SEARCH RESULTS (2140)
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The OmniCure® S Series offers UV Spot Curing Systems and accessories used for precision adhesive curing of medical devices, electronics and optoelectronics. Due to the accuracy requirements and critical nature of these devices, a repeatable process with reliable UV curing equipment is essential for achieving highest product quality, rapid production and low manufacturing costs.
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The BlueLight® Dairy UVC Flash Disinfection system is designed to integrate seamlessly with filling and sealing machinery. Its powerful modules effectively irradiate various configurations of pot carriers and cell plates. This system's modular design minimizes downtime and simplifies maintenance. Its compact footprint makes it ideal for applications with limited space.
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Our Noblelight BlueLight® UVC flash disinfection systems deliver outstanding performance and power, achieving significant log reduction rates over a variety of packaging types. Utilizing pulsed xenon flash technology, these UV systems are designed for seamless integration into packaging manufacturing lines. With decades of experience in flash lamp manufacturing, our design teams leverage their expertise to develop effective, reliable and high-intensity UVC flash systems for surface…
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The BlueLight® Small Area UVC Flash Disinfection System provides a fast, reliable, and eco-friendly solution for disinfection without the use of harmful chemicals or mercury-based light sources. This system achieves a reduction of more than 4 logs in microbial load, operating efficiently at high throughputs of up to 500 square meters per hour. Originally designed for disinfecting food packaging, such as beverage bottle caps, this BlueLight system is also effective on other surfaces…
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Excelitas humm3® technology is a complete broadband pulsed system ideally suited for composite heating applications, including Automated Fiber Placement (AFP), Automated Tape Laying (ATL), and Filament Winding. humm3 Enterprise is ideally suited for industrial applications, as it can be mounted on a robot. Optional configurations allow the heating of multiple fiber tows with independent temperature profiles. humm3 Discovery systems are ideally suited for research and…
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Excelitas flash systems are turnkey solutions that deliver high-intensity broadband pulsed light, catering to an extensive range of applications — from safely heating a broad range of composite materials to rapid thermal processing. These systems consist of three main components: a high-power, water-cooled optical head module, a power supply and control module, and a chiller module that ensures optimal system performance. Prior to installation, Excelitas can support our customers in…
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LINOS® is a well-established brand of premium off-the-shelf optical lens elements, optomechanical bench systems, magneto-/electro-optic modules, lens assemblies and sophisticated optomechanical sub-assemblies.With a deep-rooted photonics foundation dating back to 1898, LINOS originated in 1996 as a result of the merger of Spindler & Hoyer, Steeg & Reuter Präzisionoptik, Franke Optik and Gsanger Optoelektronik.Conceived, engineered and manufactured in Germany, LINOS Optical…
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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 Xenon or Krypton Flashlamps produce microsecond to millisecond duration pulses of broadband light with high radiant intensities and repetition rates.For high-power and UV applications, our robust quartz envelope materials are recommended. For lower-intensity applications, hard glass or borosilicate offer better economy without sacrificing performance.Excelitas offers an extensive assortment of lamp shapes for a range of applications and integrations. Comprehensive plug-in…
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Excelitas offers complete plug-in flashlamp solutions – lamps, sockets, and integrated trigger coils – which can be customized to meet the most demanding customer requirements. With robust and comprehensive designs, Excelitas' flashlamps come in several quartz options. Utilizing distinct long-life electrodes, our flashlamps help drastically reduce service fees while offering additional savings in stock and manufacturing costs.
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Excelitas infrared (IR) LED modules provide precise, uniform, fast, and controllable heating in the near infrared wavelength range for industrial applications requiring high control precision. These high-efficiency IR LED products feature modular designs that enable flexible customization to meet specific application requirements. Compared to technologies such as lasers or VCSELs, these modules are easier to integrate into industrial systems.
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Noblelight infrared heating systems are meticulously designed for seamless integration into industrial applications. Our infrared systems are equipped with Noblelight infrared emitters and are housed in a unique construction with matching control units. This modular design offers a precision-tuned combination, making these infrared heating systems the ideal solution for a wide range of industrial infrared applications. Additionally, these systems are scalable and optimized to meet your exact…
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Excelitas offers various free-beam and fiber-coupled diode and solid-state iFLEX-iRIS® laser modules and multi-line laser engines that ensure exceptional stability for today's most demanding high-resolution biomedical imaging and metrology applications for OEMs. We also manufacture a wide variety of single-mode fiber-based kineFLEX® laser beam delivery systems for precision measurement and biomedical applications.
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First originating with Point Source in 1991, our iFLEX® Flexible Laser Technology is world renowned for reliable, ultra-stable laser performance in high-resolution bio-fluorescence microscopy, flow cytometry, DNA sequencing, ophthalmology, drug discovery and semiconductor metrology and photolithography mask alignment.Available in compact single-wavelength modules and sophisticated multi-wavelength laser engines, iFLEX Lasers provide exceptional long-term power stability with…
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Our iFLEX-iRIS™ Lasers represent a compact, high-performance, laser illumination source delivering exceptional power stability and low amplitude noise for high-resolution bio-imaging, ophthalmology and metrology applications. iFLEX-iRIS Lasers feature on-board Closed-Loop Modulation and are available in wavelengths from 375-852 nm at power levels up to 200 mW. They are ideal for both free-space use or with our kineFLEX® polarization-maintaining fiber-delivery system.
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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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Excelitas pco.edge series represents our high-end, cooled scientific CMOS (sCMOS) camera product portfolio with exceptional imaging capabilities for a broad range of applications. Our pco.edge cameras incorporate temperature-stabilized, high-performance sCMOS image sensors that provide extremely low readout noise, a wide dynamic range, high frame rates, and high resolution over a large field of view. In addition, these cameras are also available with optional features like low light mode,…
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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 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 award-winning X-Cite NOVEM™ is our next generation of LED light sources delivering the brightest and most powerful LED Illumination ever. This nine-wavelength, fast-switching system includes spectral coverage from Fura-2 all the way to IR800. Leveraging our patented LaserLED Hybrid Drive® to effortlessly fill the green gap in the challenging 500 – 600nm range, X-Cite NOVEM features high excitation power for fluorescence applications across the UV-visible-NIR spectrum.…
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X-Cite® LED fluorescence illumination systems are ideal for a variety of microscopy applications. Our X-Cite LED family ranges from advanced high-end LED illuminators with intelligent triggering and pulsing capabilities to extend live-cell imaging, through to LED light sources with broad-spectrum, high-power fluorescence excitation. Several X-Cite illuminators feature our patented LaserLED Hybrid Drive® technology enabling users to switch between powerful wavelengths…
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Excelitas offers a broad range of single- to multi-channel image intensified cameras through our renowned pco.dicam series. With extreme short exposure times down to 2.5ns, our pco.dicam cameras offer the ability to precisely address ultra-fast processes far beyond the capabilities of any other camera type. Featuring state-of-the-art scientific CMOS sensor technology, our pco.dicam intensified cameras combine high resolution, fast frame repetition rates, 16-bit dynamic range and extreme…
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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 ns, 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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The LINOS® X 95 Profile System and LINOS Flat Rail System FLS 95 form a versatile construction platform for optical and precision mechanical assemblies, combining exceptional rigidity with outstanding design flexibility. Engineered around a hollow aluminum profile with reinforced longitudinal ribs, X 95 enables stable optical benches, instrument frames, tables, and complex three-dimensional structures. Smooth-gliding carriers with spring-loaded clamping ensure precise positioning…
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The LINOS® Cross Carrier X 95 is an ideal solution for mounting components at the intersection of two optical axes, such as beam steering mirrors or beamsplitters. Designed for precision and flexibility, it enables accurate alignment and stable positioning in complex optical setups. Its smooth gliding action ensures effortless adjustments without jolts, making it ideal for sensitive experiments and modular assemblies. Built for durability and ease of use, the Cross Carrier X 95…
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The LINOS® Clamping Carrier X 95 supports the creation of stable T-structures within the X 95 profile system. Designed for secure, non-slip mounting, it provides high rigidity and reliability in demanding optical and mechanical setups. Its clamping design supports the assembly of complex frameworks used in research laboratories, precision engineering, and industrial applications. The carrier’s strength and flexibility help ensure consistent, repeatable performance in modular…
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The LINOS® Carrier Positioner X 95 ensures precise alignment and secure mounting in demanding optical setups. Designed for smooth travel and reliable fixation, it enables accurate component positioning without slippage, making it ideal for high-precision experiments and modular assemblies. Compatibility with X 95 profiles supports integration into existing systems and flexible configurations for research and industrial applications. Whether you need stable support for optical…
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The LINOS® Carrier X 95 is designed for smooth, precise positioning of optical components on X 95 profiles and FLS 95 rails. Its advanced clamping system enables backlash-free adjustment for high-precision optical setups in research and industrial environments. With a robust design and durable finish, this carrier provides long-term reliability and flexibility for modular assemblies. The X 95 Carrier supports complex optical paths and stable experimental setups with the accuracy…
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The LINOS® Carriers FLR 95 provide a simple and reliable solution for mounting optical components on FLS 95 flat rail and X 95 profile systems. Designed for stability and ease of use, they enable secure positioning for precise optical setups in research and industrial environments. Their robust construction and high-quality finish support durability in applications requiring accurate, repeatable positioning. Dependable mounting support accommodates modular assemblies and complex…
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The LINOS® Rail System FLS 95 is the ideal choice for creating a low-profile optical bench with maximum flexibility. Designed for precision and stability, it allows for easy mounting of components and instruments directly on optical tables. Its compatibility with X 95 carriers ensures seamless integration into existing setups, making it perfect for modular configurations and complex optical assemblies. High rigidity and accurate positioning support consistent, repeatable results…
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The LINOS® Profile System X 95 is a versatile solution for building stable optical benches, tables and framework structures. Its modular design enables easy assembly of complex three-dimensional setups, making it ideal for research laboratories and precision engineering environments. With smooth-gliding carriers and robust profiles, the system ensures accurate alignment and reliable support for sensitive optical components. Whether you need a compact bench or a large-scale…
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The LINOS® Microbench Carrier X 95 offers a reliable solution for bottom mounting of optical components, ensuring smooth positioning and secure fixation in precision setups. Its spring-loaded design enables effortless adjustments without jolts, making it ideal for sensitive optical experiments and modular assemblies. The carrier’s robust construction and advanced surface treatment guarantee long-lasting performance, even under frequent repositioning. Perfect for research…
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The LINOS® Leveling Foot X 95 is designed to provide exceptional stability and vibration isolation for optical frameworks and precision setups. By minimizing external disturbances, it supports accurate alignment and reliable performance in demanding environments. Its adjustable design allows easy leveling of structures, making it ideal for laboratories, production facilities, and applications requiring precise positioning. Designed to support both heavy assemblies and precision…
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The LINOS® Flat Rail System Carrier 40 is the ideal solution for connecting FLS 40 rail systems with a wide range of optical components. Designed for smooth, precise positioning, the carrier enables controlled, jolt-free adjustment for sensitive optical setups. Its versatile design supports easy integration with Microbench components, enabling flexible configurations for complex experiments or 3D assemblies. Secure mounting and quick repositioning give the FLR 40 Carrier the…
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The LINOS® Flat Rail System FLS 40 is a compact, high-precision platform designed for micro-optical benches, beam steering systems, and space-constrained applications. Precision-machined guide surfaces, excellent straightness, and low torsion ensure smooth, repeatable positioning of optical components. Compatible with the LINOS Microbench system, FLS 40 enables seamless integration of mounted optics, positioning units, and optomechanical assemblies. Slotted mounting holes allow…
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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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The LINOS® Flat Rail System Carrier 65 is designed for effortless positioning and secure mounting of optical components on FLS 65 Flat Rail Systems. Smooth travel and quick adjustment support dynamic optical setups in research and industrial environments. A universal bore pattern accommodates a wide range of mounts, providing flexibility for complex assemblies. The durable, matte black finish supports long-lasting performance and reliable alignment for precise optical experiments.
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The LINOS® Flat Rail System FLS 65 bridges the gap between compact micro-optical benches and large-scale optical rail platforms. Designed for optics up to 2" in diameter, it provides a 65 mm optical axis height and combines outstanding straightness with low torsion for highly accurate component positioning. Precision-machined bearing surfaces ensure smooth carrier movement, while spring-loaded clamping enables repeatable alignment and secure fixation. Slotted mounting holes allow…
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The LINOS® Flat Rail System 65 offers a versatile solution for precise optical setups, bridging the gap between smaller and larger rail systems. Its 65 mm width provides an ideal platform for mounting optics up to 2" in diameter, ensuring stability and accurate component positioning for demanding applications. Designed for smooth carrier movement and easy integration, the FLS 65 enables flexible configurations for research and industrial environments. Whether you are building…
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The LINOS® Base Plate X 95 delivers a solid foundation for optical rail systems, ensuring precise alignment and dependable stability. Its robust design minimizes vibration, supporting high-accuracy optical setups in research and industrial environments. Seamlessly compatible with the X 95 rail profile, it enables flexible system expansion and easy reconfiguration. For complex assemblies and precision experiments, the base plate provides the reliability and durability needed for…
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The LINOS® Clamping Carrier X 95‑M6 expands the versatility of X 95 profile assemblies, offering a secure and reliable foundation for demanding setups. Its stable, non‑slip design makes it ideal for mounting heavy components or establishing a robust optical post system. Whether used to connect crossing profiles or to anchor equipment on optical tables, it ensures consistent performance and long‑term stability. Users benefit from a flexible solution that simplifies configuration…
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The LINOS® Double Leg X 95 provides a stable foundation for larger X 95 rack constructions, offering reliable support wherever wide or heavy structures need to be positioned securely. Its adjustable height allows precise leveling on uneven floors, helping maintain accurate alignment in demanding optical or mechanical setups. The integrated swivel leveling pads ensure firm contact with the ground, reducing vibration and enhancing system stability. When combined with the appropriate…
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The LINOS® Single Leg X 95 provides a stable and adaptable support solution for building X 95 rack structures. Its height‑adjustable design makes it easy to level assemblies on uneven floors, supporting precise alignment in optical and mechanical setups. By combining it with the appropriate carrier, the leg integrates seamlessly into the system and gives structures the rigidity needed for long‑term use. The included swivel leveling pad enhances stability, even when floor conditions…
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The LINOS® Lifting Caster X 95 enables smooth, controlled mobility for X 95 profile structures while ensuring reliable stability when needed. Its integrated foot provides a firm resting position, allowing users to easily switch between mobile and fixed operation with a simple locking action. This makes it ideal for laboratories, production areas, and modular setups where equipment must be repositioned quickly without sacrificing safety. With a robust load capacity and…
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The LINOS® Hinged Connector X 95 offers a versatile way to create adjustable connections within X 95 profile structures. Its pivoting design makes it possible to position rails at a wide range of angles, enabling flexible layouts that can adapt to changing requirements. Whether used to position components at a specific orientation or to connect structures that require controlled movement, the hinged connector delivers both precision and stability. Its robust construction and easy…
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The LINOS® Cover Plate X 95 provides a clean and protective finish for unused faces of corner connectors or open X 95 profile ends. Its sturdy aluminum construction helps safeguard sensitive assemblies while giving setups a uniform and professional appearance. The black anodized surface blends seamlessly into optical and mechanical environments, making it a practical choice for laboratories and precision‑engineered systems. With straightforward installation and reliable fastening,…
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The LINOS® Corner Connector X 95 is a robust building element designed to create stable and precise structural assemblies within the X 95 system. Its cubic form enables accurate right-angle connections, making it easy to expand or reinforce optical and mechanical setups. By providing a reliable junction point without adding unnecessary complexity, it supports the construction of rigid, adaptable framework structures for a wide range of applications.
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The LINOS® End Plate X 95 provides a clean and secure way to finish X 95 profile structures while adding functional stability. By closing open profile ends, it helps protect assemblies and creates defined stopping points for carriers, improving guidance and repeatability in motion setups. Its design also supports mounting profile structures onto legs or vibration‑isolated systems, ensuring that even complex assemblies remain stable and precisely supported. With reliable fastening…
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The LINOS® Mounting Plate MP 80.U provides a versatile and stable platform for integrating a wide range of Microbench components into optical or mechanical setups. Its robust design supports precise placement of holders, plates, and accessories, making it easy to adapt the system to different experimental or production requirements. The plate’s compatibility with various stages and carriers enables flexible configuration and smooth integration into existing assemblies. With its…
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The LINOS® Mounting Base provides a stable foundation for building precise and reliable mounting setups within the X 95 system. Its wide and flat surface supports vertical posts or profiles, making it easy to create rigid structures with accurate alignment. Adjustable leveling feet allow the base to compensate for uneven surfaces, helping ensure consistent positioning in optical, laboratory, or mechanical environments. With its solid construction and straightforward integration…
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Our LINOS mounted symmetric-concave N-BK7 lenses are designed for precise beam expansion and controlled light divergence across a wide range of optical systems. Their integrated mounts enable easy handling, simplified alignment, and seamless integration into laboratory, industrial, and OEM applications. Available with VIS, NIR, or YAG antireflection coatings, these lenses deliver high transmission, low aberrations, and consistent optical performance. They provide reliable beam shaping and…
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LINOS® symmetric-concave singlets are manufactured with advanced optical processes, including precision grinding, polishing, laser centering, interferometric testing, and high-quality coating in state-of-the-art cleanroom facilities. Shaping light with precision, these lenses are available in N-BK7 or fused silica, can be mounted or unmounted, and are supplied coated or uncoated. Standard stock items are available for immediate use, and customized solutions can be provided to meet…
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LINOS® Optical Rail Systems provide a robust foundation for precise optical setups, beam steering applications, and advanced photonics research. The versatile FLS 40 system is ideal for compact and micro-optical assemblies, while the FLS 65 offers enhanced stability for medium-sized laboratory and industrial configurations. For demanding large-scale applications, FLS 95 delivers exceptional rigidity and positioning accuracy. Complementing these flat-rail solutions, the LINOS X 95…
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Our LINOS® unmounted symmetric-concave lenses are made from premium fused silica and offered in various focal lengths and diameters to meet demanding UV and high-power applications. These lenses are ideal for beam expansion, divergence of collimated light, and applications requiring minimal spherical aberration and balanced optical performance. Each lens is produced to strict tolerances using fused silica from trusted suppliers, ensuring excellent optical quality and long-term…
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Excelitas provides a broad selection of LINOS® unmounted fused silica lenses in various focal lengths and diameters, simplifying the selection process 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 double-sided anti-reflection coatings optimized for the visible (VIS) wavelength range to maximize transmittance. All unmounted lens types are…
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LINOS® unmounted symmetric-concave lenses made of fused silica are designed to diverge and expand light with high precision in a wide range of optical systems. Their unmounted design allows flexible integration into custom assemblies for laboratory, industrial, and OEM applications. Fused silica ensures excellent transmission from UV to NIR, high thermal stability, and minimal expansion in varying environmental conditions. Available uncoated or with VIS, NIR, and YAG…
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Excelitas offers an extensive selection of LINOS® unmounted fused silica lenses available in a wide range of focal lengths and diameters, making it easy to identify the ideal components 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 anti-reflection coatings optimized for the near infrared (NIR)…
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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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Excelitas offers an array of specialty illumination technologies with custom design capabilities aligned with customer requirements to deliver an illumination solution optimized to your specifications. From simply supplying a discrete LED, Laser, Lamp, or UVC source to an Infrared Heating Emitter or System to a complete, integrated system, Excelitas consistently delivers lighting solutions for the most demanding applications.
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Excelitas designs and manufactures ultraviolet solutions for disinfecting air, liquids, and solid surfaces. Our UVC light source solutions range from components to complete solutions using lighting technologies, including LED, Xenon, Kypton, Excimer, and Mercury-based solutions. Excelitas uses this complete portfolio of technologies to address various system requirements for specific applications that protect people and the environment from dangerous microbial contamination. With field-proven…
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Excelitas provides a comprehensive selection of metallic and dielectric LINOS® Optical Mirrors in both plano and concave designs, supported by our extensive optical expertise. We offer broadband and high-reflectivity mirrors for common discrete wavelengths, available directly from the factory. Many LINOS dielectric mirrors also function as dichroic beam splitters.
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Our LINOS® mounted symmetric-concave lenses, made from premium fused silica, are offered in various focal lengths and diameters to meet the needs of demanding UV and high-power applications. These lenses are ideal for beam expansion, divergence of collimated light, and applications requiring minimal spherical aberration and balanced optical performance. Each lens is manufactured with strict tolerances to ensure exceptional optical quality and long-term stability, using fused silica…
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Excelitas offers a wide range of low-pressure UVC lamps designed to oxidize and disinfect air, liquids, and solid surfaces. These high-quality, long-lasting lamps are reliable and provide consistent output across various temperatures. Additionally, we offer customization options, giving our customers maximum flexibility to meet their specific process requirements.
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Excelitas offers a wide variety of Noblelight UV low-pressure and germicidal lamps made from high-quality quartz glass, that are specifically designed for disinfecting water, air, and surfaces. When synthetic quartz glass is used as lamp material, it emits 185 nm and 254 nm UV radiation (vacuum UV). This combination promotes oxidation processes that help eliminate pollutants, odors, and grease. Our NNILight UV low-pressure lamps are available in 800, 1000, or 1500W for maximum flexibility to…
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Our Noblelight UV medium-pressure lamps produce a broad and distinct line spectrum across the ultraviolet and visible ranges (200 nm to 600 nm), delivering a high power density of approximately 100 W/cm². These lamps are ideal for UVC disinfection, oxidation, curing, and various photochemical processes. Additionally, different additives can be used to customize our UV medium-pressure lamps to meet your specific needs.
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Noblelight amalgam UVC lamps utilize advanced long-life technology, ensuring reliable and consistent disinfection throughout their operating lifespan. These lamps deliver up to ten times the UV power density of traditional low-pressure mercury lamps and can operate effectively in high ambient temperatures, reaching up to 90°C. Additionally, amalgam lamps are resistant to temperature fluctuations, which improves their performance and durability.
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Excelitas designs and manufactures advanced ultraviolet (UV) solutions for the disinfection of air, liquids, and solid surfaces. Our comprehensive portfolio of UVC light sources includes a wide range of lamp and component technologies—such as UVC LEDs, Xenon and Krypton flashlamps, excimer lamps, low- and medium-pressure UV lamps, as well as amalgam and out-of-arc lamps. These technologies are engineered to meet diverse system requirements and application needs, effectively addressing the…
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Our LINOS® mounted symmetric-concave lenses, made from fused silica, are designed to diverge and expand light with high precision for a wide range of optical systems. The mounted design allows easy handling and integration into assemblies, making them ideal for laboratory, industrial, and OEM applications. Fused silica offers excellent transmission from UV to NIR, outstanding thermal stability, and minimal expansion in changing environments. These lenses are available uncoated or…
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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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Acquired by Excelitas in 2026, our Luxium™ product brand specializes in high-performance materials, optical components, and integrated photonic solutions for medical imaging, security and border protection, semiconductors, aerospace and defense, energy, and industrial applications. The Luxium portfolio builds on the combined heritage of over 90 years of pioneering brands in crystal growth, radiation detection, measurement technologies, and precision optics, including Bicron®,…
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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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LINOS® unmounted plano-concave lenses, made from premium fused silica, can be converted into high-performance spherical mirrors that provide excellent optical stability and precision. Their durable construction and optical quality make them ideal for demanding illumination and laser applications, including deep ultraviolet (DUV) environments. Standard aluminum coatings are available, while dielectric coatings enable precise spectral response and optimized power handling. Available…
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Our Smart Vacuum UV (VUV) Control System is specifically designed for effective aerosol treatment in kitchen exhaust fans and hoods. This UV control system utilizes a VUV lamp that emits light at a wavelength of 185 nm, which effectively breaks down, destroys, and neutralizes grease and odors. This process significantly reduces fire risks and maintenance costs.
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Excelitas mercury amalgam systems for industrial disinfection offer significant benefits for both air treatment and surface disinfection. These UVC systems are effective in a variety of applications, including reducing pollutants and odors in industrial exhaust air, disinfecting food packaging and conveyor belts, and lowering fire risks in commercial kitchens. Our mercury amalgam UVC systems are reliable and have been successfully used by industry leaders for many years. They can be …
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The Air D UVC system provides quick and easy disinfection without the use of chemicals, utilizing ultraviolet radiation, commonly known as ultraviolet germicidal irradiation (UVGI). This method of air disinfection significantly reduces the risk of infection and enhances the well-being of occupants. The Air D in-duct disinfection modules are designed to fit seamlessly into any supply air ductwork system. Its UV-C (UVGI) lamps are highly effective, require minimal maintenance, are ozone-free,…
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Excelitas offers a variety of UV curing accessories to meet the needs of various curing applications. Choose from a wide range of optical adaptors that convert a smaller area of high-output power into a larger area, optimizing optical power while ensuring evenly distributed irradiance and uniformity. Our regulatory-certified power supply controllers integrate seamlessly into standard industrial equipment racking, delivering multiple power outputs in a robust, high-density, and scalable…
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Noblelight was established in 1992 and has a rich history of patented lamp technology dating back to 1904. Acquired by Excelitas in 2024, Noblelight is a recognized leading technology brand worldwide with a comprehensive array of infrared emitters, flash lamps, UV and UVC lamps, UV curing systems and accessories, and specialty lighting solutions. These products span the wavelength spectrum from ultraviolet to infrared, making them ideal for a variety of applications, including industrial…
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Amba® UV curing mercury arc lamps are designed for reliable curing results and come in various lengths and power classes. They are ideal for use as replacement lamps in applications such as printing, wood coating, and many other UV curing processes. OEM designers turn to us for comprehensive technical consulting and in-house testing capabilities.
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The Fusion UV DRS 10/12 floor standing conveyors and LC6B or LC6U benchtop conveyors are standard products designed for use with our Noblelight microwave-powered UV curing systems. Chemists and manufacturing production managers use these conveyors to test UV-curable adhesives, inks, and coatings when developing new formulations, evaluate cure response, and assess performance during low-volume or short production runs.
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Excelitas offers floor standing and benchtop conveyors suitable for use by formulation chemists and for low-volume or short production runs. Combine Excelitas UV curing systems with a conveyor to accelerate lab testing of UV-curable adhesives, inks and coatings, and development of new formulations.
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Our Fusion UV DRF Series of UV curing systems are used to cure photoresponsive coatings, coloring inks, and ribbon matrix polymers in the production of optical fiber and cable. These microwave-powered UV curing systems include the DRF F6 and F10T systems, which provide high power and high intensity for the curing energy required to meet the sustained high-speed demands in today's production environment.
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The Fusion UV DRC Series of microwave-powered UV curing systems are used to cure inks and coatings on wire, cable, and other linear products. Featuring our C6 and C10 models, this series is especially suited for high-speed inkjet marking of cable jacketing. These UV curing systems incorporate our specialty light shields, creating a highly focused zone of UV energy around the cable or wire.
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All Fusion UV accessories and replacement parts are produced to the highest quality standards for our microwave UV curing systems. Choose from a wide selection of UV spare parts, including bulbs, reflectors, panes, and magnetrons, to ensure reliable performance and minimize unexpected, costly downtime. Additionally, explore our microwave UV accessories designed to optimize system operation and improve UV curing results. These accessories include power supply racks, specialty reflectors, belt…
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Our Fusion UV power supply towers or cabinets are ideal for multisystem microwave-powered UV curing system installations. The power supply tower or closed cabinet is used to house power supplies, enabling a single point for electrical power connections and control.
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Dichroic reflectors are ideal for UV curing processes on heat-sensitive substrates as they minimize heat reflection onto the substrate. These reflectors can easily retrofit into existing Fusion UV microwave-powered irradiators or be used in new UV curing systems. Learn more about this solution.
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The Advanced Intelligent Monitoring System (AIMS®) allows manufacturers to monitor the performance of their smart UV curing systems in real-time and embrace Industry 4.0. Designed for use with our LightHammer® Mark II and Mark III Smart UV curing systems, AIMS helps minimize downtime and reduce the total cost of ownership.
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Excelitas offers LINOS® unmounted symmetric-concave lenses made from high-quality N-BK7 glass with a V-coating for 1064 nm. These lenses are available in various focal lengths and diameters, providing reliable solutions for diverse optical applications. Symmetric-concave lenses are ideal for beam expansion, controlled divergence of collimated light, and system setups requiring low spherical aberration and well-balanced performance. All lenses are produced to tight tolerances for…
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Excelitas offers a selection of unmounted LINOS® symmetric-concave lenses made from N-BK7 glass in various focal lengths and diameters to suit diverse application requirements. These standard lenses feature double-sided anti-reflection coatings optimized for the visible (VIS) wavelength range to enhance transmittance. Production uses high-quality materials from trusted suppliers and maintains stringent tolerances to ensure exceptional quality. Each lens type is also available…
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Excelitas offers a wide selection of LINOS® symmetric-concave lenses made of N-BK7 glass available in various focal lengths and diameters to best suit your application. These standard lenses feature double-sided anti-reflection coatings optimized for the near-infrared (NIR) wavelength range to maximize transmittance. They are made from premium materials by established manufacturers and meet strict production tolerances to ensure exceptional quality. All unmounted lens types are…
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Excelitas offers LINOS® Symmetric-Concave Lenses made from uncoated N-BK7 glass, available in various focal lengths and diameters to suit your application. These lenses are produced with premium materials and the most stringent tolerances to guarantee exceptional quality. In addition to these unmounted versions, every lens type is also offered with a high-quality, black-anodized, engraved aluminum mount.
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LINOS® unmounted symmetric-concave N-BK7 lenses enable precise beam expansion and controlled light divergence for a wide variety of optical systems. Their mount-free design offers flexibility for integration into custom assemblies, making them suitable for laboratory, industrial, and OEM use. applications. These lenses are available with visible (VIS), near-infrared (NIR), or yttrium aluminum garnet (YAG) antireflection coatings, providing high transmission, minimal aberrations,…
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The Fusion UV LightHammer® 6 MARK II is a smart microwave-powered UV curing system with a 150 mm (6 inch) irradiator and 200 W/cm (500 W/inch) power class.
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The Fusion UV LightHammer® 10 MARK III is a smart IoT ready, microwave-powered UV curing system with a 10 inch irradiator and 240 W/cm (600 W/in) power class.
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The Fusion UV F600 Series of microwave-powered UV curing systems has been a widely used product for over 20 years. Known for its reliability and solid-performance, on-going updates ensure it remains an effective solution for a wide variety of industrial curing applications.
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The Fusion UV F Series of UV curing products are production-proven and simple to use microwave-powered systems. In use for decades across the globe, these systems are often the starter system for new UV curing processes or for conversions from UV arc lamp curing processes. The F Series UV Curing systems are also ideal for less sophisticated production environments and for use in lab settings. Learn more about these solutions.
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The Fusion UV F300 Series offers compact microwave-powered UV curing systems with a 6-inch wide irradiator (lamp module) and power supply. It These UV curing systems are ideal for lab research, as a starter system for new processes or simpler production processes.
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Our high-performance water-cooled UV curing systems are built to be durable and dependable, making them suitable for even the most challenging environments with extreme temperatures and debris. Additionally, these water-cooled lamps operate quietly, making them an excellent choice for situations where low noise is a priority.
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The Semray® 5000+ UV LED Water-Cooled System is designed to deliver exceptional printing results. It is ideal for industrial and larger print applications that require greater working distances from the substrate. This water-cooled UV LED curing light source provides up to 30% more active UV energy to the printed product, enabling faster printing speeds and the ability to print on heat-sensitive materials. In addition to reducing energy consumption, this system boasts a…
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Our High Spatial Radiance 150 Deuterium Lamp offers a spectral radiance of 1.5 times higher than any other 30-Watt deuterium lamp (D2 lamp) currently available on the market. Powered by our patented High Spatial Radiance (HSR) technology, the HSR150 significantly enhances the output of the D2 lamp in optimized systems. As a result, a much better signal-to-noise ratio can be achieved for increasingly demanding applications.
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Our High Spatial Radiance (HSR) Deuterium Lamps are designed with patented technology that significantly enhances Deuterium lamp (D2 lamp) output. A 50% increase in output can be achieved in optimized systems when compared to D2 lamps currently available on the market. This improvement allows for a much better signal-to-noise ratio for increasingly demanding applications. Our new HSR Lamp technology represents a significant leap forward in the field, offering unprecedented brightness and…
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Our High Spatial Radiance 100 is a 30-Watt Deuterium Lamp designed with our patented High Spatial Radiance (HSR) technology. This innovative deuterium lamp (D2 lamp) delivers higher output than standard D2 lamps, rivaling the best state-of-the-art, high-end lamps in the market. The HSR100 offers high stability, long lifetime, and seamless integration.
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Excelitas offers high-quality Deuterium (D2) lamps available in both quartz and UV glass bulbs. Using the latest material and process technologies, these D2 lamps have a lifetime of 2000 hours or more and offer unmatched output stability, intensity and long lifetime. Our patented High Spatial Radiance technology significantly enhances output by 50% compared to current D2 lamps in the market. Additionally, we offer our FiberLight D2 specialty light modules, which are ideal for…
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The FiberLight® D2 lamp system is a compact UV-Vis light source designed for mobile spectroscopy applications and all handheld devices requiring low power consumption. It offers a continuous spectrum covering the entire range from vacuum UV to near-infrared. This system combines a deuterium and tungsten lamp to provide a complete UV-VIS spectrum solution.
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Excelitas offers a wide range of high-quality, long-lifetime Deuterium lamps in various configurations for a broad range of applications. Corresponding power supplies with intelligent ignition and low-noise operation are available upon request.
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The C30617BFCH is a high-speed InGaAs PIN Photodiode with a 100µm active diameter chip in TO-18 ball lens package and FC receptacle. This photodiode provides high quantum efficiency from 800 nm to 1700 nm. It features low capacitance for extended bandwidth, as well as high resistance for high sensitivity, high linearity and uniformity within two percent across the detector active area.
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The InGaAs PIN Detectors provide high quantum efficiency from 800 nm to 1700 nm. They feature low capacitance for extended bandwidth, high resistance for high sensitivity, high linearity, and uniformity within two percent across the detector active area.
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The C30617BH is a high-speed InGaAs PIN Photodiode with a 100 µm active diameter chip in TO-18 ball lens package. This photodiode provides high quantum efficiency from 800 nm to 1700 nm. It features low capacitance for extended bandwidth, as well as high resistance for high sensitivity, high linearity and uniformity within two percent across the detector active area.
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The C30617ECERH is a high-speed InGaAs PIN Photodiode with 100 µm diameter of active area on a rectangular ceramic carrier. This photodiode provides high quantum efficiency from 800 nm to 1700 nm. It features low capacitance for extended bandwidth, as well as high resistance for high sensitivity high linearity and uniformity within two percent across the detector active area.
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The C30617L-100 is a high-speed InGaAs PIN Photodiode with a 100 µm active diameter chip in a ceramic SMD package with window. This photodiode provides high quantum efficiency from 960 nm to 1700 nm. It features low capacitance for extended bandwidth, as well as high resistance for high sensitivity, high linearity and uniformity within two percent across the detector active area.
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Our C30724 Series of APDs provide high responsivity in the wavelength range of 800 to 950 nm and are designed to meet the needs of high-volume and low-cost applications. The C30724EH is in a hermetically-sealed TO-18 can. The C30724EH-2 is a modified TO-18 with a built in 905 nm narrow band pass filter. Lastly, the C30724PH is in a TO-18 plastic encapsulated package.
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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 C30737MH-230-90N Silicon Avalanche Photodiode (Si APD) provides an active diameter of 230µm and enhanced 900 nm response in a leadless laminated carrier (LLC).
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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 Excelitas Generation 3 TPG3AD1S09 Pulsed Laser Diode is a high-efficiency 905 nm edge-emitting laser diode in an SMD package. The TPG3AD1S09 features a power slope of 3 W/A and enhanced output power of 120 W when operated at 40 A, extending the detection range to enable applications of tomorrow. This pulsed laser diode provides high output power ideally suited for long-distance range finder applications and offers a power-efficient solution for short- to mid-range systems.
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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 PGA and PGEW Series offer a variety of packages especially designed for high-volume applications in range finding and LiDAR. Plastic encapsulated packages, SMD packages and special TO-56 packages are available for various configurations.
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The C30662 Series features a variety of large-area InGaAs Avalanche Photodiodes (APDs) with a 200 µm active area. Excelitas InGaAs APDs offer high quantum efficiency (QE), robust responsivity, and low noise across the spectral range of 1000 nm to 1700 nm. These devices are available in a hermetically sealed TO-18 package or on a ceramic carrier. The ceramic surface mount package facilitates easy integration into high-volume applications.
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The InGaAs Avalanche Photodiode product family from Excelitas features active area sizes ranging from 30 µm to 200 µm, catering to various applications requiring photonic detection between 1000 nm and 1700 nm. The C30645, C30662, and C30733 series of avalanche photodiodes (APDs) are high-speed, high-gain devices made from InGaAs/InP. They offer high quantum efficiency (QE), high responsivity, and low noise within the 1000 nm to 1700 nm spectral range, with optimization at 1300 nm and 1550 nm…
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The C30645 Series combines various products of large-area InGaAs Avalanche Photodiodes (APD) with an 80 µm active area. Excelitas InGaAs APDs provide high quantum efficiency (QE), high responsivity, and low noise in the spectral range between 1000 nm and 1700 nm. They are supplied in a hermetically sealed TO-18 package or on a ceramic carrier. The ceramic surface mount package allows for easy integration into high-volume applications.
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Excelitas offers a variety of software interface drivers to enable data transmission between PCO cameras and a computer. Available drivers include USB2, USB3, GigE, CameraLink, and CLHS.
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Excelitas offers various software development kits (SDK) to seamlessly integrate PCO cameras into your own applications. Our SDK portfolio ranges from general SDKs with C-interface to easy to use high-level SDKs written in Python, LabVIEW, Java, MATLAB and C++.
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The Excelitas PCO Camera Control Software is the first step to begin working with your PCO cameras. It is easy to use and provides a variety of camera and image acquisition settings, perfectly geared to help you achieve the desired results. We leverage our technical expertise and knowledge of our customers' areas of work and research to ensure your workflows are as seamless and convenient as possible..
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Our LINOS® mounted symmetric concave lenses, made from premium fused silica with a V-coating at 1064 nm, are available in various focal lengths and diameters to meet the needs of demanding YAG laser applications. These lenses are ideal for beam expansion, divergence of collimated light, and applications requiring minimal spherical aberration and balanced optical performance. Each lens is manufactured to tight tolerances for exceptional optical quality and long-term stability.…
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Our LINOS® mounted symmetric-concave lenses, made from premium fused silica, are available in various focal lengths and diameters for visible wavelengths. They deliver reliable performance in demanding UV and high-power applications. These lenses are ideal for beam expansion, collimated light divergence, and situations requiring minimal spherical aberration and balanced optical quality. Each lens is produced to strict tolerances for exceptional quality and long-term stability,…
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Our LINOS® fused silica symmetric-concave lenses for the NIR wavelength range are available in various focal lengths and diameters, offering reliable solutions for demanding applications. These lenses are ideal for beam expansion, divergence of collimated light, and situations requiring minimal spherical aberration and balanced optical performance. Each lens is made from premium fused silica sourced from trusted suppliers and manufactured to tight tolerances for exceptional optical…
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LINOS® mounted symmetric-concave lenses are available in a comprehensive selection of focal lengths and diameters, manufactured from high-quality N-BK7 optical glass and optimized with a V-coating for 1064 nm applications. Designed to deliver reliable performance across a wide range of optical systems, these lenses are ideally suited for beam expansion, controlled divergence of collimated light, and applications requiring low spherical aberration with well-balanced imaging…
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The LINOS® series of mounted symmetric-concave lenses from Excelitas is manufactured from high-quality N-BK7 glass with a VIS coating and is offered in a range of focal lengths and diameters to accommodate a broad range of optical applications. These lenses are suitable for beam expansion, controlled divergence of collimated light, and configurations that require minimal spherical aberration and balanced optical performance. Each lens is fabricated to stringent tolerances to ensure…
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Our LINOS® symmetric-concave lenses are made from high-quality N-BK7 optical glass with NIR coating and are offered in various focal lengths and diameters to support diverse optical applications. They are ideal for beam expansion, controlled divergence of collimated light, and systems requiring low spherical aberration and balanced performance. Each lens is produced to strict tolerances using N-BK7 glass from trusted suppliers, ensuring consistent optical quality. Our product range…
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Our LINOS® mounted symmetric-concave lenses are manufactured from high-quality N-BK7 and are offered in various focal lengths and diameters to meet diverse optical requirements. They are well-suited for beam expansion, controlled divergence of collimated light, and applications requiring low spherical aberration and consistent performance. Each lens is manufactured to strict tolerances with N-BK7 glass from trusted suppliers to ensure reliable optical quality. Lenses are available…
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The LINOS® UV beamsplitter cube is engineered to split or combine light beams with high accuracy. Its design allows beams to pass through without angular or lateral shift, maintaining precise alignment of both reflected and transmitted paths. Made from durable fused silica, this compact cube ensures reliable performance in various optical setups. With reflectance and transmittance balanced near 50% for unpolarized light, it provides consistent beam management for diverse applications. The…
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LINOS® IR Beamsplitter Plates provide precise control of light paths in infrared photonic systems operating from 1250 to 1650 nm. Made from high-quality N-BK7 glass, they offer excellent optical clarity and durability. The 50:50 reflection-to-transmission ratio for unpolarized light ensures consistent beam splitting for accurate signal routing and stable system performance. A broadband anti-reflective coating on the second surface reduces losses and increases efficiency. Designed…
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LINOS Beamsplitter Plates ensure precise and reliable optical path control in advanced photonic systems. Offered in UV, VIS-NIR, and NIR versions, they deliver optimal performance across a wide spectral range. Their rectangular, circular, and elliptical formats offer flexibility for diverse integration requirements.
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Excelitas offers a comprehensive selection of near‑infrared (NIR) coated LINOS® fused silica lenses, available across a wide range of focal lengths and diameters to suit demanding high power 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 NIR wavelength range, resulting in higher…
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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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LINOS® plano-concave UV 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.…
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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® 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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With over 100 years of experience in manufacturing high-quality optical components, LINOS plano-concave singlets deliver precision, reliability, and superior optical performance. Available in N-BK7 and fused silica, they come mounted or unmounted, coated or uncoated, as standard stock items for immediate use or as customized solutions to meet specific requirements.
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LINOS mounted plano‑concave fused silica lenses deliver accurate beam expansion, image reduction, and focal length control in demanding optical systems. The mounted design ensures reliable handling and seamless integration, making these lenses optimal for laboratory, industrial, and OEM requirements.
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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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Excelitas Standard Optical Lenses portfolio offers versatile, high-quality components for imaging, illumination, and laser applications. The collection features precision-crafted achromatic doublets that minimize spherical and chromatic aberrations and deliver sharp, color-accurate results across a defined wavelength range. For monochromatic applications or integration into complex optical systems, our optical singlet lenses, crafted from premium glass and manufactured to tight tolerances,…
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Scientific cameras are an essential part of the world of research and experimentation. Utilizing sCMOS image sensors, these cameras help ensure the highest quality and accurate images. Our PCO scientific camera portfolio includes both cooled and uncooled sCMOS cameras. Cooled sCMOS cameras are equipped with an active cooling mechanism to help lower the sensor temperature, minimize dark current, and enable longer exposure times, which is beneficial for low-light applications such as…
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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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Pioneering in Cameras and Optoelectronics (PCO) has been our shared philosophy since our establishment in 1987. Starting with image-intensified cameras, followed by the co-invention of the groundbreaking sCMOS sensor technology, PCO greatly surpassed the imaging performance standards of the day. Acquired by Excelitas in 2021, our PCO camera portfolio continues to forge ahead as leaders in digital imaging innovation across diverse applications such as scientific and industrial research,…
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Excelitas PCO industrial camera series leverages our many years of experience and knowledge in the development and manufacture of high-performance cameras. The design concepts are ideally suited for system integration and offer high performance and reliability with easy-to-use interfaces for power supply and data transfer. Our PCO industrial camera series includes the pco.pixelfly and pco.horizon camera families. These cameras cover CCD, sCMOS, InGaAs, and TDI line scan sensor technology and…
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Excelitas offers a comprehensive range of high‑performance imaging camera systems designed to support demanding scientific, research, microscopy, and industrial applications. Our portfolio features an array of advanced sensor technologies including CCD, CMOS, sCMOS and InGaAs engineered to deliver exceptional sensitivity, low noise, and precise measurement accuracy across a wide variety of imaging tasks.
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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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Noblelight Infrared emitters with Quartz Reflective Coating (QRC®) nano-reflectors are used in many sensitive heating processes. The QRC nano-reflector aids in targeting the radiation, resulting in faster, more efficient, and stable processes.
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Excelitas operates global application competence centers to test and optimize applications using infrared (IR), ultraviolet (UV), arc, and flash lamp light sources. Our experienced team applies technical expertise and specialized light sources to develop efficient solutions for complex requirements. We closely collaborate with customers and safeguard confidential information to support the validation and implementation of customized solutions at customer sites and production facilities...