SEARCH RESULTS (2182)
Product
The C30618ECERH is a high-speed InGaAs PIN Photodiode with 350 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.
Product
THe C30659 Series includes a Silicon (Si) or InGaAs avalanche photodiode (APD) with a hybrid preamplifier, in the same hermetically-sealed TO-8 package, to allow for ultra-low noise operation. Our C30659-1550-R2AH device includes an Excelitas C30662EH InGaAs APD, optimized at 1550 nm.
Product
The C30659 Series includes a Silicon (Si) or InGaAs avalanche photodiode (APD) with a hybrid preamplifier, in the same hermetically-sealed TO-8 package, to allow for ultra-low noise operation. Our C30659-1550-R2AH device has a C30662EH InGaAs APD, optimized at 1550 nm.
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The C30659 Series of InGaAs APD receivers includes a Silicon (Si) or InGaAs Avalanche Photodiode (APD) with a hybrid preamplifier, in the same hermetically-sealed TO-8 package, to allow for ultra-low noise operation. Our C30659-1550E-R08BH device includes a C30645EH InGaAs APD, optimized at 1550 nm.
Product
The C30659 Series of InGaAs APD receivers includes a Silicon (Si) or InGaAs Avalanche Photodiode (APD) with a hybrid preamplifier, in the same hermetically-sealed TO-8 package, to allow for ultra-low noise operation.
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The C30659-UV-1 includes a UV-Enhanced Silicon Avalanche Photodiode (Si APD) with a hybrid preamplifier, in the same hermetically-sealed TO-8 package, to allow for ultra-low noise operation.
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The C30659 Series includes a Silicon (Si) or InGaAs Avalanche Photodiode (APD) with a hybrid preamplifier, in the same hermetically-sealed TO-8 package, to allow for ultra-low noise operation. Our C30659-1060-3AH device has a C30956EH Si APD, optimized at 1060 nm, and a 3 mm active diameter.
Product
The C30659 Series includes a Silicon (Si) or InGaAs Avalanche Photodiode (APD) with a hybrid preamplifier, in the same hermetically-sealed TO-8 package, to allow for ultra-low noise operation. Our C30659-1060E-R8BH device has a C30954EH Si APD optimized at 1060nm and a 0.8 mm active diameter.
Product
The C30659 Series of Hybrid Optical APD Receivers includes a Silicon (Si) or InGaAs Avalanche Photodiode (APD) with a hybrid preamplifier, in the same hermetically-sealed TO-8 package to allow for ultra-low noise operation. Our C30659-1060-R8BH device has a C30954EH Si APD, optimized at 1060 nm and a 0.8 mm active diameter.
Product
The C30659 Series of Hybrid Optical APD Receivers includes a Silicon (Si) or InGaAs Avalanche Photodiode (APD) with a hybrid preamplifier in the same hermetically-sealed TO-8 package to allow for ultra-low noise operation. Our C30659-900-R8AH device has a C30817EH Si APD with a peak response at 900 nm and 0.8 mm active diameter.
Product
The C30659 Series includes a Silicon (Si) or InGaAs Avalanche Photodiode (APD) with a hybrid preamplifier, in the same hermetically-sealed TO-8 package, to allow for ultra-low noise operation. Our C30659-900-R5BH device has a C30902EH Si APD with a peak response at 900 nm and 0.5 mm active diameter.
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The large area C30626FH Series Silicon Avalanche Photodiode (Si APD) with dimensions of 4.7 x 4.7 mm are offered in a flat-pack package for either direct detection or easy coupling to scintillator crystals.
Product
The APOLED model consists of a single high quality chip with excellent thermal properties and high flux. Excelitas offers custom white CCTs with high CRI values or any other wavelength die available. We guarantee minimum specifications, tight binning requirements and customized testing for our production lots, including guaranteed minimum CRI values in Ra, R9 and R13. Our micro-sized APOLEDs are small enough to allow for superior color mixing and dense packing.
Product
The ACULED® platform is a chip-on-board (COB) LED package containing four separately-addressable LED chips. We offer a wide selection of standard or custom wavelengths and various CCT whites with high color rendering. The ACULED package is ideal in medical lighting applications requiring tunable CCT white lighting with high CRI.
Product
1102502 series supply is a 125 kV/250 mA CT X-Ray PS is highly regulated Power Supply with high frequency power conversion technology used for all power supply functions. It is designed for a high-power rotating anode X-ray tube and produces -125 kV at 250 mA in a Standard Operational Mode, -130 kV at 10 mA in a Tube Conditioning Operational Mode.
Product
The 180 kV/16 mA CT X-Ray PS is highly regulated Power Supply designed for use in an X-Ray computer tomography (CT) system. The unit is designed to run continuously at full output while mounted on a rotating gantry at speeds to 120 rpm up to 25 G. The high-voltage tank assembly is filled with oil for purposes of electrical insulation and cooling. Extensive internal interlocks and diagnostics are incorporated to provide safe and highly reliable operation.
Product
The XRSE High-Voltage Power Supply is a highly regulated power supply designed for use in an X-ray system. The supply provides high voltage for the X-ray tube, filament power and closed-loop emission current control. The unit is designed to run continuously at full output. High-frequency power conversion technology is used for all power supply functions. Extensive internal interlocks and diagnostics are incorporated to provide reliable and safe operation. Excelitas also designs and…
Product
The Excelitas -150kV, 100mA E-Beam HVPS power supply with integrated AC Filament Driver of 25 Vac, 50Hz, <20 Arms and Grid Driver of -30 - +170Vdc, 200mA. Grid-driver power supplies are negative, highly regulated power supplies designed for use in E-Beam systems, capable of producing 0 to -150kVdc, 100mA of DC power. The power supplies is designed to run continuously at full output power.
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This Excelitas High-Voltage Power Supply (HVPS) is designed to power an E-Beam gun. The 1102710 Series HVPS provides two outputs, the HV beam supply and an auxiliary supply floating at the HV beam supply output voltage. The high-voltage output is nominally -180 kilovolts at 70 mA for roughly 13 kilowatt power capability. The auxiliary supply is intended to power control and filament electronics in the E-beam gun which control the E-beam emission current drawn from the HVPS.
Product
The Excelitas E-Gun High Voltage Power Supply is a highly regulated power supply designed for use in an electron-beam system. The supply provides high voltage for the electron beam emitter, filament power and closed-loop emission current control. High frequency power conversion technology is used for all power supply functions. The unit is designed to run continuously at full output.
Product Category
The Excelitas family of high-voltage X-ray power supplies are highly regulated designs created for the demanding requirements of X-ray systems. These power supplies provide high voltage for X-ray tube, filament power and closed-loop emission current control. Some units run continuously at full power and others are designed for lower duty cycle applications that have high peak power demands.
Product Category
The Excelitas E-Gun High-Voltage Power Supply is a highly regulated power supply designed for use in an electron-beam system. The supply provides high voltage for the electron beam emitter, filament power and closed-loop emission current control. High frequency power conversion technology is used for all power supply functions. The unit is designed to run continuously at full output.
Product
Excelitas' -150 kV, 100 mA E-Beam HVPS power supply with integrated AC Filament Driver of 25 Vac, 50 Hz, <20 Arms and Grid Driver of -30 - +170 Vdc, 200 mA. Grid Driver power supplies are negative highly regulated power supplies designed for use in E-Beam systems, capable of producing 0 to -150 kVdc, 100 mA of DC power. The power supplies is designed to run continuously at full output power.
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The High-Voltage Power Supply is a highly regulated power supply. The supply provides high voltage and has electron-beam emitter, filament power and closed-loop emission current control if used as an E-Gun power supply. High-frequency power conversion technology is used for all power supply functions. The unit is designed to run continuously at full output.
Product
Excelitas offers a range of innovative Fiber Optic Light Sources and components with unsurpassed light output and configurable options for ease of design and speed to market. These LED light sources are designed to couple high-intensity white light into fiber-optic bundles for applications such as endoscopy, surgical headlamps, surgical microscopy, industrial borescopes, inspection systems, and machine vision.
Product Category
Excelitas offers Time-of-Flight (ToF) Chips and Modules based on proprietary CMOS/CCD imagers. The operating principle is based on the time-of-flight of photons emitted by the illumination source and reflected back from the object to the photosensitive pixels. The system measures the phase-shift between the emitted and received signal, which is proportional to the distance. High photo-sensitivity and high-resolution ADC allows measurement accuracy down to a centimeter level depending on the…
Product Category
Excelitas offers Photonic Detection Solutions ranging from Silicon and InGaAS PINs and Avalanche Photodiodes, Hybrid Receivers, and Photon Counting Modules to address high-performance, high-volume applications across a wide range of markets. Excelitas Thermal IR Sensors represent a broad range of Pyroelectric Detectors, Thermopile Detectors and IR Sensor Modules used for motion detection, presence monitoring, temperature measurement and gas detection.
Product Category
The Excelitas Short-Arc Pulsed Xenon Lamps are the light sources of choice for precision performance lamp applications such as clinical and in-vitro diagnostics, life sciences, environmental monitoring, analytical instrumentation, and spectrophotometry. Short-Arc Xenon flash lamps are unconfined arc flashlamps which produce microseconds duration pulses of broadband light of high radiant intensities. Capable of operating at high repetition rates, these flashlamps generate light over a…
Product Category
Excelitas offers a wide range of flashlamp designs for various applications, including IPL, medical and industrial laser, solar simulation, and weathering. Additionally, these unique flashlamp designs are utilized in our complete Flash System solutions for applications such as rapid thermal processing and disinfection. Utilizing our unique design know-how and manufacturing capabilities obtained from decades of combined flashlamp experience, we work with our customers to develop the best…
Product
The VTE3322LAH is a 940 nm Infrared Emitting Diode (IRED) in a T-1 (3 mm) plastic package. It provides 1.5 mW of output power and a narrow beam angle of ±10°.
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The VTE1013H is a 940 nm Infrared Emitting Diode (IRED) in a hermetic TO-46 package. This IRED provides 30 mW of output power and wide beam angle of ±35°.
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The VTE1113H is a 940 nm Infrared Emitting Diode (IRED) in a hermetic TO-46 package with a lens. This IRED provides 30 mW of output power with a narrow beam angle of ±10°.
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The VTE1291W-2H is a 880 nm Infrared Emitting Diode (IRED) in a T 1 ¾ (5 mm) plastic package. This IRED provides 25 mW of output power with a wide beam angle of ±25° and is UL-recognized.
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The VTE1291W-1H is a 880 nm Infrared Emitting Diode (IRED) in a T-1 ¾ (5 mm) plastic package. It provides 20 mW of output power and a wide beam angle of ±25°, and is UL recognized.
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The VTE3374LAH is a 880 nm Infrared Emitting Diode (IRED) in a T-1 (3 mm) plastic package. It provides 5 mW of output power. and a narrow beam angle of ±10°.
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The VTE3372LAH is a 880 nm Infrared Emitting Diode (IRED) in a T-1 (3 mm) plastic package. It provides 3 mW of output power and a narrow beam angle of ±10°.
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The VTE1163H is an 880 nm Infrared Emitting Diode (IRED) in a hermetic TO-46 package with a lens. This IRED provides 110 mW of output power and a narrow beam angle of ±10°.
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The Excelitas 880 nm Infrared Emitting Diode (IRED) provides 80 mW of output power and a wide beam angle of ±35° in a hermetic TO-46 package.
Product Category
Infrared Emitting Diodes (IREDs) are solid state light sources emitting in the near infrared part of the spectrum. The emission wavelength is closely matched to the response peak of silicon photodiodes and phototransistors. This product line provides a broad range of lens and power output options. Both top and side radiating cases are available as well as a wide range of emission beam profiles. These IREDs may be operated in either CW or pulsed operating modes.IREDs…
Product Category
Excelitas Technologies designs and manufactures high-performance, custom-tailored power supplies and systems for leading OEMs in diverse markets including: Medical, Dental, Semiconductor, Industrial Manufacutring, Defense, Aerospace and Safety and Security. Our broad product portfolio, which leverages the latest advances in power conversion technology, is based on field-proven designs.
Product Category
Excelitas Technologies offers a wide range of high-performance electronics, power and energetics technologies to drive your most demanding photonic systems. Our Electronics & Power offering includes Capacitor Chargers, Spark Gaps and Transformers, High-Voltage DC Power Supplies and Atomic Frequency Standards. Our Energetics portfolio includes Electronic Safe & Arm devices, Detonators, Ignition Safety devices, and Rocket Motor Initiators.
Product Category
Excelitas Thermopile Sensors offer leading-edge, non-contact temperature measurement for applications in smart home, smart appliances, intelligent thermostats and HVAC control systems, and ear and forehead thermometers.Our Thermopile Detectors are typically Thermopiles with integrated Thermistor providing analog output in various packages. Special designs include built-in lenses or reflectors to enhance sensing performance, Isothermal constructions, or Dual narrow-band windows. Our…
Product Category
Excelitas Pyroelectric Infrared Detectors define the leading edge of motion detection technology, offering a variety of both digital and analog Pyroelectric IR Detectors to serve a wide range of applications in smart home, smart city, IOT, burglary detection and security systems. With Pyroelectrics available in Single-, Dual- and Quad-Element configurations we offer you a wider range of different sized infrared sensor surfaces, which directly translates to enhanced performance and…
Product Category
Excelitas CoolEYE™ IR Arrays offer leading-edge, non-contact temperature measurement for applications where a finer spatial temperature resolution is necessary. This can be achieved with either a sweeping linear array with 8 or 16 pixels, or a static 2-dimensional array with often only 4 x 4 pixels. These sensors are well-suited for applications such as elevated skin temperature screening, presence and motion detection, room climate control, fire and overheat detection and much more.Our…
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The VTP3410LAH is is a silicon photodiode in a visible blocking end-looking long T1 lensed package with an enhanced response in the near IR spectral range. This photodiode exhibits a very high shunt resistance, low dark current and low capacitance.
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The VTP1188SH is a silicon photodiode in a lensed ceramic package. This photodiode provides an enhanced response in the visible and near IR spectral range, as well as exhibits a very high shunt resistance, low dark current and low capacitance.
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The VTD31AAH is a silicon photodiode on ceramic substrate coated with clear epoxy, and a CLD31AA industry equivalent. This photodiode provides a low dark current, fast response and wide field-of-view.
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The VTD206H is a silicon photodiode in TO-92 side-looker package with visible blocking, and an SFH206 industry equivalent. This photodiode provides a low dark current, fast response and wide field-of-view.
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The VTD206KH is a silicon photodiode in TO-92 side-looker clear package, and an SFH206K industry equivalent. This photodiode provides a low dark current, fast response and wide field-of-view.
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The VTD205H is a silicon photodiode in TO-92 side-looker package with visible blocking, and an SFH205 industry equivalent. This photodiode provides a low dark current, fast response, and wide field-of-view.
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The VTD205KH is a silicon photodiode in TO-92 side-looker clear package and a SFH205K industry equivalent. This photodiode provides a low dark current, fast response and a wide field-of-view.
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The VTP8740STRH is a silicon photodiode in a transparent surface mount plastic package with an integrated lens. With a wide field-of-view, this photodiode produces a fast response and low dark current.
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The VTP8350H is a silicon photodiode on ceramic substrate coated with epoxy. With a wide field-of-view, this photodiode produces a fast response and low dark current.
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The VTP7110H is a silicon photodiode in a lensed side-looking package with a fast response, low dark current and wide field-of-view.
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The VTP6060H is a large-area silicon photodiode in hermetic TO-8 package with a flat window. With a wide field-of-view, this photodiode produces a fast response and low dark current.
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The VTP5050H is a silicon photodiode in hermetic TO-5 package and produces a fast response and low dark current.
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The VTP4085SH is a silicon photodiode on ceramic substrate coated with epoxy which produces a fast response and low dark current.
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The VTP3410LAH is a silicon photodiode in a visible blocking, end-looking, long T1 lensed package. This photodiode provides an enhanced response in the near IR-spectral range, as well as exhibits a very high shunt resistance, low dark current and low capacitance.
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The VTP1332H is a silicon photodiode in a visible blocking T1¾ lensed package. This photodiode provides an enhanced response in the near IR-spectral range, as well as exhibits a very high shunt resistance, low dark current and low capacitance.
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The VTP1332FH is a silicon photodiode in a visible blocking T1¾ flat package. This photodiode provides an enhanced response in the near IR-spectral range, as well as exhibits a very high shunt resistance, low dark current and low capacitance.
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The VTP1188SH is a silicon photodiode in a lensed ceramic package. This photodiode provides an enhanced response in the visible and near IR spectral range, as well as exhibits a very high shunt resistance, low dark current and low capacitance.
Product
The VTP1112H is a silicon photodiode with an enhanced response in the visible and near IR spectral range in a hermetic TO-46 lensed package. This photodiode exhibits a very high shunt resistance, low dark current, low capacitance and narrow field-of-view.
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The VTP1012H is a silicon photodiode in a hermetic TO-46 flat window package. With an enhanced response in the visible and near IR spectral range, this photodiode exhibits a very high shunt resistance, low dark current and low capacitance.
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The VTB8341H is a blue-enhanced silicon photodiode in a ceramic package protected with a thick layer of clear epoxy. This photodiode provides an enhanced response in the blue spectral range, as well as exhibits a very high shunt resistance and a low dark current.
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The VTB6061UVJH is a silicon photodiode in a hermetic TO-8 UV enhanced flat window package where the photodiode chip is isolated from the case. This photodiode provides an enhanced response in the UV spectral range, as well as exhibits a very high shunt resistance and a low dark current.
Product
The VTB6061JH is a silicon photodiode in a hermetic TO-8 flat window package where the photodiode chip is isolated from the case. This photodiode provides an enhanced response in the blue spectral range, as well as exhibits a very high shunt resistance and a low dark current.
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The VTB6061UVH is a silicon photodiode in a hermetic TO-8 UV enhanced flat window package. This photodiode provides an enhanced response in the UV spectral range, as well as exhibits a very high shunt resistance and a low dark current.
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The VTB6061BH is a silicon photodiode in a hermetic TO-8 flat window package. With a built-in IR rejection filter to limit the response into the visible portion of the spectrum, this photodiode exhibits a very high shunt resistance and a low dark current.
Product
The VTB6061CIEH is a silicon photodiode in a hermetic TO-8 flat window package. This photodiode has a built-in filter so its spectral response closely matches that of the human eye. It exhibits a very high shunt resistance and a low dark current.
Product
The VTB6061H is a silicon photodiode in a hermetic TO-8 flat window package. With an enhanced response in the blue spectral range, this photodiode exhibits a very high shunt resistance and a low dark current.
Product
The VTB5051UVJH is a silicon photodiode in a hermetic TO-5 UV enhanced flat window package where the photodiode chip is isolated from the case. This photodiode provides an enhanced response in the UV spectral range, as well as exhibits a very high shunt resistance and a low dark current.
Product
The VTB5051JH is a silicon photodiode in a hermetic TO-5 flat window package where the photodiode chip is isolated from the case. This photodiode provides an enhanced response in the blue spectral range, as well as exhibits a very high shunt resistance and a low dark current.
Product
The VTB5051BH is a silicon photodiode in a hermetic TO-5 flat window package. With a built-in IR rejection filter to limit the response into the visible portion of the spectrum, this photodiode exhibits a very high shunt resistance and a low dark current.
Product
This VTB5051UVH is a silicon photodiode in a hermetic TO-5 UV enhanced flat window package. This photodiode provides an enhanced response in the UV spectral range, as well as exhibits a very high shunt resistance and a low dark current.
Product
The VTB5051H is a silicon photodiode in a hermetic TO-5 flat window package. This photodiode provides an enhanced response in the blue spectral range, as well as exhibits a very high shunt resistance and a low dark current.
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The VTB4051H is a blue-enhanced silicon photodiode in a 8 mm recessed ceramic package protected with a clear epoxy layer. This photodiode provides an enhanced response in the blue spectral range, as well as exhibits a very high shunt resistance and a low dark current.
Product
The VTB1113BH is a silicon photodiode in a hermetic TO-46 lensed package with a narrow field-of-view. This photodiode offers a built-in IR rejection filter to limit the response into the visible portion of the spectrum, as well as exhibits a very high shunt resistance and a low dark current.
Product
The VTB1112BH is a silicon photodiode in a hermetic TO-46 lensed package with a narrow field-of-view. With a built-in IR rejection filter to limit the response into the visible portion of the spectrum, this photodiode exhibits a very high shunt resistance, a low dark current.
Product
The VTB1113H is a silicon photodiode in a hermetic TO-46 lensed package with a narrow field-of-view. This photodiode provides an enhanced response in the blue spectral range, as well as exhibits a very high shunt resistance and a low dark current.
Product
The VTB1112H is a silicon photodiode in a hermetic TO-46 lensed package which provides an enhanced response in the blue spectral range. This photodiode exhibits a very high shunt resistance and a low dark current and has a narrow field-of-view.
Product
The VTB1013BH is a silicon photodiode in a hermetic TO-46 flat window package. With a built-in IR rejection filter to limit the response into the visible portion of the spectrum, this photodiode exhibits a very high shunt resistance and a low dark current.
Product
The VTB1013H is a silicon photodiode in a hermetic TO-46 flat window package. This photodiode provides an enhanced response in the blue spectral range, as well as exhibits a very high shunt resistance and a low dark current.
Product
The VTB1012H is a silicon photodiode in a hermetic TO-46 flat window package. This photodiode provides an enhanced response in the blue spectral range, as well as exhibits a very high shunt resistance and a low dark current.
Product
The VTB1012BH is a silicon photodiode in a hermetic TO-46 flat window package. With a built-in IR rejection filter to limit the response into the visible portion of the spectrum, this photodiode exhibits a very high shunt resistance and a low dark current.
Product
The VTB100AH is a blue-enhanced silicon photodiode in a plastic molded side-looker package. This photodiode provides an enhanced response in the blue spectral range as well as exhibits a very high shunt resistance and low dark current.
Product Category
Excelitas “Thermal IR Sensors” represent a wide range of Pyroelectric Detectors, Thermopile Detectors and IR sensor modules. Our leading edge IR sensing technologies are used for motion detection, presence monitoring, temperature measurement and gas detection to enable smarter homes, improved energy efficiency, better health, safer home security and a more expansive and connected IOT. In addition to our wide offering of off-the-shelf devices, we also specialize in customized solutions for…
Product Category
With our rich electro-optic heritage, Excelitas manufactures a range of premium performance laser sources to meet your laser engine requirements. From Solid State Diode to Helium Neon... from Pulsed Laser Diodes to Swept-Source OCT Tunable Laser Engines... from Xenon Flash laser pumping to High-Voltage Power Supplies... whether your requirement is off-the-shelf or custom engineered, engage our laser expertise for your next solution.
Product Category
Axsun Technologies was established in 1998 and acquired by Excelitas Technologies in early 2019. Excelitas’ Axsun product line utilizes an array of microelectromechanical systems (MEMS) and other micro-scale optical devices to manufacture industry-leading technology.Our Axsun optical integration technology is leading the way toward higher performance, more compact, more reliable, and more cost-effective subsystems and solutions in a variety of applications – from guidance…
Product Category
The pco.panda series represents our product family of 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.
Application
Effective air treatment is essential for public health, as airborne contaminants can spread illness in crowded spaces.
Application
Heat processes in the automotive industry can be challenging. Infrared (IR) heat offers a solution by ensuring consistent quality while reducing costs. Automotive production involves a variety of materials, including metal coatings, plastic forming, deburring, welding, and glass printing.
Application
Excelitas UV systems use high-energy ultraviolet (UV) radiation to disinfect water without chemical additives. This energy-efficient, environmentally friendly treatment method inactivates microorganisms, including bacteria, viruses, and parasites, while also helping break down harmful organic contaminants.
Application
Excelitas UVC technologies play a crucial role in controlling and mitigating pathogens associated with healthcare-acquired infections.
Application
Excelitas offers a broad array of advanced, non-mercury UVC solutions that help create next-generation disinfection programs for food packagers and processors.
Application Category
Excelitas’ UVC light sources fulfill a critical role in disinfecting our environments and protecting the public from infectious viral and microbial contamination. UVC disinfection is a non-contact, chemical-free method to inactivate bacteria or viruses and prevent them from replicating while offering a green process with vast environmental and social benefits. Global demand for UVC solutions is sharply increasing and represents a rapidly evolving market landscape since traditional…
Application
With an increasing demand for manufacturers to maximize productivity of their plants around the world, UV and UV LED curing has become an important assembly technique in the manufacturing assembly process, due to its’ rapid processing, on-demand cure, ease of automation, low energy requirements and solvent-free bonding.
Application Category
Excelitas offers innovative UV curing solutions that provide leading manufacturers worldwide with the most advanced, simple-to-use and reliable UV curing technology. Our OmniCure® product line leverages our long-standing, proven industry expertise to deliver faster and more consistent UV curing results to ensure our customers capitalize on highest product quality and production efficiency savings across various applications. UV curing systems offer a high degree of…
Application
From automotive electronics to semiconductor manufacturing processes, such as atomic layer deposition, heating electronic components throughout production requires precise, uniform, and controlled temperature management. Infrared technology transfers high levels of energy without physical contact, making it ideal for thermal processing under vacuum conditions and in other demanding manufacturing environments.
Application
Infrared heat is a highly efficient and precise method for modern metal processing. Whether you cure lacquers, dry coatings, or prepare metal parts for alloying and reflow processes, infrared heat supports fast, targeted, and energy‑efficient results. Its rapid response and ability to deliver heat exactly where it is needed make infrared technology well suited for a wide range of metal processing applications.
Application
At Excelitas, we develop advanced infrared heating solutions to help optimize your converting processes and improve efficiency. Web materials such as foils, plastics, paper, and nonwovens often require precise heat control for processes such as coating drying, laminating, and embossing.
Application
Composite materials are fabricated in various ways depending on their intended applications, including automotive, aerospace, wind energy, construction and infrastructure. Infrared (IR) heat is often used in this manufacturing process due to its fast, uniform heating and reliable curing performance.
Application
Building and construction materials, such as flooring, home textiles, pipes, tubes, and furniture, require effective heating, drying, or curing. Infrared systems and UV technology represent ideal solutions that optimize these essential processes.
Application
In the food processing industry, precise temperatures are crucial to avoid overheating, especially when processing chocolate, filling candies, pre-browning instant meals, or heating food surfaces. Infrared emitters deliver heat without direct contact and only for as long as necessary. By eliminating the need for preheating and using energy efficiently, heat is provided exactly when required. Furthermore, infrared emitters have a rapid response time, allowing for better control—an essential…
Application
Infrared heating is a highly efficient and effective method for processing plastics across various industrial applications. Infrared emitters play a crucial role in this heating method due to their ability to deliver focused thermal energy while maintaining a contact-free approach that enables rapid processes such as welding, deburring, and forming in just seconds.
Application
Many coatings, paints, and varnishes require heat for efficient drying. Water-based coatings need to be dried, while powder coatings need to be gelled and cured. Infrared heat emitters are particularly effective for drying water-based coatings, and they can significantly accelerate the melting process of powder coatings, thereby boosting productivity.
Application Category
Infrared Heat Treatment for Industrial Manufacturing
Nearly every product undergoes a heating process at least once during its manufacturing. This process can involve drying coatings, activating adhesives, heating plastics before forming, and welding containers using heat. Designers and plant engineers face the challenge of selecting the right heat source that can be effectively integrated into the production process while maximizing efficiency.
Infrared heating is particularly well-…
Application Category
Wide-ranging technologies for illumination, imaging and detection allow Excelitas to serve a breadth of medical applications: diagnostics, surgery, UVC Disinfection, dentistry, ophthalmology, and more. Our extensive capabilities for design and manufacturing, from components to systems, make Excelitas the ideal partner for medical OEMs with the most demanding requirements when quality, cost and ability-to-scale are critical. Excelitas laser, LED, and lamp solutions address…
Application
Excelitas Technologies designs and manufactures infrared (IR) Thermopile Sensors for medical ear and body temperature thermometry. Our IR Thermopile Sensors range from standard analog detectors, to innovative thermal-shock resistant solutions and variants featuring integrated optics, to “smart” sensor solutions including pre-calibrated sensors with onboard signal processing and digital interface, to streamline integration.
Application
Excelitas facilitates today's driver-assistance and tomorrow's autonomous vehicle. Field-proven in mission critical defense, aerospace and outerspace LiDAR applications, we are refining our Photonic Detectors and Pulsed Laser Diode Emitters to meet the needs of the automotive industry..
Application
UV pinning technology, used between inkjet heads, provides just the right amount of UV energy needed to control dot gain and achieve a variety of printing effects at increased speeds. UV LED can also be used for the full cure of digital ink in bi-directional, single-pass, and 3D printers to create products such as posters, labels, signage, packaging, and 3D objects.
Application
Ultraviolet (UV) curing for wood coatings provides an effective and efficient alternative to traditional air, moisture, and thermal cured coatings. UV curing provides faster curing times, reduced energy consumption, and improved coating performance.
Application
Functional films are critical components in modern products, ranging from consumer electronics and automotive displays to batteries, solar panels, industrial coatings, and advanced packaging. Manufacturers require curing technologies that deliver consistent process performance, high throughput, and minimal thermal impact on thin, heat-sensitive substrates.
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Across industries such as aerospace, automotive, wind energy, marine, construction, and recreational products, composite materials are becoming the preferred choice for manufacturers seeking high strength-to-weight performance and long-term durability.
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Modern manufacturing is an on-going photonics revolution. Light can be used by computers to process or measure materials with no surface contact, no contamination and no wear of tool edges in the smallest of scales and over large areas. Photonics-enabled light is used to produce the devices that are ubiquitous in modern lives, to protect our health and environment, and keep us safe. Light-based machine vision and automated optical inspection systems make it possible to inspect a…
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The dramatic advancements in smart technology and the Internet of Things (IoT) have occurred over the past decade with far reaching implications for consumer products and our everyday lives. These advancements have been enabled, in no small measure, by the development of increasingly sophisticated sensors and detectors that enable our new technologies to interface with the human form in new and inventive ways. Fueling consumer appetites, Excelitas thermal IR and Photonic Detectors and …
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Excelitas products size, map, detect, time, and measure with precision that aids humanity's understanding and research in a broad range of scientific applications in astronomy, life sciences, physics and more. Excelitas offers precision lenses used for imaging from the cellular to interstellar. Our detectors are sensitive enough to detect single photons in laboratory experiments or from distant galaxies. And, we offer lasers with the beam profile and stability that ensure…
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Excelitas is providing market-driven solutions to OEMs that help enable a safer and more secure world. We are providing leading OEMs in the security, safety and surveillance industry with a variety of detection technologies such as photodiodes and photodiode arrays, high-performance sensors, pioneering digital pyroelectric infrared detectors, and industry-leading single photon counting modules in applications such as: Smoke detection Radon detection Environmental monitoring Home …
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Our Detection and Lighting technologies play a vital role in ensuring our safety and protecting us against hazardous threats, home intruders, harsh environments, or heavily mechanized surroundings.
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Excelitas' photonic products and expertise enable many aspects of the rapidly accelerating evolution of the automotive and transportation industries. Our detection technologies fulfill the sensory intelligence for automotive systems, enabling the leading-edge of autonomous vehicle development, driver assistance systems and even automated smart car convenience features. With more than 50 years on the defining edge of aerospace head-up displays, Excelitas is an ideal partner to meet the…
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An important bonding and assembly technique for medical device manufacturers is the use of UV curing adhesives due to their rapid processing, cure on-demand nature, ease of automation, lower energy requirements and solvent-free bonding.
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The simplest approach to detect the fluorescence emitted from a biological sample is to image the specimen from a microscope onto a camera.
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Excelitas’ LINOS® and Optem® imaging solutions deliver high-performance, precision imaging for industrial machine vision, semiconductor and electronics inspection, life science imaging, along with other demanding applications. These solutions provide field-proven reliability and exceptionally consistent imaging quality.
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The ever-shrinking scale of integrated circuits necessitates higher resolution illumination and imaging for silicon semiconductor production, driving optical systems to extreme ultraviolet wavelengths, better performance, and strict contamination control.
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Cable assemblies are used in various industries to transmit electrical signals, power or data between devices. Typical cable assemblies consist of a set of wires combined into a single cable with a connector on at least one end and can range from simple wire harnesses to complex fiber optic cable assemblies.
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Given the growing need for optical fiber cables, particularly in the telecommunications industry, manufacturers are continuously striving to enhance manufacturing efficiency while maintaining high standards of product quality and durability. The use of UV curing in optical fiber manufacturing provides numerous benefits, such as increased productivity, improved quality, and reduced waste, making it an attractive option for the industry.
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Excelitas is a leading solutions provider for highly customized endoscopic illumination, optics and imaging integration.
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Our illumination, optical, and detection expertise are cornerstones to improved diagnostic accuracy and faster test results to promote patient treatment and recovery.
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Excelitas develops a variety of sensors, X-Ray sources, power supplies and illumination systems that cover the entire electromagnetic spectrum, from the very short wavelength gamma rays to long infrared wavelengths.
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From surgical microscope eyepieces to complete motorized zoom high-resolution videoscopes with fluorescence imaging capability, Excelitas is at the forefront of surgical visualization.
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Not merely a novel means for desktop creation of mechanical parts, 3D printing is poised to revolutionize the future of high-volume manufacturing of complex-shaped parts from a variety of materials.
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In printing and publishing, prepress is what occurs between the creation of a print layout and the final printing, including the manufacture of a printing plate.
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Electronics manufacturers face increasing demands for speed, precision, and reliability. For decades, UV and UV LED curing technologies have been essential in meeting those demands.
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Metal components, including propane tanks, under the-hood automotive parts, oil filter housings, and motor assemblies, are often coated or printed in demanding production environments. UV curing provides a fast, reliable method for drying and hardening inks, coatings, and finishes on these metal surfaces.
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Aerial imaging is one of the most cutting-edge applications in optical technology, leveraging large and super high-resolution sensors essential for various industries. Operating under demanding environmental conditions and across a wide spectral range, it is crucial to eliminate any room for compromise.
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Many coatings, paints, and varnishes require heat for efficient drying. Water-based coatings need to be dried, while powder coatings need to be gelled and cured. Infrared heat emitters are particularly effective for drying water-based coatings, and they can significantly accelerate the melting process of powder coatings, thereby boosting productivity.
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Excelitas lasers, lamps, optics and detection are used for a variety of applications in physics and material sciences.
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Excelitas has a long heritage of designing and manufacturing Avalanche Photodiodes (APDs) used in several space surveying missions.