SEARCH RESULTS (2072)
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Excelitas offers a broad selection of LINOS® unmounted fused silica lenses in various focal lengths and diameters, simplifying selection for UV and high-power optical applications. We use only premium materials from trusted manufacturers and maintain strict tolerances to ensure exceptional quality. Each standard lens includes a double-sided narrow-band anti-reflection coating optimized for the central YAG wavelength of 1064 nm to maximize transmittance. All lens types are also…
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Excelitas offers an extensive selection of LINOS® unmounted fused silica lenses in a wide range of focal lengths and diameters, enabling precise component selection for UV and high‑power optical applications. Only premium materials from trusted manufacturers are used in production, with the tightest possible tolerances to guarantee exceptional quality. Each standard lens features double-sided broadband anti-reflection coatings optimized for the near infrared (NIR) wavelength range…
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Our LINOS® unmounted fused silica lenses are available in a range of focal lengths and diameters, making them suitable for UV and high-power applications. We use only premium materials from trusted manufacturers and maintain strict tolerances to ensure exceptional quality. Each lens type is also available with a high-quality, black-anodized, engraved aluminum mount.
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Excelitas offers a comprehensive range of LINOS® unmounted fused silica lenses, available in various focal lengths and diameters, facilitating the selection of optimal components for ultraviolet and high-power optical applications. These lenses are manufactured exclusively from premium materials sourced from reputable suppliers and adhere to stringent tolerances to ensure superior quality. Each standard lens is equipped with double-sided anti-reflection coatings optimized for the…
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Excelitas offers an extensive selection of LINOS® Singlets in a wide variety of focal lengths and diameters, helping you identify the ideal components for your application. We use only premium materials from trusted manufacturers and maintain the tightest possible tolerances to guarantee exceptional quality. Each standard lens features a double-sided narrow-band anti-reflection coating optimized for the central YAG wavelength of 1064 nm, ensuring maximum transmittance. You can…
Product Category
LINOS plano-concave fused silica lenses deliver precise beam expansion, image reduction, and focal-length adjustment, essential for diverse optical systems. Their unmounted design enables easy integration into custom assemblies, maximizing flexibility for laboratory, industrial, and OEM use. Fused silica offers excellent transmission across the UV to NIR wavelength range. It also provides exceptional thermal stability and low expansion under changing environmental conditions. These…
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Excelitas offers a wide selection of LINOS® singlet lenses. Options cover a range of focal lengths and diameters to help you find the right components for your application. Only premium materials from trusted manufacturers are used, following the tightest tolerances for exceptional quality. Each standard lens has double-sided broadband anti-reflection coatings across the near-infrared (NIR) wavelength range. Lenses are available mounted in high-quality, black-anodized, engraved…
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Excelitas offers a wide selection of LINOS® Singlets in multiple focal lengths and diameters for diverse applications. Only premium materials from trusted manufacturers are used, and strict tolerances are maintained to ensure quality. Each standard lens features double-sided anti-reflection coatings optimized for the visible wavelength range to enhance transmittance. Lenses are available mounted in a black-anodized, engraved aluminum housing or unmounted for flexible 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. Only premium materials from trusted manufacturers are used, with the tightest possible tolerances to guarantee exceptional quality. Each standard lens features a double-sided narrow-band anti-…
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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 in production, with the tightest possible tolerances to guarantee exceptional quality. Standard lenses feature double‑sided VIS anti‑…
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LINOS® Dielectric-Coated Plane Mirrors DLHS UV 351–355 nm are precision optical components for high-power and high-energy laser applications. These mirrors feature a dielectric VUV high-power coating, providing high reflectance and very low scattering losses, ensuring reliable performance in demanding beam steering and deflection. Optimized for a 45° angle of incidence, they deliver precise 90° beam deflection and can also be used as dichroic or longpass mirrors for selective…
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LINOS® Dielectric-Coated Plane Mirrors DLHS 755–840 nm, Ti:Sa are precision optical components for high-power and high-energy laser applications, optimized for Ti:Sapphire lasers. Their broadband dielectric coating delivers high reflectivity and minimal scattering losses across the full high-reflectivity range. These mirrors support angles of incidence from 0° to 45° and are available in elliptical, circular, and rectangular shapes to suit various optical configurations.…
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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.
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Our pco.panda 26 DS is an ultra-compact sCMOS camera with 5120 x 5120 pixel resolution designed for particle image velocimetry (PIV) applications. Featuring outstanding double shutter capabilities, the pco.panda 26 DS is the perfect camera solution for performing effective double imaging – essential for PIV measurements in flow analysis. The pco.panda 26 DS camera features a small 2.5 x 2.5 µm pixel size with a resolution capacity well-suited for use in optical systems.
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The pco.edge 9.4 bi CLHS is our first sCMOS camera with photon counting capabilities for challenging and demanding microscope methods like Lightsheet Fluorescence Microscopy (LSFM) and Structured Illumination Microscopy (SIM). This sCMOS camera combines an extremely low readout noise of 0.3 e- with a quantum efficiency of up to 85% with a broad spectrum out to NIR. The sensor incorporates microlenses and a full pixel height deep trench isolation for crosstalk suppression, resulting…
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The pco.edge 5.5 DS CLHS camera features a high resolution of 5.5 MPixel and operates in 16-bit mode for precise imaging. Its double shutter mode enables an interframing time of just 100 ns, ideal for capturing fast dynamic processes. This advanced camera is perfect for applications requiring exceptional detail and speed, such as in Particle Image Velocimetry (PIV) applications.
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The pco.edge 26 DS CLHS offers high-speed, high-resolution streaming by combining the image quality of a charge domain global shutter 26 MPixel image sensor with fast and efficient data transfer. Its double shutter mode enables an interframing time of 350 ns, ideal for capturing fast dynamic processes. This advanced camera is perfect for applications requiring exceptional detail and speed such as in Particle Image Velocimetry (PIV) applications.
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The pco.flim X is a new version of the first frequency domain (FD) Fluorescence Lifetime Imaging Microscopy (FLIM) camera using a fast modulatable CMOS sensor with two readout-taps per pixel. It offers an improved cooling, which achieves -5°C with forced air cooling and -20°C image sensor temperature with water cooling. All of this reduces the readout noise level below 15 [e-] and extending the usable exposure times to 4 instead of 2s. Therefore, the pco.flim X remains the frequency domain…
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The Excelitas pco.pixelfly 1.4 USB is a high-performance digital 14-bit CCD camera featuring state of the art CCD and electronics technology. This camera has a high quantum efficiency, high dynamic range and very low readout noise. Available exposure times range from microseconds to a minute.
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The Excelitas pco.pixelfly 1.4 DS USB is a high-performance digital 14-bit CCD camera featuring state of the art CCD and electronics technology. This camera has a high quantum efficiency, high dynamic range and very low readout noise. Available exposure times range from microseconds to a minute.
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The Excelitas pco.pixelfly™ 1.3 SWIR is a high-performance machine vision camera due to its special InGaAs image sensor which is sensitive in the shortwave infrared (SWIR), near infrared and visible range of the electromagnetic spectrum. It shows a favorably high sensitivity in the whole spectral range with up to 90 % in the shortwave infrared band. The small pixels enable the use of small magnification optics in microscopy and a low dark current for long exposure times.
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The pco.edge 4.2 is a high resolution, cooled sCMOS camera that operates with streaming via a 10G FOL (Camera Link HS) to allow direct processing of large data transfers through its high-performance data interface making it easy to securely bridge distances of up to 10 km. The pco.edge 4.2 is equipped with a low noise 16-bit scientific CMOS sensor to ensure crisp images and precise measurements. The pco.edge 4.2 sCMOS camera also comes with an upgrade option to include a water cooling system.
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The pco.edge 5.5 is a high resolution cooled sCMOS camera utilizing a CLHS interface and 10G FOL (Camera Link HS) to allow direct processing of large data transfers via a computer making it easy to securely bridge distances of up to 10 km. This camera is equipped with a 16-bit scientific CMOS sensor for capturing crisp images and precise measurements. The pco.edge 5.5 camera also comes with an option to upgrade with a water cooling system.
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The pco.edge 10 bi CLHS is our next-level sCMOS camera designed to deliver exceptional imaging performance suitable for microscopy, life science and physical science applications. With a back-illuminated image sensor, the pco.edge 10 bi CLHS comes with a quantum efficiency of up to 85 % with broad spectrum out to NIR. The sensor incorporates microlenses and a full-pixel height deep trench isolation for suppressing crosstalk and achieving excellent modulation transfer function for highest…
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The Excelitas pco.edge 26 CLHS offers high-speed, high resolution streaming by combining the image quality of a 26 MPixel image sensor with unrivaled data transfer options. It features four CLHS Fiber Optic Link (FOL) channels - all aligned in one compact plug - which can be selected from one to four sequentially with the ability to transmit up to 3.93 Gpixel/s. Furthermore, the pco.edge 26 CLHS camera operates at a minimum read noise and dark current without compromising image quality, thus…
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The pco.edge 3.1 USB camera is equipped with an innovative scientific CMOS sensor to achieve crisp images and precise measurements. This camera features a high-resolution of 2048 x 1536 pixels, high frame rates, best 16-bit dynamic range, selectable shutter variants and an optional color sensor. Furthermore, the pco.edge 3.1 features outstanding low read-out noise of 1.1 electrons median even at the maximum speed of 50 fps at full resolution for superior image quality.
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The pco.edge 4.2 bi XU features a back-illuminated sCMOS sensor with extremely specific coating ideally suited for use in applications in the visible light down to extreme UV (EUV) and soft X-ray radiation. Featuring 2048 x 2048 pixel resolution and 6.5 μm pixel size, the pco.edge 4.2 bi XU allows full frame acquisitions at 40 fps with a dynamic range of 88 dB at a noise level of 1.9 e-.
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The pco.edge 4.2 bi UV is built on the trusted pco.edge series of scientific CMOS cameras with modern back-illuminated sensor technology. It offers a 2048 x 2048 pixel high resolution and 6.5 x 6.5 μm² pixel size for high quality imaging. Featuring a specialized input window, this UV sensitive sCMOS camera can achieve high quantum efficiency in the ultraviolet wavelength range.
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The pco.edge 4.2 bi sCMOS camera features back-illuminated sensor technology with a quantum efficiency of up to 95 %. This compact sCMOS camera achieves the highest image quality with a resolution of 2048 x 2048 pixels and a pixel size of 6.5 μm. Its adjustable cooling system offers flexibility in the use of either air or water to cool the sensor down to -25 °C and reduce dark current to 0.2 e-/pixel/s for maximum imaging performance. The pco.edge 4.2 bi camera comes with an input…
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The pco.edge 4.2 LT scientific camera features a scientific CMOS (sCMOS) sensor to achieve crisp images and precise measurements. With 2048 x 2048 pixel high resolution and 6.5 µm pixel size, this sCMOS camera is most suitable for users who require highest quantum efficiency, best 16-bit dynamic range, and extremely low readout noise.
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The pco.edge 4.2 USB scientific camera is equipped with an innovative scientific CMOS (sCMOS) sensor that allows exceptional image quality and precise measurements. With the ability to capture crisp images, the pco.edge 4.2 USB sCMOS camera system is ideal for applications requiring highest quantum efficiency, best 16-bit dynamic range, high frame rates, long exposure times, and extremely low readout noise.
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The pco.edge 5.5 USB camera is equipped with a well-established scientific CMOS (sCMOS) sensor that provides crisp images and precise measurements. The pco.edge 5.5 sCMOS camera features an option to upgrade with a water-cooling system and is ideally suited for applications that require high resolution, high frame rates, best 16-bit dynamic range, selectable shutter variants and an optional color sensor.
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Excelitas pco.edge 26 USB sCMOS camera features a 5120 x 5120 pixel resolution with 2.5 x 2.5 µm pixel size to achieve highest spatial resolution critical for imaging in microscopy, quality control, high throughput screening, and other mesoscopic applications. The pco.edge 26 camera also offers optimal performance for microscopy imaging with low magnification. In addition, its true charge domain global shutter allows for an exceptionally low readout noise and dark current. Combined with its…
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The ultra-compact pco.panda 26 scientific CMOS (sCMOS) camera provides high resolution of 5120 x 5120 pixels. It is available in monochrome and color sensor options, making it ideal for various scientific applications. Featuring 2.5 x 2.5 µm pixel size, the pco.panda 26 is an excellent fit for optical systems such as microscopes, even with low magnification.
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Excelitas pco.panda 4.2 bi UV is an ultra-compact, back-illuminated scientific CMOS camera with high resolution from UV to VIS. Featuring 2048 x 2048 pixels resolution and 6.5 x 6.5 μm pixel size, the pco.panda 4.2 bi UV ensures greater detail diversity and highly qualitative images. With a specialized input window, the pco.panda 4.2 bi UV achieves a high quantum efficiency of up to 90 % in the ultraviolet wavelength range. This camera is perfectly suited for applications with demanding…
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Featuring sCMOS technology, the pco.panda 4.2 bi is a back-illuminated camera with a quantum efficiency of up to 95 % making this camera perfectly suited for demanding low-light imaging without the need for active cooling. With a sCMOS sensor of 2048 x 2048 pixels and a 6.5 x 6.5 μm pixel size, our ultra-compact pco.panda 4.2 bi provides greater detail for highly qualitative images.
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Excelitas pco.panda 4.2 is a scientific CMOS camera which features a 16-bit sCMOS sensor. It offers a high resolution of 2048 x 2048 pixels with 6.5 x 6.5 μm pixel size to ensure excellent image quality. Its ultra-compact camera housing and flexible design with the latest sCMOS technology makes the pco.panda 4.2 ideal for use in a wide range of applications.
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The pco.dimax cs4 high-speed camera provides excellent light sensitivity, outstanding image quality and exceptional color rendering ideal for precise image analysis and measurements. With fast frame rates of up to 1102 fps at a high resolution of 2016 x 2016 pixels, this high-speed camera features intuitive control software that enables easy playback and export of recorded slow motion video sequences. It features multiple lens mounts (including electronic lens control), HD-SDI video output…
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The pco.dimax cs3 camera offers outstanding image quality resulting from its exceptional light sensitivity making it ideal for precise analysis and measurements. With fast frame rates of up to 1603 fps at a high resolution of 1920 x 1440 pixels, this high-speed camera features intuitive control software that enables easy playback and export of recorded slow motion video sequences. Its multiple lens mounts (including electronic lens control), HD-SDI video output and automatic image calibration…
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The pco.dimax cs1 camera provides excellent light sensitivity and outstanding image quality ideal for precise analysis and measurements. This high-speed camera offers fast frame rates of up to 3086 fps at a high resolution of 1296 x 1024 pixels. Featuring intuitive control software, the pco.dimax cs1 enables easy playback and export of recorded slow motion video sequences. Its multiple lens mounts (including electronic lens control), HD-SDI video output and automatic image calibration make…
Product Category
The Excelitas pco.flim camera system consists of the pco.flim camera and pco.flim laser, with a complete frequency synthesizer, which is required for the generation of the modulation signals in the frequency domain. The pco.flim series features a high frequency modulated CMOS image sensor that enables pixel-wise measurements of sample luminescence lifetime distributions in frequency domain suitable for fluorescence lifetime imaging. At a maximum speed of 10 Hz, full luminescence lifetime…
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The pco.panda series represents our product family of uncooled compact scientific CMOS (sCMOS) cameras. These cameras feature optimized passive thermal management housing to enable high sCMOS image sensor performance in the most compact form factor. Furthermore, additional optional features such as low light mode, light sheet scanning mode, or double shutter technology are available to enhance the cameras’ performance further for greater versatility.
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The Excelitas pco.dicam C8 LX eight-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 C8 hardware platform, the pco.dicam C8 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 Excelitas pco.dicam C1 LX single-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 C1 hardware platform, the pco.dicam C1 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 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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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…
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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.
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 pco.dicam series offer a selection of advanced, single-channel intensified imaging cameras. Our pco.dicam C1 standard model equipped with a 25 mm intensifier tube combines highest resolution with ultra-short exposure times down to 4 ns at a maximum speed of 106 frame rates per second. When opting for absolute lowest exposure time of 2.5 s, our pco.dicam C1 UHS version with an 18 mm intensifier tube is the ideal choice with 143 fps at full resolution. Additionally, our pco.dicam C1…
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LINOS high-performance beamsplitter cubes enable precise optical control for demanding photonics and metrology applications. These cubes enable efficient splitting or combining of beam paths while maintaining exceptional stability. The transmitted beam exits without lateral displacement or angular deviation, ensuring accurate alignment in tightly constrained optical setups. Both transmitted and reflected components traverse identical optical paths, enabling superior coherence management and…
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Focusing lenses are optimized for high-precision applications in laser systems used for welding, cutting, drilling, and structuring.
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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® F-Theta-Ronar lenses are equipped with a protective glass and made of high-grade optical glass or fused silica. They are available for replacement in various diameters and laser wavelengths. The applied laser coatings achieve excellent transmission over the full diameter.
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LINOS® F-Theta-Ronar lenses are designed to achieve aberration-free imaging for laser wavelengths between 515 and 540 nm, allowing exceptionally small spot diameters across the entire flat image plane. Available in a wide range of focal lengths, these lenses are offered in optical glass or fused silica designs for high-power and ultrashort-pulse laser applications. Telecentric options are also available, making LINOS F-Theta-Ronar lenses well suited for laser material processing applications…
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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® F-Theta-Ronar lenses are designed to achieve aberration-free imaging for UV laser wavelengths between 340 – 360 nm, enabling exceptionally small spot diameters across the entire flat image plane. All lenses are made of premium fused silica for high-power and ultrashort-pulse laser material processing equipped with a sophisticated broadband and angle-optimized coating. A wide variety of focal lengths and telecentric designs are available, making LINOS F-Theta-Ronar lenses suitable for a…
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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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LINOS® Motorized Variable Magnification Beam Expanders enable fully automated laser material processing systems, allowing maximum versatility in the design of laser systems. These beam expanders are optical systems that provide systems designers with flexible, high-performance solutions. Adjustable beam diameter and divergence provide precise control over focus size, focus position and beam propagation. For high-power and short-pulse laser applications, fully fused-silica designs are…
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LINOS® Beam Expanders are designed to give laser system designers greater flexibility in laser material processing applications. By adjusting beam diameter and divergence, they help optimize focus size, focus position and beam propagation to meet specific process requirements. Changing the divergence of the incoming laser beam also allows the back focal length of F-Theta-Ronar or Focus-Ronar lenses to be adapted as needed. Continuous magnification from 1× to 8× is available. In addition,…
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LINOS® F-Theta-Ronar lenses combine robust protection with premium optical performance, featuring integrated protective glass and made from high-grade optical glass or fused silica. Available for replacement in various diameters and laser wavelengths, these laser coatings deliver outstanding transmission across the entire diameter.
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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® 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 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® PM25 Phase Modulator is a high-quality Brewster modulator designed for loss-sensitive applications, particularly for fast intracavity modulation of resonator length. When paired with ultra-fast control loops, this modulator is an ideal solution for frequency and phase stabilization in precision laser systems. It offers very high transmission with zero beam deviation or displacement, allowing for seamless integration into laser resonators. The PM25 is easy to mount and align,…
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LINOS® LM0202 Laser Modulator Series offers electro-optical modulators designed for superior performance and efficiency. Similar to the LM13 Series, the LM0202 modulates power, phase, or polarization state outside the laser cavity but with an added feature of a four-crystal configuration that significantly reduces switching voltage while maintaining excellent birefringence compensation. This solution is ideal for demanding optical systems requiring low-voltage…
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The LINOS® DBBPC Series BBO Double Pockels Cells combine precision and performance for demanding laser applications. Featuring two BBO crystals arranged in series to reduce switching voltage and integrated piezo damping, these Pockels cells deliver ultra-precise switching ideal for high-repetition Q-switching, pulse picking, and regenerative amplifiers. The built-in piezo attenuator enhances stability and modulation accuracy, making the DBBPC Series the optimal choice for next-generation…
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The LINOS® LM10 SG 50 Ohm Series KD*P Pockels Cells provide ultra-fast switching capabilities in the nanosecond and sub-nanosecond range. Drawing on extensive experience and innovation in optical solutions for lasers and laser systems used in industrial, medical, and semiconductor applications, the 50 Ohm Series offers excellent extinction and high transmission in a compact, 50 Ohm impedance-matched design. These ultra-fast Pockels cells are ideally suited for integration into medical laser…
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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® DBBPC HR Double BBO High-Repetition Pockels Cells deliver unmatched switching speeds of up to 1.3 MHz, setting a new standard for high-performance laser modulation. With two low-absorbing BBO crystals arranged in optical series, these Pockels cells ensure exceptional durability and efficiency, making them the ideal choice for next-generation fast, high-power regenerative amplifiers and pulse pickers.
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The LINOS® LM Series KD*P-Based Pockels Cells leverage decades of expertise in electro-optic manufacturing to deliver reliable Q-switching for pulsed laser systems. Featuring high-purity KD*P crystals and precise engineering, these Pockels cells offer fast switching speeds, low insertion loss, and superior optical performance. They are ideal for Nd:YAG and other solid-state lasers, ensuring stable, high-quality modulation across various applications.
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The LINOS®CIQS Series Pockels Cells provides reliable electro-optic performance with enhanced integration features that streamline laser system design. Each unit is equipped with high-purity KD*P crystals, includes a pre-adjusted Brewster polarizer for optimal polarization control, with an optional integrated quarter-wave plate for added versatility. The CIQS Series of Pockels cells provides fast switching speeds, low insertion loss, and excellent optical performance, ensuring reliable Q-…
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The LINOS® CPC Series Pockels Cells are designed with high-purity KD*P crystals to deliver fast switching speeds, low insertion loss, and excellent optical performance—all within a compact footprint. These Pockels cells are ideal for integration into tight system layouts and provide reliable Q-switching for Nd:YAG and other solid-state lasers. Built on our long-standing expertise, the CPC Series combines precision and durability to meet the demanding needs of modern laser OEMs.
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LINOS® Laser Modulators are integrated into systems outside of the laser cavity to modify beam parameters. You can choose from a variety of crystals, apertures as well as laser phase, intensity and polarization modulation options from 300 nm to 3 µm.
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Integrate LINOS® Pockels Cells within your laser system for intra-cavity Q-switching, pulse picking and pulse slicing. Choose from a large selection of crystals, extinction ratios, apertures and laser outputs (250 nm - 3 µm) to maximize transmission.
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The LINOS® Ultra-Low Outgassing Faraday Isolators are specifically engineered to keep laser systems clean for extended periods by significantly minimizing contamination in sensitive environments. The unique glue-free construction minimizes potential volatile organic compound contamination resulting in half the outgassing compared to our Low Outgassing version and up to 50 times less than standard isolators. This makes it an excellent choice for demanding environments such as…
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The LINOS® TVC/TIC Series is a two-stage tunable faraday isolator combining robust isolation with flexible tunability. With two isolator stages coupled in series, it delivers maximum isolation across the entire tuning range, while maintaining excellent stability and alignment. Optimized for noise-sensitive, high-performance optical systems, the TVC/TIC Series is ideal for applications requiring exceptional isolation and precise wavelength control, including advanced spectroscopy,…
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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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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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The LINOS® 4SL Series Faraday Isolators are engineered for peak performance in the near-infrared (NIR) range. They feature an ultra-compact footprint, making them ideal for space-constrained optical systems. At the core is a magneto-optical crystal film operating in magnetic saturation, ensuring high isolation and low insertion loss. They are particularly well-suited for precision NIR applications where size, stability, and efficiency matter most.
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The LINOS® RO Series is a single-stage Faraday Isolator that offers exceptional performance and flexibility. Featuring a rotatable housing, it easily aligns with arbitrary input polarization, ensuring seamless integration into a wide range of optical systems. Its compact design saves valuable space without compromising isolation quality. The RO Series is ideal for demanding applications where stability, efficiency, and adaptability are essential.
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Our extensive experience and innovations in optical solutions for semiconductor manufacturing have led to the first ever Low Outgassing Faraday Isolators. These Isolators are ideally suited for integration in encapsulated and high-power laser systems in the wavelength range from the violet to the NIR. The unique design emits 25-times less volatile organic compounds (VOCs) than conventionally produced isolators. Optically contacted, fused-silica input and output polarizers ensure high damage…
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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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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® XP Series High-Power Faraday Isolators are engineered for high-performance integration in continuous wave (CW) laser systems exceeding 50W, with a wavelength range from red to near-infrared (NIR). Their innovative low-absorption magneto-optical material provides outstanding thermal stability and enhanced optical isolation, ensuring reliable operation even under high-power conditions.
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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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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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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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LINOS® Rail Systems enable the construction of optical benches and beam steering systems. The bearing surfaces on the sturdy aluminum alloy are precision-milled and treated with abrasion-resistant black or colorless anodizing, making these rail systems an ideal basis for linear, areal and even 3-dimensional structures.
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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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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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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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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' 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 wide range of precision LINOS® Iris Diaphragms, Pinhole, and Slit structures for exacting light control in your experimental setups.
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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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The original Optomechanical Cage System, Microbench is compact, precisely centered, simple to integrate and expand. With an expansive range of optical and mechanical components, LINOS® Microbench is an integral part of many optomechanical set ups. Optimized for use with optics from 18-31.5 mm Ø.
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LINOS® Optomechanics from Excelitas feature high-precision engineering and highest-grade materials to ensure premium stability, adjustablility and performance in your scientific research and photonic innovation. We offer a variety of precision optomechanic products including: Microbench and Nanobench Cage Systems, Mirror Mounts, Posts, Holders, and Positioners, as well as Enclosed Tube-C, Rail and heavy-duty X-95 Profile systems.
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Excelitas offers LINOS® Faraday Isolators designed for wavelengths ranging from 400 to 1310 nm and 1550 nm, with additional wavelengths available upon request. Many models are tunable across a wide spectral range, with some covering several hundred nanometers. LINOS Faraday Isolators provide high- performance combined with maximum transmission. Our two-stage Isolators deliver over 60 dB of isolation, making them among the best on the market. With decades of experience, intelligent…
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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 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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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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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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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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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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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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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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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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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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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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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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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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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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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® 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® high resolution Apo-Rodagon-N measuring lenses feature excellent contrast, minimum distortion and color neutrality that produce crisp, sharp images to the extreme edges of the object. These lenses are apochromatically corrected and are designed to meet the highest requirements particularly in broad magnification ranges.
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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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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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Rising from Excelitas’ Rodenstock heritage, the LINOS® Rodagon family of Machine Vision lenses offer high-quality imaging for line- and area- scan applications. Offering a variety of models, our Rodagon lenses combine high-performance optics with robust mechanics to deliver industrial-grade performance and versatility for large format cameras.
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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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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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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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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 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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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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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 4.0/105 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 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…
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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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LINOS inspec.x Lenses offer a variety of Lens Series with extraordinary imaging quality for large camera sensors. This lens series covers various magnification ranges and provides prism and area-scan module solutions for your high-performance line-scan and area-scan imaging. Our Inspec.x lenses offer excellent imaging quality, low distortion and a high color correction in the complete visible range for large sensors up to 82 mm in diameter. The …
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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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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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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 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 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 manufactures a wide array of both inspection and machine vision lenses and imaging systems for all of today's image processing tasks. A broad range of premium off-the-shelf lens solutions enable you to address most any application in image processing, micro-inspection and automated optical inspection.If you don't find the solution you require within our vast lens portfolio, turn to decades of application experience, optical imaging innovation, camera lens integration and end-to-end…
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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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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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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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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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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.