ケイエルブイ List of Products and Services

The Hypervision hyperspectral camera from Qtechnology is a hyperspectral camera designed for industrial applications. ■ Supports a wavelength range from visible to near-infrared with one unit ・430–1000nm ・430–1700nm ■ Easy integration into systems. A hyperspectral camera suitable for industrial use. ■ The camera body is equipped with a CPU, GPU, and FPGA. ■ There is a scanning system equipped with a hyperspectral camera and lighting. ■ A hyperspectral microscope model is available.

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The "HySpex Art Scanner" is a hyperspectral camera system developed by NEO, commissioned by the C2RMF (Center for Research and Restoration of Museums of France) located at the Louvre Museum in Paris, for the hyperspectral imaging of large paintings and other works of art. It was installed at the C2RMF facility in early 2011. The system used at C2RMF consists of NEO's high-resolution hyperspectral camera "HySpex VNIR-1600," a large (100cm x 150cm) horizontal and vertical scanning stage, and a fiber light source configuration. NEO proposes configurations of hyperspectral camera systems suitable for the paintings and artworks to be measured. ■ High S/N ratio ■ High spatial resolution Non-destructive and non-contact spectral imaging and analysis in the art field are possible. ■ Compatible with the HySpex series hyperspectral cameras for visible and near-infrared (up to 2500nm) ■ PCA (Principal Component Analysis) is possible ■ System configurations can be tailored to shooting conditions.

• Other Smart Grid
• Non-destructive testing
• Environmental Survey

LabScanner Plus is a compact calibration model creation system designed to automatically and rapidly acquire a large amount of data for tablet testing and counterfeit drug measures. - Automatic measurement of weight and spectral data - Judgement based solely on wavelength without component analysis - Compatible with tablets ranging from 3 to 25 mm - Intuitive operation via touch screen

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The MSC15 from Gigahertz-Optik is a spectroradiometer capable of measuring over 30 parameters, including illuminance, color coordinates (x, y), and spectrum. It covers a spectral range of 360 nm to 830 nm and is a highly accurate illuminance meter precisely designed with optical bandwidth correction (CIE 214). ■ Compact and Lightweight 136 x 74 x 32 mm, 160 g ■ High Precision - Applies optical bandwidth correction in accordance with CIE 214 to achieve high-precision measurements. ■ Capable of Measuring Over 30 Parameters - Measures more than 30 items, including illuminance for photopic and scotopic vision, color characteristics, CCT, CRI, TM-30-20, PAR, bilirubin, and more. ■ Easy Control via PC - Can be controlled using the included software, and measurement values can be displayed. - Can be powered via USB. ■ User-Friendly Operation and Portability - Capable of continuous operation for over 8 hours. - Allows for portability and measurement on-site through touch screen operation.

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Survey3 is a compact and affordable multispectral camera. It allows you to select shooting wavelengths and field of view angles using two lenses and six filter options. In addition to outdoor shooting with a tripod mount, it can be equipped with various dedicated attachments for different drones, enabling the acquisition of multispectral images through aerial photography. < Lens Options > 3W: 87° HFOV 3N: 41° HFOV < Filter Options > RGB: Wavelength Red + Green + Blue (375 nm - 650 nm) OCN: Wavelength Orange (615 nm) + Cyan (490 nm) + NIR (850 nm) RGN: Wavelength Red (660 nm) + Green (550 nm) + NIR (850 nm) NGB: Wavelength NIR (850 nm) + Green (550 nm) + Blue (475 nm) RE: Wavelength RedEdge (725 nm) NIR: Wavelength NIR (850 nm)

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MotionScope's strain measurement system achieves a tracking resolution of approximately 0.0001 pixels through its unique algorithms. In addition to providing a system that includes cameras as a turnkey solution, we also offer sets that allow customers to select lenses, lighting, speckle, and more according to their specific applications. Since measurements can be taken non-contact, it is possible to measure various objects such as the blades of wind turbines and large buildings or structures. ■ Measurement of displacement (visualization of movements less than 1μm) ■ Ability to magnify and analyze the motion of objects ■ VMA (Visual Modal Analysis): Visual Modal Analysis ■ Smart aliasing: Measurement up to 14 times the Nyquist limit is possible. ■ BOSchlieren (Background Oriented Schlieren): Background-oriented schlieren.

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The Solomon from Unispectral is a compact spectral camera capable of capturing high-resolution multispectral images and RGB images. ■ Capable of capturing both multispectral images and RGB images with one device ■ Wavelength range (spectral sensitivity range): 490–935nm ■ Compact and portable for field measurements: (100×87×24mm) ■ Easy to use with simple operation

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This is a system that can measure gas concentrations remotely using Beamonics' proprietary remote TDLAS technology. - No calibration is required, and maintenance is hassle-free. - It can be easily powered by a standard DC power supply (15-32VDC) or an external battery, making it suitable for temporary installation and monitoring applications. - It supports the measurement of oxygen (O2), hydrogen fluoride (HF), carbon monoxide (CO), carbon dioxide (CO2), methane (CH4), hydrogen sulfide (H2S), nitrogen compounds (NOX), and hydrochloric acid (HCl). (Please select one of the gas types.) (For measurements of other gas types, please contact us.)

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A turnkey system using Tunable Diode Laser Absorption Spectroscopy (TDLAS) enables fast (as fast as 50 µsec) and highly sensitive (ppb level) gas analysis. With a compact and robust design, it can be used for gas analysis in industrial and research fields. It requires no calibration and is low-maintenance, allowing for immediate use after installation. ■ Measurement possible in as fast as 50 µsec ■ Measures gas concentrations at ppb levels ■ No calibration required ■ Robust housing (IP68) suitable for gas measurement in industrial and research fields ■ Compatible gases: Oxygen (O2), Hydrogen Fluoride (HF), Carbon Monoxide (CO), Carbon Dioxide (CO2), Methane (CH4), Hydrogen Sulfide (H2S), Nitrogen Oxides (NOX), Ammonia (NH3), and Hydrogen Chloride (HCL). (For measurements of other gas types, please inquire.)

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The terahertz imaging system "uSense" from OPTIKAN is an all-in-one terahertz imaging device that comes with a tablet equipped with FMCW (Frequency Modulated Continuous Wave) radar, a scanning stage, and control software. It allows for non-destructive and non-contact measurements of various sample materials without causing damage using terahertz light. It can be used not only for the evaluation and research of materials such as resins and composite materials but also for offline quality control, defect detection, and foreign object detection in industrial applications. Please consider it for measurement applications that are difficult to detect with conventional inspections such as X-ray testing. - All-in-one model designed for research and offline quality inspection - Supports a wide scanning area - High sensing speed

• Non-destructive testing

The Aerodiode fiber-coupled AOM (acousto-optic modulator) is capable of low noise, high stability, and high-speed pulse response. Aerodiode offers seven wavelength models, each available in standard and high-speed versions. ■ Wavelength Models 400 nm model (380 - 600 nm) 532 nm model (380 - 600 nm) 635 nm model (550 - 680 nm) 780 nm model (600 - 900 nm) 1064 nm model (940 - 1100 nm) 1310 nm model (1200 - 1430 nm) 1550 nm model (1470 - 1700 nm) 1650 nm model (1470 - 1700 nm) ■ High-speed pulse response (8 ns rise/fall time) ■ High output ■ Low noise, high stability

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The Aerodiode fiber-coupled AOM (acousto-optic device) is capable of low noise, high stability, and high-speed pulse response. Aerodiode offers seven wavelength models, each available in standard and high-speed versions. ■ Wavelength Models - 780nm - 850nm - 940nm - 1064nm - 1310nm - 1550nm - 1650nm ■ High-speed pulse response (10ns rise/fall time) ■ High output (up to 5W) ■ Low insertion loss (1.2dB) ■ High extinction ratio (up to 50dB) ■ Low noise, high stability ■ Output can be easily connected with PM fiber

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The "Hyperspectral Camera ULTRIS SWIR 1" is an innovative hyperspectral camera based on light field technology. It can be used in the short-wave infrared range of 980 to 1650 nm and is capable of high-speed operation at a frame rate of 80 fps. 《Features of ULTRIS SWIR 1》 - Capable of capturing hyperspectral imaging data in video format - Measurement wavelength range: 980~1650 nm, 38 spectral bands - 200×200 pixels - Compact (30 × 30 × 85 mm), lightweight (140 g) - USB 3.0 Its compact size allows it to be utilized in spaces with limited room, such as laboratories and field environments.

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The "Hyperspectral Camera ULTRIS XM" is an innovative hyperspectral camera based on light field technology. It is equipped with a 24MP CMOS sensor, allowing for high-resolution data acquisition. You can select a 500nm range suitable for applications between 385 and 1000nm. 《Features of ULTRIS XM》 - Capable of capturing hyperspectral imaging data in video format - Measurement wavelength range: 400~900nm (standard model) * A 500nm range can be selected between 350 and 1000nm - 51 spectral bands - High resolution - 1000×1000 pixels - Compact (40 × 40 × 47 mm), lightweight (150 g) - USB 3.0 The ability to change lenses via a C-mount adapter further enhances versatility for various applications.

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This is a compact space mode multiplexer that achieves high-capacity communication with low insertion loss through patented Multi-Plane Light Conversion technology. It enables high-capacity data transmission using standard SI, GI, and OM2 fibers, allowing for low-cost implementation. ■ Capable of high-capacity data transmission Supports up to 45 modes (PROTEUS-S supports 6, 10, and 15 modes) ■ Achieves low-loss multiplexing Maximum insertion loss of 1.5dB ■ Highly versatile Compatible with standard fiber cables such as SI, GI, and OM2 ■ Offered as a set with multiplexer and demultiplexer ■ Compact size (94x130x35mm)

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The "Single-SLED ISB1" is a super luminescent diode (SLD) light source with an integrated driver. It can be connected to a dedicated GUI via one of the communication interfaces: USB, RS232, or Ethernet, allowing for easy operation of the SLD light source's output and frequency modulation. We offer a variety of SLDs, including those with a wide wavelength range and high output, so you can choose an SLD light source that meets your requirements. - Extensive product lineup (center wavelength options: 770–1680nm) - High output: up to 50mW - FWHM: 15~110nm - Low noise: 30dB (integrated PMF isolator) - Easy operation with dedicated GUI - Connectable via multiple communication interfaces (USB, RS232, Ethernet)

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Aerodiode's CCSI-HP-HS integrates all the necessary devices for short pulse oscillation, including a laser diode (LD), multifunctional pulse generator, and drive power supply, into a single module, enabling the generation of nanosecond-range pulses from multimode fibers. Parameters such as pulse width and peak output can be adjusted using dedicated GUI software. There are product models available in 10 wavelengths (450nm, 785nm, 808nm, 830nm, 905nm, 915nm, 940nm, 980nm, 1064nm, 1470nm), allowing you to choose according to your application. It is ideal for applications requiring short pulses, such as LiDAR.

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The design is intended for handheld use, and UV light is emitted by pulling the trigger. It is recommended for those who require an offline curing device in the production process. ■ Compact design for ease of use ■ Choose from wavelengths: 370nm or 405nm You can select according to the curing wavelength of adhesives and resins. 《Output Strength》 UVA (370nm): Output 1,000mW, Output Density 2,000mW/cm² Violet (405nm): Output 2,000mW, Output Density 4,000mW/cm²

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This is a high-speed camera series that can be used for a wide range of applications, including industrial process automation, quality control, motion analysis, and broadcasting. It consists of four different series that can be selected based on the combination of the built-in FPGA and camera sensors. We can provide not only components with housing but also boards for embedded use. You can choose the optimal camera according to your application and budget. ■Features - Wide customization options - Diverse lineup - Reprogrammable FPGA - High resolution - High frame rate - Equipped with global shutter

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This is a compact, broadband, high-output ASE light source that utilizes DAYY Photonics' high-performance optical engine and amplifier module. It is equipped with a unique driver and controller, making it easy to perform operations and adjust light output. Due to its high light output, it is ideal for applications that require higher output than SLD light sources.

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This is a wideband, wavelength-tunable external cavity laser (ECL: External Cavity Laser). It is based on a gain chip and a wavelength-tunable filter within the resonator, allowing for wavelength tuning in the range of approximately 40 to 120 nm, depending on the selected model and central wavelength. - Wavelength tuning range: 40 to 120 nm (standard model) - FWHM: ~0.5 nm @ 1550 nm - Fiber output: >10 mW at each wavelength - Tuning speed: up to 10 Hz (continuous tuning across the entire spectrum) - Operated via a dedicated GUI - Custom API available for automation The standard model comes with one gain chip, but the custom-configurable extended model can use multiple gain chips, enabling a wider tuning range.

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The Collo Liquid Analyzer from ColloidTek is a liquid sensor that continuously and in real-time measures liquids during the production process. It detects homogenization, aggregation, gelation, crystallization, particles, and changes in viscosity. ■ Visualization of Liquid Properties It measures the dielectric constant (CP) of the liquid and the Collo Ion Viscosity (CIV), a coefficient related to ColloidTek's proprietary ion viscosity, allowing for real-time detection of physical and chemical changes in the liquid using its unique liquid fingerprint technology. ■ Compatibility with a Wide Range of Liquids It accommodates all types of liquids, from simple ones like water and alcohol to complex liquids such as slurries, gels, emulsions, pastes, creams, and liquids containing solids or opaque liquids. ■ Real-Time Analysis By placing sensors directly in part of the manufacturing process, it is possible to continuously measure and analyze data in real-time. ■ Easy Maintenance Adopting a non-contact technology using RF waves, it is not affected by particles in the liquid, requiring minimal maintenance.

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Utilizing AI technology, we achieve high precision in appearance inspection and quality inspection. ■ Unique high-performance AI algorithm Achieves a high defect detection rate with fewer images. ■ No knowledge of complex programming is required. - Simply prepare photos and enclose the inspection target and detection target with a frame. - By following the steps in the GUI, you can create a model of a cutting-edge AI program. Since complex programming is not required, customers can create and manage models themselves. ■ No need for hardware installation or maintenance management with cloud solutions - No need for hardware installation or maintenance management. - Since models are created using the cloud, users do not need to prepare hardware such as PCs. (Note: Hardware will be required when using the created model.)

• Other Software

NNO-SPEC's hyperspectral camera is a line scan type hyperspectral camera that can accommodate various industrial applications with high spectral resolution. ◆ Product Models and Corresponding Wavelength Ranges BlueEye: UV (220-380 nm) GreenEye: VNIR (400-1,000 nm) RedEye: NIR (950-1,700 nm / 1,100-1,900 nm / 1,200-2,200 nm) It can also be used for demanding applications in laboratory and process analysis. Additionally, we can accommodate not only standard products but also OEM requests. INNO-SPEC provides hyperspectral imaging solutions tailored to the needs of customers in various fields such as recycling, food, and manufacturing, supporting process optimization, product quality, and increased production efficiency.

• Other analytical equipment

Unispectral's Neptune is an all-in-one near-infrared spectrum camera with built-in LED lighting and a battery. It is user-friendly with a touch panel operation and is portable and easy to carry. Neptune can instantly capture near-infrared spectral images anytime and anywhere, indoors or outdoors.

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This is a spectroradiometer suitable for spectral measurements in remote sensing applications such as resource exploration and vegetation analysis. It comes with a variety of accessories including batteries, tablets, and a dedicated backpack, making it easy to carry and convenient for field measurements. It offers a spectral library of over 1,000 types, allowing you to compare captured data with the specified library by purchasing the library. - Capable of measuring a wide wavelength range of UV-VIS-NIR (ultraviolet-visible-near-infrared) with a single unit (350–2500 nm). - Built-in spectral library within the software: - Library of over 1,100 minerals - Library of 2,600 known samples - Easy to carry and user-friendly in the field - A wide range of options including pistol grip and tablet.

• Environmental Survey
• Non-destructive testing

This is an ultra-high sensitivity CCD camera compatible with the VUV, EUV, and X-ray regions, suitable for use in a vacuum chamber. Thanks to its high-sensitivity CCD and cooling technology, it achieves ultra-low noise and a high signal-to-noise ratio, allowing for the detection of weak signals that cannot be measured with CMOS cameras. It features a stainless steel housing that minimizes outgassing to the utmost, making it usable in UHV (Ultra High Vacuum) environments. The CCD cameras from greateyes possess an overwhelming characteristic of ultra-high sensitivity in the VUV, EUV, and X-ray regions while also exhibiting high performance as a camera, making them ideal for use in vacuum systems.

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This is a super high-sensitivity CCD camera that corresponds to the VUV, EUV, soft X-ray, and hard X-ray regions. It achieves a high signal-to-noise (SN) ratio through high-sensitivity CCD and cooling technology. It is capable of detecting extremely weak signals that cannot be measured with CMOS cameras. ■ Super High Sensitivity The CCD sensor achieves a high quantum efficiency of up to 98%, allowing for the measurement of weak signals. It realizes a high dynamic range with 18-bit digital output, enabling simultaneous measurement of strong and weak signals. The TE cooling system, which cools down to -100°C, achieves an extremely low dark current of 0.00015 e-/pixel/s. ■ High Performance as a Camera It can read out at a maximum frame rate of 5 MHz. It is equipped with multiple interfaces including GigE and USB 3.0. Software and SDK for the camera are provided. ■ Ideal for Use in Vacuum Equipment It is compatible with CF flanges DN63, DN100, and DN160, making it easy to install in vacuum equipment. The design and materials of the camera provide resistance to 80-degree baking, allowing for use in UHV (Ultra High Vacuum) environments.

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Olythe's OCIEngine/OCIEngine Pro is an NDIR gas sensor module specialized for measuring VOCs. It can detect VOCs such as carbon dioxide (CO2), alcohol, acetone, and ethylene. In addition to standard products, we also develop and manufacture gas sensor modules tailored to customer requirements. <Ultra-compact and lightweight for embedded applications> Module size: 21×21×80 mm, 17 g (for OCIEngine) This module is developed for breath testing and is very compact, making it suitable for integration into handheld devices. Thanks to the manufacturer's patented technology used in the measurement cell, it maintains performance similar to conventional infrared absorption spectroscopy while being small and lightweight. It can be used as a core module for high-precision portable gas sensors and analytical devices.

• Other analytical equipment

The LOM sensor series from Optomotive is a 3D profile scanner capable of scanning at a maximum speed of 10kHz. Thanks to Optomotive's unique optical design and blue laser, it can measure shiny and reflective objects, which are typically difficult to obtain 3D data from. - Utilizes high-speed industrial CMOS sensors - Capable of scanning at a maximum speed of 10kHz - Incorporates GigE Vision and GeniCam - Can accurately capture 3D profiles of reflective objects - Features a modular design

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This is a snapshot-type multispectral camera utilizing SpectralDevices' proprietary filter technology. It can simultaneously capture spectral images of multiple spectral bands in the SWIR wavelength range without the need for additional filters or an external filter wheel. - Snapshot camera - High-performance InGaAs sensor built-in - 16 SWIR bands captured at equal intervals (1100–1650 nm) - Improved contrast and spectral performance through SpectralDevices' filter array technology - High frame rate (~100 fps) - Compliant with GigE Vision and GenICam - Compact: 55mm x 55mm x 82mm - Lightweight: 335 g - Low power consumption - SDK for Windows/Linux

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The SOA (Semiconductor Optical Amplifier) is a device that can be used as an amplifier, variable optical attenuator, lossless high dynamic range amplitude modulator, or separation switch. We offer four types of SOA models. At Aerodiode, we can provide SOA devices not only as standalone units but also integrated into low-noise CW or high-speed pulse drivers. - Product models: 780-795nm / 1030-1064nm / 1310nm / 1550nm - PM fiber - High gain (>25-35 dB) - High output (>100 mW / 20 dBm) - High extinction ratio: >>50 dB - High speed: Rise/Fall time under 500 ps

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OSENSA's optical fiber temperature sensor enables reliable temperature monitoring unaffected by electromagnetic interference or noise. This product is specifically designed for use in MRI and RF environments, achieving accurate and reliable temperature sensing in life sciences, research, and industrial applications where resistance to high-intensity electromagnetic fields and microwaves is required. The basic configuration of the product consists of a temperature sensor probe, a transmitter, and software.

• Other Smart Grid

The OSENSA fiber optic temperature sensor is a product suitable for temperature measurement in power applications, capable of reliable temperature monitoring without being affected by electromagnetic interference or noise. The basic configuration of this product consists of a temperature sensor probe, a transmitter, and software. The probe is protected by a highly insulating material for installation against the windings of motors and generators, allowing use in environments up to 38kV (three-phase). Additionally, options for the probe's tip are available for easy installation. The transmitter designed for motors and generators (medium voltage) can connect three or six fiber optic temperature sensors with a single transmitter, making it convenient for three-phase monitoring of various equipment.

• Other analytical equipment
• Other Smart Grid

OSENSA's optical fiber temperature sensors for power and medical applications enable reliable temperature monitoring without being affected by noise in environments with EMI/RFI and high voltage. This product is suitable for continuous temperature monitoring of switchgear contacts, busbars, and critical connections. <Product Basic Configuration> - Temperature sensor probe (PRB-110 / PRB-910) - Transmitter (FTX-PWR+R series) - Software The temperature sensor probe is made from materials with high insulation resistance, allowing use in environments up to 38kV (three-phase). Additionally, there are options available for the probe's tip. The transmitter can continuously monitor the temperature of switchgear contacts, busbars, and other medium-voltage electrical equipment in real-time. One transmitter can connect 3 to 9 probes, enabling simultaneous measurement of temperatures at multiple points. It is also possible to connect multiple transmitters in series on a 35mm DIN rail.

• Other analytical equipment
• Other Smart Grid

HinaLea Imaging's hyperspectral camera allows for easy shooting without the need for mechanical scanning. ■ Adoption of Fabry-Pérot interference technology The spectral method employs the rare Fabry-Pérot interference technology among hyperspectral cameras, achieving both high resolution and high spectral resolution simultaneously. ■ Wide wavelength range support 4200C: 400–1,000nm (compact and lightweight model) 4250VNIR: 400nm–1,000nm 4450SWIR: 1,000–1,700nm 4455Extended SWIR: 1,120–2,100nm ■ Designed with mass production in mind, offering high cost performance ■ User-friendly software An intuitive and easy-to-use application software allows for exploration and classification of images obtained with the hyperspectral camera. It can be used for a wide range of applications, including laboratory use, environmental monitoring in the field, and industrial applications.

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[Cubert UTLRIS 5 10 GigE Model] - 60×60×99.7 mm, 495g - Snapshot-type hyperspectral camera based on light field technology. - Capable of video recording - Covers a wavelength range of 450–850 nm (VNIR region) - 51 spectral bands

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■ Real-time snapshot type ■ Acquires spectral images at video rates ■ Uses Photonfocus GigE camera ■ Robust and suitable for various applications from research to industrial use ■ Compact: 55 x 55 x 52 mm ■ Wavelength range: VIS (460–600 nm) / RedNIR (600–870 nm) / NIR (660–960 nm) This is a compact and lightweight hyper-multispectral camera using the Photonfocus GigE camera. It is robust and user-friendly, widely applicable in various applications from the visible range to near-infrared (up to 960 nm).

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■USB3.0 Vision. Ideal for machine vision. ■Snapshot type. Capable of acquiring spectral data at video rates. ■Wavelength range: VIS (460–600 nm) / RedNIR (600–870 nm) / NIR (660–960 nm) ■Ultra-compact: 26 x 26 x 31 mm, ultra-lightweight: 27 g

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This is a cooling module developed for power electronics using CooliBlade's unique NEOcore technology. <Features of NEOcore Technology> - High efficiency. High thermal conductivity. - Lightweight: Achieves weight reduction with less raw material compared to other heat sinks. (Approximately 50% lighter compared to aluminum) - Easy integration into various power electronics products. - Excellent mass production capability. It provides effective cooling solutions for high-power electronics products such as IGBT power semiconductors, AC drives, industrial control devices, electric vehicle charging, 5G communication, smart grids, and LED lighting in stadiums. If you are struggling with heat dissipation design and thermal management for high-output electronic devices, please contact us.

• Other lighting fixtures

This is a high-precision 3D stereo camera system specialized for robot vision that can analyze and process data captured by the camera onboard without the need for external hardware. ■ 3D Stereo Camera: RC_VISARD - Baseline: 65mm, 160mm - Type: Color/Monochrome You can choose from a total of 4 types of cameras according to your application. - Real-time object analysis and processing - Usable indoors and outdoors - Low-noise depth images due to smoothing technology - High frame rate (1.2 Mpixel, 0.8Hz) - Capable of mounting a genuine white LED projector - Global shutter ■ Software/Application Module: RC_REASON - Various application modules are available (BoxPick, ItemPick, CAD Match, Silhouette Match) - By using the optimal module, it can be integrated into processes without complex image analysis or programming. - No need to use external hardware, directly collaborates with the robot - Modules are built into the camera, and the captured images can be processed onboard within the camera.

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Mini Myotis is a cost-effective converter that can be used with Phonopitcs' optical fiber sensors (acoustic (microphone), dynamic pressure, vibration, tachometer (rotational speed meter), etc.) that are operable in harsh environments such as high temperatures and high magnetic fields. - Built-in SLED light source, photodiode, and microcontroller - Compatible with various sensors from Phonoptics (acoustic sensors, dynamic pressure sensors, vibration sensors, tachometers, etc.) - Enhanced stability with heat sink housing - Supports various outputs including BNC output

• Other measuring instruments

The HAIP BlackIndustry hyperspectral camera is a line scan type hyperspectral camera designed for industrial applications. 【Hyperspectral Camera Optimized for Industrial Use】 ■ High frame rate: 540 Hz (full frame), up to 1,000 Hz (ROI) It is ideal for industrial applications where items are rapidly transported on conveyor belts, such as sorting in the food and recycling sectors. ■ High spatial resolution: 960px ■ Wavelength range: 500~1000nm, 100 spectral bands ■ High signal-to-noise ratio in the NIR region ■ Dedicated line-type LED lighting is also available.

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The HAIP BlackMobile hyperspectral camera is a handheld hyperspectral camera that allows for quick and easy acquisition of hyperspectral data in the field. ■ Mobile-type hyperspectral camera - Easy operation and result display in the field with a touch panel display. - Built-in LED lighting - Wavelength range: 500~1000nm, 100 spectral bands - High signal-to-noise ratio in the NIR region - Also equipped with a 4K RGB sensor

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【Minimum Size of Video Hyperspectral Camera UTLRIS】 - Ultra-compact: 29×29×49 mm - Ultra-lightweight (126 g) - Snapshot-type hyperspectral camera based on light field technology. - Capable of video recording - Covers a wavelength range of 450–850 nm (VNIR region) Suitable for OEM with 【Ultra-compact & Lightweight】 × 【Low Price】 - Opens up new hyperspectral imaging markets in various industrial fields such as food, industry, medical, and recycling. The ultra-compact and lightweight UTLRIS 5 is also suitable for use with UAS.

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