses are designed to achieve aberration-free imaging for laser wavelengths between 940–980 nm, delivering exceptionally small spot diameters across the entire flat image plane. Offered in a broad range of optical glass focal lengths, they are ideal for diverse laser material processing applications. These lenses are manufactured with advanced production technologies to ensure long-term optical stability and meet the highest quality standards.
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LINOS® Silver elliptical plano mirrors in standard quality offer reliable high-performance reflection for a wide range of optical applications. Featuring a silver front-surface coating (RAGV), these mirrors provide the highest reflectance across 500 nm to 12 µm, free of absorption bands, ensuring consistent optical performance. Designed from low-expansion substrates, they maintain excellent thermal stability and surface flatness, minimizing distortion under varying environmental…
Product Category
Excelitas offers innovative illumination solutions with custom design capabilities and best-in-class manufacturing quality to meet the most demanding OEM medical and diagnostic applications such as endoscopy, surgical visualization and headlamp systems. We work closely with project teams to understand their requirements, and apply our extensive expertise in lighting technology to develop custom solutions that exceed expectations.Core Competencies: Proven expertise in developing…
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LINOS® VIS Achromats deliver exceptional optical performance for demanding imaging and beam-shaping applications. These achromats are unmounted and consist of a convex crown-glass lens with low dispersion (low color separation) and a concave flint-glass lens with high dispersion. The design of these positive achromatic lenses minimizes both longitudinal chromatic and spherical aberrations, ensuring sharp, high-contrast imaging results. Precision-engineered cemented doublets with…
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LINOS® Rectangular VIS-NIR beamsplitter plates offer precise light path control for broadband applications within the 450–1000 nm range. Each plate is made from high-quality N-BK7 glass and includes a second-surface broadband AR coating to reduce reflections and maximize transmission. Standard models deliver balanced 50:50 reflectance and transmittance for unpolarized light at 45° incidence. Wedge versions are also available to prevent etalon effects.
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LINOS® VIS Achromats provide outstanding optical performance for demanding imaging and beam-shaping applications. These achromats come mounted and are composed of a convex crown glass lens with low dispersion and a concave flint glass lens with high dispersion. This design effectively minimizes both longitudinal chromatic and spherical aberrations, delivering sharp, high-contrast imaging across the visible spectrum. Precision-engineered cemented doublets with tightly controlled…
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OmniCure® AC8 Series of air-cooled UV LED curing systems are designed to deliver over 8 W/cm2 peak irradiance with exceptional uniformity for even curing. The AC8150/P, AC8225/P and AC8300/P UV curing systems provide high longitudinal uniformity over the entire 150 mm (6") to 300 mm (12") curing area for consistent and repeatable results of all parts. The "P” versions of the AC8 Series have enhanced optics to optimize the dose for short working distances required by…
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LINOS® F-Theta-Ronar lenses are designed for aberration-free imaging of laser wavelengths between 1030 and 1080 nm. They enable exceptionally small spot diameters across the entire flat image plane. The lenses offer a wide range of focal lengths in optical glass or fused silica, suitable for high-power and ultra-short-pulse laser applications. Telecentric versions are also available to meet various laser material processing needs. With extra-low absorption coating and minimal thermal focus…
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LINOS® Thin Film Polarizer Cubes are engineered to deliver exceptionally pure polarized beams for demanding optical applications. Advanced dielectric beamsplitter coatings provide an extremely broad spectral bandwidth while maintaining outstanding transmittance and extinction ratios exceeding 10,000:1. The design ensures no angular or lateral beam deflection and minimal wavefront distortion, making these cubes ideal for precision imaging, spectroscopy, and laser systems. Broadband…
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LINOS® VIS Achromats provide reliable, high-quality performance for imaging and beam-shaping applications. Offered unmounted in large diameters from 40 mm to 100 mm, these positive achromats combine two carefully selected glass elements into a single cemented doublet to correct chromatic and spherical aberrations. This design provides sharp, high-contrast imaging across the visible spectrum. With tightly controlled focal lengths and minimal wavefront distortion, these precision-…
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Excelitas offers a wide range of unmounted fused-silica lenses in various focal lengths and diameters, suitable for UV and high-power applications. Only premium materials from trusted manufacturers are used, and strict tolerances are maintained to ensure high quality. Each lens type is also offered with a black anodized, engraved aluminum mount.
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Excelitas offers an extensive selection of LINOS® unmounted fused silica lenses with symmetric-convex shapes, available in multiple focal lengths and diameters to address various high-power optical applications. These lenses are made from premium materials sourced only from trusted manufacturers and meet strict tolerances to ensure high quality. Each standard lens includes a double-sided narrow-band anti-reflection coating optimized for the central YAG wavelength of 1064 nm to…
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Excelitas offers LINOS® unmounted symmetric-convex lenses made from premium fused silica, available in various focal lengths and diameters to support UV and high-power optical applications. All lenses are manufactured with strict tolerances to ensure exceptional optical quality and long-term stability. Standard lenses include double-sided anti-reflection coatings optimized for the visible (VIS) range to maximize transmittance. Lenses are offered mounted in a high-quality, black-…
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Excelitas offers a broad selection of LINOS® unmounted symmetric-convex fused silica lenses, optimized for the near-infrared (NIR) wavelength range. Available in a variety of focal lengths and diameters, these lenses simplify selection for high-power optical applications. Manufactured from premium materials to strict tolerances, they feature double-sided anti-reflection coatings for maximum transmittance. Choose unmounted versions for flexible integration, or precision-mounted…
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Excelitas provides a wide range of LINOS® fused silica symmetric-convex lenses in various focal lengths and diameters, suitable for UV and high-power applications. Only premium materials from trusted manufacturers are used, and strict tolerances are maintained to ensure high quality. Lenses are available either mounted in a black-anodized, engraved aluminum mount or unmounted for flexible custom integration.
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Excelitas offers a broad selection of LINOS® fused silica lenses with coatings optimized for YAG laser applications. Available in a wide range of focal lengths and diameters, these lenses are designed to support demanding high-power optical systems and enable precise component selection. All lenses are manufactured exclusively from premium fused silica sourced from trusted suppliers and produced with the tightest tolerances to ensure outstanding optical quality and long-term…
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Excelitas offers an extensive selection of LINOS® fused silica lenses optimized for the visible (VIS) wavelength range. Available in a wide variety of focal lengths and diameters, these lenses are designed to help you identify the ideal components for high‑power optical applications. Only premium materials from trusted manufacturers are used, with the tightest possible tolerances to guarantee exceptional quality. Standard lenses feature double‑sided VIS anti‑reflection coatings…
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Excelitas offers a wide range of LINOS® mounted fused-silica symmetric convex lenses for the NIR wavelength range, with various focal lengths and diameters to suit UV or high-power applications. Only premium materials from trusted manufacturers are used, and strict tolerances are maintained to ensure high quality. Each lens is available mounted in a black-anodized, engraved aluminum housing or unmounted for flexible custom integration.
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Excelitas offers a selection of unmounted LINOS® Plano-Convex Lenses for flexible, custom integration into your optical system. The narrow focal-length tolerances of our lenses ensure consistent system integration and reliable optical behavior. The plano-convex lenses deliver precise optical performance for applications that require controlled beam focusing. These uncoated singlets are well-suited for use across a broad wavelength range.
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Excelitas offers unmounted LINOS® Plano-Convex Lenses to enable flexible, custom integration into optical systems. Tight focal-length tolerances ensure consistent integration and reliable optical performance. These lenses deliver precise optical performance for applications that require controlled beam focusing. The ARB2 NIR broadband anti-reflection coating delivers high transmission from 725 to 1050 nm and offers excellent laser damage resistance for reliable operation in…
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Excelitas offers unmounted LINOS® Plano-Convex Singlet Lenses designed for flexible integration into optical systems. Their narrow focal-length tolerances ensure consistent integration and reliable optical performance. These lenses offer precise beam focusing, while the high-power, narrowband anti-reflection coating maximizes transmission at the Nd:YAG wavelength of 1064 nm and delivers excellent laser-damage resistance for dependable performance in demanding environments.
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Excelitas offers unmounted Plano-Convex Lenses for flexible, custom integration into optical systems. Their narrow focal-length tolerances ensure consistent integration and reliable optical performance. These lenses deliver precise optical performance for applications that require controlled beam focusing. The ARB2 VIS broadband anti-reflection coating offers high transmission from 450 to 700 nm and excellent laser damage resistance.
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The pco.dimax 3.6 ST CLHS is a high-speed streaming camera developed for continuous acquisition at full 3.6 MPixel resolution and over 2000 frames per second. Its Camera Link HS (CLHS FOL) interface enables real-time, uncompressed 10-bit data transfer over 8x10 Gb optical fiber. The streaming architecture removes the limitations of internal memory, allowing virtually unlimited recording times and immediate access to captured image data.
Press Release
Excelitas Technologies® Corp., a leading industrial technology manufacturer focused on delivering innovative, market-driven photonic solutions, today introduced the pco.dimax® 3.6 ST Streaming, High-Speed Camera for scientific and industrial applications. With real-time image streaming, the new camera captures crystal-clear images with a recording speed of 2166 fps at 3.6 MPixel resolution, making it ideal for use in high-speed sorting, analysis and inspection applications including…
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Join us at booth #7-210 at Enforce Tac 2024, the industry's meeting place for professionals from government agencies with security responsibilities and the armed forces. This trade fair will feature a discreet atmosphere, the highest quality and will offer everything that government security professionals and military personnel need.
Enforce Tac 2024
Press Release
Excelitas®, the leading provider of advanced, life-enriching technologies that make a difference, serving global market leaders in the life sciences, advanced industrial, next-generation semiconductor and avionics sectors, announces the launch of its next-generation 905 nm TPG3 Series of Triple-Cavity Pulsed Laser Diodes in a TO-56 can. Designed for high-volume range finding and LiDAR systems, the new series delivers improved beam uniformity, higher reliability, and tailored performance…
location
Address: Excelitas Canada Inc.
22001 Dumberry Road
Vaudreuil-Dorion QC J7V 8P7
Canada
Contact: (+1) 450-424-3300
Details: Our Excelitas facility in Vaudreuil-Dorion, Quebec has key positions in Operations, Production, Research and Development, and other disciplines. This facility specializes in silicon and III-V sensors or emitters including thermal infrared detectors, solid-state lasers and imaging solutions suitable for a…
Contact: (+1) 450-424-3300
Details: Our Excelitas facility in Vaudreuil-Dorion, Quebec has key positions in Operations, Production, Research and Development, and other disciplines. This facility specializes in silicon and III-V sensors or emitters including thermal infrared detectors, solid-state lasers and imaging solutions suitable for a…
Press Release
Digi-Key Expands Standard Catalogue offering to include Excelitas Optoelectronic and Photonic Sensor TechnologyExcelitas Technologies Corp. announces a new distribution agreement with Digi-Key Electronics, the industry leader in electronic component selection, availability and delivery. As a global technology leader focused on delivering innovative optical and photonic solutions, Excelitas meets the lighting, detection and optical technology needs of customers worldwide. Select products from…
Press Release
Excelitas Technologies Corp., a global technology leader focused on delivering innovative, customized photonic solutions, today announces the X-Cite 120LEDmini – a compact white light LED source for fluorescence imaging applications. Through direct coupling, the X-Cite 120LEDmini provides efficient optical output, exceptional uniformity, and the highest performing coupling optics available.
The X-Cite 120LEDmini offers broad-spectrum coverage ranging from 370nm to 700nm with high…
Press Release
Latest Addition to the X-Cite Family of Fluorescence LED Illumination Solutions Delivers Enhanced Optical PerformanceExcelitas Technologies Corp., a global technology leader focused on delivering innovative, customized photonic solutions, introduces X-Cite® 120LEDBoostto replace their popular X-Cite 120LED broad-spectrum solution. With the same key features and mercury-free benefits as its predecessor, X-Cite 120LEDBoost delivers 40% more power for improved fluorophore excitation. Its…
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Confocal Microscopy is valued for its ability to capture thin, high-resolution, in-focus slices from deep within thick specimens. These optical sections improve image contrast, remove out of focus fluorescence which blurs the images, and can be reconstructed into 3D models.
The first confocal design, proposed by Marvin Minsky in the 1950s, used a point illumination–point detection system that naturally rejects out-of-focus light. To build images, the system required point-by-point scanning…
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The 26th International Conference on High Resolution Molecular Spectroscopy (HRMS), also known as the PRAHA-meeting, looks back on a long tradition. The meeting constitutes the golden jubilee of the biennial PRAHA conferences, the first one being held 50 years ago in 1970. Scientific lectures and posters will be presented. The subjects covered at PRAHA 2022 include observation, measurement, and analysis of high resolution rotational, vibrational, or electronic spectra of molecules in the gas…
Editorial
Evolving materials and equipment enable manufacturers to use UV-cure adhesives that are more versatile, cost effective and environmentally friendly than ever.
Editorial
The integration of lidar into automotive applications is now pushing the boundaries of sensor, emitter
and package design to exceed current specifications.
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Frequently Asked Questions on Laser Modulators (FAQ)
What is the difference between intensity, phase and universal modulators?
There are three types of Laser Modulators offered by Excelitas:
a) Intensity Modulator (P) - Modulates intensity (Power P) respective to the amplitude of polarized laser light. The Intensity modulator (P) changes the intensity respective to the amplitude of the laser light. An intensity modulator is an universal laser modulator which includes an…