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Industrial hyperspectral cameras support high frame rate applications in industrial fields such as food and recycling.

■Product Model VNIR V2 NIR SWIR 1.7 SWIR 1.7 Max SWIR 1.7 Max Pro (New Product) ■Wavelength Range 500-1,000 nm (VNIR V2) / 700-1,050 nm (NIR) / 900-1,730 nm (SWIR)

Drone-compatible, compact, lightweight VNIR hyperspectral camera. For remote sensing, precision agriculture, and vegetation analysis.

- Wavelength range: 500 to 1000 nm - Number of spectral bands: 100 - Spectral resolution: 5 nm - Spectral sampling: 5 nm - RGB resolution: 1800 × 1800 px - Spectral resolution: 540 × 540 px - Sensor type: CMOS - Sensor size: 2 MP - Protection rating: IP 40

Automatically build classification models using machine learning.

【Features】 - Pixel classification - Object segmentation - Object classification - Creation of custom spectral indices - Regression modeling - Regression modeling with annotations imported from Excel - Live data processing

Mobile-type hyperspectral camera that easily and quickly acquires VNIR (500-1000nm) spectral data on-site.

- Wavelength range: 500 to 1000 nm - Number of spectral bands: 100 - Spectral resolution: 5 nm - Spectral sampling: 5 nm - RGB resolution: 3,840 × 2,160 px - Spectral resolution: 640 × 480 px - Sensor type: CMOS - Protection rating: IP 64 - Power consumption: 20 V DC / 5A USB-C - Dimensions: 250 × 165 × 70 mm - Weight: 1,500 g

Can be used for research on sleep, circadian rhythms, and display/product visibility.

Main Features ■CRI (at 5225K) > 90 ■LED Color: 8

A compact spectral camera that integrates a multispectral camera and an RGB camera into one device.

**Main Specifications** FWHM: 25nm ± 5nm (@ image center) Spectral sensitivity (range): 490 - 935 nm Spectral band range: 500 - 920 nm Spectral accuracy: ± 2.5 nm Angle dependence: -1.1 nm/degree, @ 30° FOV Operating mode: Single frame / Spectral image cube Storage format: ENVI (Raw), PNG Input voltage: 5 V DC Power consumption: < 4 W (peak) Peak current: 0.8 A Operating temperature: 0 to 70 ℃ Operating humidity: < 90 % Dimensions: 100 × 87 × 24 mm **<VIS-NIR Multispectral Camera Specifications>** F-number: 4.7 Effective focal length (EFL): 4.98 mm FOV: H-FOV: 31.5°, V-FOV: 25.5°, D-FOV: 39.8° Resolution: 1,280 × 1,024 px **<RGB Camera Specifications>** FOV: 70° Resolution: 1,920 × 1,024 px

All-in-one LED lighting, battery-powered near-infrared multispectral camera.

【Main Specifications】 - Spectral sensitivity (range): 690–935 nm - Spectral band range: 705–920 nm ± 2.5 nm - FWHM: 40±10 nm (@Image Center) - Sensor resolution: 1,280 × 1,024 px - Preview mode: 60 FPS - Wavelength range of LED illumination (LED24 wavelengths): 650 – 960 nm - Touch panel screen: 5.5 inches - Operating temperature: 0 – 70 ℃ - Operating humidity: < 90 % (no condensation) - Dimensions: 239 × 109 × 107 mm

Non-destructive testing: It is possible to inspect objects non-contact without causing damage using terahertz light. An all-in-one model equipped with a scanning stage and software.

Acquisition speed: 50-150 Hz Center frequency: 120 GHz Frequency window: 21 GHz Dynamic range: 50 dB Scan area: 295×595 mm² Spatial resolution: 1.0 mm Depth resolution: 7.0 mm Power supply: 230 V, 50 Hz or 60 Hz Power consumption: typ. 50 W Dimensions (L × D × H): 110 × 60 × 80 cm

Measuring possible at the fastest 10kHz. High-speed 3D scanner.

<Image Sensor> - Effective pixel count: 2048×1088 - Profile point count: 2048 - Frame rate: 331 to 10000 FPS The high-performance sensor can scan at a minimum of 333 frames per second with a resolution of 2048×1088 pixels. Additionally, at a size of 2048×32 pixels, it can scan at a maximum speed of 7435 frames per second. The device transmits data at high speed via Gigabit Ethernet and does not require additional drivers or a computer for data processing.

Ideal for machine vision. Plug & play high-precision 3D stereo camera system.

(Main Specifications) ■3D Stereo Camera: RC_VISARD ・Resolution: 1280×960 Pixel, 1.2Mpixel ・Type: Color / Monochrome ・Baseline: 65mm for model rc_visard, 160mm for model rc_visard160 ・Lens Focal Length: 4mm for model rc_visard, 4mm for model rc_visard160 (Optional: 6mm) ・FOV: horizontal 61°, vertical 48° (with 6mm lens: h 43° / v 33°) ・Depth Range: 0.2~1m for model rc_visard, 0.5~3m for model rc_visard160 ・Ego-Motion: 200Hz, Latency ・Computing Unit: Nvidia Tegra K1 ・Interface: WebGUI, Rest-API, GenICam, GigEVision2.0, UDP based ego-motion interface ・IP 54

High-resolution, high-precision 3D imaging system

【Features】 - Capable of 3D imaging and real-time video recording with snapshot - High precision (depth accuracy of less than 100μm) - High resolution (1824×2280 [4MP]) - Acquires color information (RGB) - High throughput (30Hz [low resolution], 2Hz [high resolution]) - Wide working distance (25~150cm) - Capable of outputting to 3D CAD

A very compact camera with high light sensitivity that demonstrates excellent performance when combined with optical devices and others! It can also be used as a standalone device!

■XS Series The smallest ultra-compact size in the series Ф1.8×12mm～ ■S Series - φ2.75x24mm (stainless steel tube) or φ3.2x22mm (aluminum tube) - 1/10" CMOS sensor 400x400px. - USB (UVC) or CVBS - Multi-element lens for optimized image quality and best DOF - Standard and customized modules ■M Series - HD720p USB or OTG (1/9") - φ4.2mm or 4.2×4.2mm square - HD1080p USB or OTG (1/6") and CVBS (1/8" CMOS color) - φ6.5mm or 6.5×6.5mm square - HQ optical components are adjustable (M5.5) - Modules with 0° and 90° field of view ■L Series - 5MP USB (1/4") 16x16x35mm - 5MP Pro USB (1/4") with snapshot switch and trigger input - 8MP USB (1/3.2") 22x22x40mm - 1080P HDMI (1/2.9") 20x20x60mm

Achieving a tracking resolution of approximately 0.0001 pixels with a unique algorithm.

■ Point & Shoot System Setup for vibration monitoring (such as structural analysis) using a compact USB industrial camera. ■ USB VMA Full System Setup that enables smart aligning (module software) using a compact USB machine vision camera, light sources, and vibration generators. ■ Dedicated Camera Bundled System Setup aimed at uncompromising high-speed transient and high-frequency measurements. This system is comparable to a scanning laser vibrometer and can also be used to measure nonlinear transient responses that are impossible with scanning lasers. ■ Base Software If you wish to use your own cameras or videos, or analyze videos obtained from commercially available cameras or smartphones, we can provide the software only. It analyzes deformation measurements, magnification of normal movements, planar stress, static deformation, recoil or retrograde plastic creep due to wear or misalignment, thermal stretching, and schlieren, among others. For details on the contents of the bundled set, please refer to the catalog.