VIS-NIR; 400-2500 nm; Resolution 16 nm; Integration Time 10 ms-10 s; Interface Bluetooth, USB 2.0; Li-ion Battery; Dimensions 29x53x98, 180x35x20 mm BaySpec’s Breeze™ and Breeze-L™ are the world’s smartest palm-size spectrometers for 400 nm to 1700 nm (Breeze™) or 1350 nm to 2500 nm (Breeze-L™) with a simple one-button operation. Breeze™ and Breeze-L™ come fully loaded with integrated broadband light source, probing optics, and spectrometer. Featuring proprietary miniaturized optics and electronics, these smart palm devices are highly efficient for maximum sensitivity with ultra-fast acquisition – smart spectrometers delivering close to laboratory performance in a palm-held form. Both Breeze™ and Breeze-L™ allow communication to any smartphone via a wireless Bluetooth interface. BaySpec’s LightSpec phone app allows users to setup and record their own spectral databases for sample analysis. By referencing spectral data from the library, these palm-held devices can perform spectroscopic analysis at anytime and anywhere for plants, plastics, illicit drugs, pharmaceuticals, explosives, biological warfare agents, medicine, food, and any other material. With the corresponding molecular signatures detected by the miniaturized device, data can be wirelessly transferred to a smartphone via Bluetooth interface. The software can be downloaded to both Android and IOS smartphones for full control of the wearable device. Key Features: Covers Wavelength Ranges from 400 nm to 1700 nm (Breeze™) or 1350 nm to 2500 nm (Breeze-L™) Spectral Resolution: 16 nm (Breeze-L™) Equipped With Internal Broadband Light Source or Narrow Linewidth Laser Integration Time: 10 ms to 10 s, Automatic (Supporting Sample Averaging) or User-adjustable Bluetooth Connectivity Compatible With iOS and Android Comes Equipped With an Internal Battery, Allowing for up to 2 Hours of Continuous Use Easy-to-use Contact Measurement Implementation Comes With LightSpec Smartphone Application for User Interface Power: Rechargeable Li-ion Battery, ≥2 Continuous Working Hours per Charge Operating Software: LightSpec App for Smartphone (iOS or Android) or LightSpec Program for PC (Windows 7 or Later) Connectivity: Through Bluetooth With Smartphone, or USB 2.0 With PC Measurement Modes: Easy-access Hardware Buttons on Device or Through SW Interface Dimensions: 29 x 53 x 98 mm (Breeze™), 180 x 35 x 20 mm (Breeze-L™) Weight: 135 g Operating Temperature: -20-+45°C Applications: Illicit Drugs; Drug Detection; Explosives; Food Safety; Security; Skin Care; Anti-Counterfeiting; Military; Chemical Warfare

NIR-SWIR; 780-900, 1280-1340 nm; Average Wavelength Dispersion 0.05, 0.10 nm/Pixel; Optical Spot Size 10, 25 µm; Image Plane Width 26 mm; To Be Mounted on Digital Line Scan Camera Optical coherence tomography (OCT) has emerged as one of the most successful medical optics technologies ever, offering real-time, high-resolution transverse images for a variety of biomedical and industrial imaging applications. Until recently, the market had been limited to time-domain OCT systems that are slow, expensive, and have limited resolution. Bayspec’s DeepView™ SD-OCT systems utilize spectral-domain technology (SD-OCT) to offer significant improvements over time-domain approaches: twice the resolution and ~100x image acquisition speed. For the first time, a real-life spectrometer engine based on ruggedized, reliable, affordable optical components is available for SD-OCT system integration. The DeepView’s flat-field spectral analyzer design is based on highly efficient and robust transmission volume phase gratings (VPGs), simultaneously covering multiple wavelengths for precise and rapid optical coherence tomography measurements. DeepView™ SD-OCT spectrometers mount on an ultra-fast digital line scan camera and are compatible with the world’s leading CCD and InGaAs detector array cameras. AMS Technologies can offer SD-OCT spectral engines in a stand-alone spectrometer format or fully assembled and aligned with the camera of choice. The DeepView® spectral engine provides convenience for researchers and OEM users assembling Fourier or spectral-domain optical coherence tomography (SD- OCT), white light interferometry (WLI) or visible to near-infrared (VIS-NIR) spectroscopy systems. The spectral engine accepts single-mode fiber optic inputs and is customizable via grating inserts to match the spectral bandwidth and center wavelength of the users’ light source. Key Features: DeepView™ NIR: Near-infrared Wavelength Range, Ideal for Clinical Applications; Center Wavelength: 840 nm; Wavelength Range: 780 nm to 900 nm (or Custom) DeepView™ SWIR: Shortwave-infrared Wavelength Range, Ideal for Clinical Applications; Center Wavelength: 1310 nm; Wavelength Range: 1280 nm to 1340 nm (or Custom) All Solid-state, Rugged and Reliable Spectrometer – No Moving Parts Ultra-fast Response Time Low Cost of Ownership Highly-efficient, High-resolution Volume Phase Grating (VPG) Flexible Options for Center Wavelength and Spectral Bandwidth, Selectable at Time of Order Custom Solutions and Packaging Different Camera Types Available on Request Grating and Optical Bench Customizable for Your Light Source and Application Standard Grating Data (Other Grating Options on Request): Center Wavelength: 840 nm (DeepView™ NIR), 1310 nm (DeepView™ SWIR) Bandwidth: 120 nm (DeepView™ NIR), 60 nm or Custom (DeepView™ SWIR) Wavelength Range: 780 nm to 900 nm (DeepView™ NIR), 1280 nm to 1340 nm (DeepView™ SWIR Average Wavelength Dispersion: 0.10 nm/Pixel (DeepView™ NIR), 0.05 nm/Pixel (DeepView™ SWIR) Stray Light: 0.1% of Peak 100 Pixels Away Single Mode Fiber (SMF) Coupled Input, Other Input Fiber Options Available To Be Mounted on Digital Line Scan Camera Image Plane Size: 26 mm Wide Optical Spot Size (SM Fiber): 10 µm Across Detector (DeepView™ NIR); 25 µm Diameter (DeepView™ SWIR) Vertical Positioning Stability: ≤5 µm Over Time Alignment Access: Tip and Tilt, Camera Fine Rotation to Level Spectrum With Detector Array Aperture: f/4 Nominal Focal Length: 100 mm Fiber Optic Interface: Keyed FC/APC (PM or Alternate Types on Request) Camera Compatibility (Other Types on Request): AViiVA SM2 CL spL4096-140k (DeepView™ NIR), SU1024LDH2-1.7RT-0500/LC (DeepView™ SWIR) Camera Mount Optional (DeepView™ SWIR) Dimensions: 185 x 210 x 102 mm (DeepView™ NIR), 260 x 240 x 116 mm (DeepView™ SWIR) Weight Spectrograph Only: <900 g (DeepView™ NIR), <800 g (DeepView™ SWIR) Weight Camera: <220 g (DeepView™ NIR), <450 g (DeepView™ SWIR) Applications: Fourier or Spectral-Domain Optical Coherence Tomography (SD-OCT); High-speed SD-OCT for Cancer Detection; High-resolution Spectral OCT in Retinal Diagnostics and Measurements in Ophthalmology; Spectral OCT Guidance on Implant and Surgery; High-speed and Fast-turnaround Spectral OCT Assessment of Surgical Outcome; Catheter/Endoscopic SD OCT Image Guided Diagnostics, Image-guided Surgery, and Image-guided Therapy; In-vivo and In-vitro General Medical Diagnostics and Imaging; In-vivo and In-vitro Operation Room and Surgical Procedure QA; Non-invasive Skin Cancer and Skin Disease Diagnostics and Detection; Industrial Applications such as Non-destructive Testing

400-1100 nm; 140 Spectral Bands; Snapshot Operation Mode; Spectral Resolution 8-60 nm FWHM; Frame Rate 1 fps; Standard Lens 50 mm (40° FOV) BaySpec’s GoldenEye™ is the ultimate snapshot hyperspectral imager, capturing all in one shot for wavelengths from visible to near infrared (NIR) – from 400 nm to 1100 nm. Using BaySpec’s FT-PI proprietary technology, this novel imager features high sensitivity and is most suitable for low light level applications, such as fluorescence imaging.  Key Features: Extremely Compact and Lightweight Operation Mode: Snapshot Snapshot Imager With One-shot Operation Extended Wavelength Range: 400 nm to 1100 nm Number of Spectral bands: Approx. 140 Spectral Resolution: 8 nm to 60 nm FWHM Spatial Pixels: Approx. 648 x 488 Standard Lens: 50 mm (40° FOV) Objective Lens Interface: C-Mount Frame Rate: 1 fps Wavelength Calibration: Factory Calibrated High Sensitivity for Low-light Applications Effortless System Integration   Applications: Machine Vision; Fluorescence Imaging; Medical Diagnosis; Biomedical

1525-1605 nm; Output Power >11, >16 dBm; Spectral Density >-10, >-17 dBm/nm; Output Connector FC/PC; Fiber Type SMF-28 BaySpec’s IntelliGain® series of customizable broadband amplified spontaneous emission (ASE) light sources are designed to accommodate many different telecommunications, fiber sensing, fiber optic gyroscope, and test & measurement capabilities in the near- and shortwave infrared region of 1525 nm to 1605 nm. IntelliGain® broadband ASE light sources are based on amplified spontaneous emission in erbium-doped fibers and are developed using BaySpec’s proprietary EDFA technology. These light sources provide superior optical output to the conventional LED sources over a broad spectral range. Different power levels and multi-output options are available and suitable for a variety of different applications, providing cost effective solutions to the market. BaySpec devices benefit from low-cost, field-proven telecommunication components to provide rugged, reliable solutions. Key Features: High Maximum Output Power: >11, >16 dBm Power Stability: <0.03 dB (After 1 h Warm-up) Wide Spectral Coverage – Wavelength Range: 1525 to 1605 nm High Spectral Stability Spectral Density: >-10, >-17 dBm/nm Non-polarized Light Output Low Power Consumption Compact Size Solid State Light Source Output Connector: FC/PC Fiber Type: SMF-28 Single Mode (SM) Reliable Operation in Harsh Environments Operating Temperature Range: 0 to +40°C Operates in High Relative Humidity Environments up to +85% r.H. Power Supply:100 to 240 VAC, <10, <12 W Dimensions: 212 x 88 x 203 mm (Bench-top) Applications: Optical Component Spectral Tests; DWDM System and Component Tests; Optical Measurement Systems; Optical Sensing

1230-1670 nm; No. of Channels 40-160; Channel Spacing 50, 100 GHz, 4.5 nm; Response Time for Raw Data <1 ms; Power Resolution 0.1 dB; Interface USB, RS-232, Dual-port RAM BaySpec’s IntelliGuard™ OCPM optical spectrum analyzers are embedded, integrated spectrum analyzers delivering precise measurement and powerful processing capabilities for dense wavelength division multiplexing (DWDM) applications as well as coarse wavelength division multiplexing (CWDM) applications compliant with the ITU-T G.695 standard. Within this series of optical spectrum analyzers, three versions are available: IntelliGuard™ OCPM C/L Band: Covers C- and/or L-band wavelength ranges and provides simultaneous measurements of up to 160 channels spaced 50 GHz apart. IntelliGuard™ OCPM CWDM: Combines up to 18 wavelengths into a single fiber. CWDM technology uses ITU standard 20 nm spacing between the wavelengths, from 1310 nm to 1610 nm. IntelliGuard™ OCPM Wideband: Covers S-, C- and L-band wavelength ranges and provides simultaneous measurements at CWDM and DWDM wavelengths. High reliability (GR-1209/1221 qualified) is achieved through a rugged mechanical design with no moving parts. Periodic calibration is not required. Input/output (I/O) is provided through a dual port RAM interface accessed through ADD/DAT bus direct connection or serial (RS232 or USB) communications. IntelliGuard™ OCPM optical spectrum analyzers employ a highly efficient volume phase grating (VPG®) as the spectral dispersion element and an ultra-sensitive InGaAs array detector, thereby providing high-speed parallel processing and continuous spectral measurement. As an input, the device uses a tapped signal from the main data transmission link through a single mode fiber, then collimates it with a micro lens. The signal is spectrally dispersed with the VPG®, and the diffracted field is focused onto an InGaAs array detector. The control electronics read out the processed digital signal to extract required information. Both the raw data and the processed data are available to the host through the chosen interface. Key Features: Wavelength Range: C+L-Band (IntelliGuard™ OCPM C/L Band); 1260 nm to 1640 nm (IntelliGuard™ OCPM CWDM); 1230 nm to 1670 nm (IntelliGuard™ OCPM Wideband) Number of Channels: 40 to 160 or Specifiy Channel Spacing: 50, 100 GHz, 4.5 nm or Specify Absolute Wavelength Accuracy: ±50 pm, ±1 nm Relative Wavelength Accuracy: 30 pm, ±0.5 nm Real-time Optical Performance Response Time for Raw Data: <1 ms Channel Input Power Range: -65 to -15 dB or Specifiy Power Resolution: 0.1 dB PDL: 0.3 dB OSNR: 25 dB OSNR Accuracy: ±2 dB High Reliability: No Moving Parts Compliance: Telcordia GR-63/1209/1221 Qualified; MIL STD 810 (IntelliGuard™ OCPM Wideband) High Dynamic Range: 50 dB (IntelliGuard™ OCPM C/L Band and IntelliGuard™ OCPM Wideband) Compact Dimensions for New System Space-constrained Environments Dimensions: 68 x 96 x 15.8 mm (IntelliGuard™ OCPM C/L Band and IntelliGuard™ OCPM CWDM); 202 x 90 x 24 (IntelliGuard™ OCPM Wideband) Flexible, Card-mountable Design Weight: <260 g; <900 g (IntelliGuard™ OCPM Wideband) Athermal Design Interface: USB, RS-232 or Dual-port RAM Remote Gain Equalization of DWDM Networks Based on Optical Power or OSNR (IntelliGuard™ OCPM C/L Band) Ultra-low Power Consumption (IntelliGuard™ OCPM C/L Band and IntelliGuard™ OCPM Wideband) Legacy Designs Available Upon Request (IntelliGuard™ OCPM C/L Band) Supports Different Modulation Schemes for 10/40/100 GHz Transmission (IntelliGuard™ OCPM C/L Band) Real-time Optical Performance Monitoring Over a Wide Wavelength Range (IntelliGuard™ OCPM Wideband) Real-time Optical Performance Monitoring of CWDM Networks (IntelliGuard™ OCPM CWDM) Fully Compatible With ITU-T G.695 CWDM Standard (IntelliGuard™ OCPM CWDM) Battery-operated Handheld Operation Possible (IntelliGuard™ OCPM CWDM) Deep Cooling for Ultra-low Noise Floor Available Upon Request Applications: EDFA Gain Balancing; Optical Add/Drop Monitoring; Physical Layer Monitoring for Provisioning and Commissioning Optical Networks; Real-time Fault Detection and Isolation in DWDM and/or CWDM Systems; (Wideband) Channel Power, Wavelength and OSNR Measurement; OEM Module for Portable Handheld Field Test Equipment; CWDM Component R&D Test Equipment; Military/Defense Applications Non-ITU Grid

650-1690 nm; Output Power ≤30 mW; Termination SM, MM, Custom Fiber Pigtail; Spectral Width 100 nm; Output Connector FC/PC, PC/PC, LC/PC, LC/APC, SC/PC, SC/APC, Other BaySpec’s MiniLite™ MWLS series of wideband or broadband fiber-coupled light sources are designed to enhance analytical spectroscopy, fiber optic sensing, optical coherence tomography (OCT), medical imaging and other test & measurement capabilities. Devices benefit from low-cost, field proven telecommunication components to provide rugged, reliable solutions. MiniLite™ MWLS series fiber-coupled broadband light sources are available in a compact, card-mount module form factor with heat sink or as a bench-top system. Key Features: Fiber Optic Coupled Wide Spectral Coverage. Wavelength Range: 650 to 1690 nm Spectral Width: 100 nm (typical) in a Single Source; Specify Combined Source for Wider Coverage Output Power: Up to 30 mW Output Power Stability: ±0.01 dB (After 10 min Warm-up) Compact Size, Ready for OEM Integration Solid State Light Source Termination: Single Mode (SM), Multi Mode (MM), Custom Fiber Pigtail Output Connector: FC/PC, PC/PC, LC/PC, LC/APC, SC/PC, SC/APC, Other Reliable Operation in Harsh Environments Operates Over Wide Temperature Range: -15 to +70°C Operates in High Relative Humidity Environments up to +85% r.H. Power Supply: 5 V, <5 W Wall-power Plug-and-play Temperature Control: Uncooled or TE Cooled Dimensions: 80 x 80 x 43 mm (Card-mount), 212 x 88 x 203 mm (Bench-top) Applications: Spectral Domain OCT; Fiber Optic Sensing; NIR Spectroscopy; Test & Measurement Source; Laboratory Source; Medical Diagnostics

UV-SWIR; 200-2500 nm; Integration Time 20 µs-1500 ms; Interface USB 2.0; Detector InGaAs, CCD; Dimensions 118x118x162 mm BaySpec’s Nunavut™ series of Indium-Gallium-Arsenide (InGaAs) or charge-coupled device (CCD) cameras are designed to meet real-world challenges for best-in-class performance, long-term reliability, compact size and optimized power consumption. Benefiting from experience manufacturing high-volume optical devices for the telecommunications industry, BaySpec’s InGaAs detectors and silicon-based CCD detectors utilize high reliability, field-proven components. The Nunavut™ camera series employs the latest in opto-electronic components to bring you maximized sensitivity at a very competitive price. When matched to a NIR-SWIR (Nunavut™ InGaAs NCAM), UV-VIS-NIR (Nunavut™ CCD VCAM) or Raman spectrograph, you have a compact, high performance, cost-effective instrument. Each camera is calibrated in the factory after extensive thermal cycling. The control electronics read out the processed digital signal to extract required information. Both the raw data and the processed data are available to the host. Optimal cooling of the detector arrays allows for greatly improved low-light spectral measurements and reduced dark noise. Key Features: Wavelength Ranges Nunavut™ InGaAs NCAM: 900 nm to 1700 nm, 1100 nm to 2200 nm, 1250 nm to 2500 nm, Customizable Wavelength Range Nunavut™ CCD VCAM: 200 nm to 1100 nm Detector: InGaAs, CCD Real-time Data Acquisition High Sensitive (HS) and High Dynamic (HD) Modes (Nunavut™ InGaAs NCAM) Integration Time (Nunavut™ InGaAs NCAM): 20 µs to 50, 75 ms (High Sensitive) or 400, 600, 1500 ms (High Dynamic) Hermetic Sealing Ensures Reliable Operation in Harsh Environments Single Window Design, AR-coated (Some Models) Detector Array: 256 x 50 µm, 512 x 25 µm, 1024 x 25 µm (Nunavut™ InGaAs NCAM), 1024 X 64 or 2048 X 64 – 14 µm2 (Nunavut™ CCD VCAM) Typ. Quantum Effect @λpk: 70%, 75%, 85% Maximum Resp. Non-uniformity: ±5%, ±10% A/D-Converter: 16 Bit Dark Noise: 16, 60 Counts RMS (Nunavut™ InGaAs NCAM) Max. Readout Noise: 15 e-RMS (Nunavut™ CCD VCAM) Dark Current @+25°C: 50 e-/Pixel/s (Nunavut™ CCD VCAM) Typ. Saturation Charge (Nunavut™ InGaAs NCAM): 5 x 106 Electrons (High Sensitive), 130, 187.5 x 106 Electrons (High Dynamic) Typ. Detector Gain (Nunavut™ InGaAs NCAM): 400 nV/Electron (High Sensitive), 15.4, 16 nV/Electron (High Dynamic) CCD Node Sensitivity (Nunavut™ CCD VCAM): 6.5 µV/Electron Thermoelectric (Air) Deep-cooling to -60°C With 4-stage TEC Optional Water Cooling for -100°C Single 12 V Power Supply Design: 3.5 A @12 VDC Design for Ultra-low Power Consumption and Improved Reliability (Nunavut™ CCD VCAM) Data Port: USB 2.0 Operating Temperature: 0°C to +40°C Dimensions: 118 x 118 x 162 mm Applications: Raman Spectroscopy; Fluorescence Spectroscopy; NIR Spectroscopy; VIS-NIR Spectroscopy; Low Light Detection; Pharmaceuticals; Medical Diagnostics

400-1700 nm; 12-240 Spectral Bands; Push-broom, Snapshot Operation Mode; Spectral Resolution 3-15 nm FWHM; Max. Frame Rate 8-120 fps; Standard Lens 16, 35, 45 mm (21°, 18°, 17° FOV) Within its OCI™ Series of hyperspectral imagers (OCI is a phonetic spelling of "all seeing eye"), BaySpec offers systems ranging from miniaturized push-broom cameras for visible to near-infrared (NIR) to handheld snapshot hyperspectral imagers, hyperspectral cameras designed specifically for use on unmanned aerial vehicles/systems (UAV/UAS), all the way to ready-to-fly UAV systems for aerial hyperspectral imaging. OCI™­ F Series cameras are miniaturized (14 x 7 x 7 cm) and lightweight (~570 g) push-broom hyperspectral cameras covering the full visible (VIS) to near-infrared (NIR) wavelength range from 400 to 1000 nm, or short-wave infrared (SWIR) wavelength range from 900 to 1700 nm. The cameras feature a super-speed USB 3.0 interface for fast data transfer rates up to 60 fps. Not dependent on a constant scanning speed, the OCI ­F Series offers versatility on various platforms such as UAVs with perfect hyperspectral image stitching. Three models with 60, 120 or 240 spectral bands are available. The OCI™-2000 snapshot handheld hyperspectral imager brings high-performance hyperspectral imaging in a handheld form factor weighing only approximately 450 g. The OCI™-2000 imager acquires full, continuous VIS to NIR hyperspectral/multispectral data with simple point-and-shoot operation. Compact OCI™-OEM hyperspectral cameras are the optical engines of the handheld OCI-1000™ (push-broom) and OCI-2000™ (snapshot) hyperspectral imager, featuring extreme compactness and fast data transfer rate. The high-performance hyperspectral/multispectral cameras work in push-broom mode (OCI™-U-1000) or snapshot mode (OCI™-U-2000) with high spectral resolution and fast speed in a compact form factor weighing less than 180 g. Continuous hyperspectral data capturing can happen at video rates. Compactness, simple operation and optional SDK makes the OCI™-OEM integration an effortless task. OCI™-UAV airborne hyperspectral cameras are push-broom (OCI™-UAV-1000) or snapshot (OCI™-UAV-2000) cameras designed specifically for use on unmanned aerial vehicles/systems (UAV/UAS), or remotely operated vehicles (ROV). Packed with a high-performance, miniature single-board-computer, they acquire VIS to NIR hyperspectral data with continuous spectral and spatial coverage. Ready-to-fly hyperspectral total solutions are also available. Operating of the OCI-UAV cameras is automatic and requires minimal human intervention. The OCI™-M+, a push-broom multispectral imager is specifically designed for aerial imaging, featuring a lightweight camera with compact size. It comes with 12 selective bands including three RGB bands, and nine spectral bands from red edge to NIR – most commonly used for precision agriculture. This imager is fully integrated with DJI Inspire 2 UAV allowing the maximum field coverage with high spatial resolution (4000 spatial pixels). Fully integrated and easy to operate, the OCI-M+ UAV ready-to-fly package has made aerial imaging process very straightforward, and is ideal for applications such as precision agriculture, remote sensing, and geological survey. BaySpec’s OCI™-D airborne VIS-NIR hyperspectral imager with extended wavelength range covers full VIS-NIR wavelength range from 475 to 975 nm. Being a snapshot hyperspectral imager, OCI-D2000 fundamentally eliminates artifacts caused by motions during flight. These innovations significantly reduce the requirements on UAV system, so that integration is almost effortless for many UAV/ROVs. Included with BaySpec’s SpecGrabber™ for camera control and data acquisition, and CubeCreator™ for hyperspectral data processing, the OCI™-D imager offes up to 40 spectral bands with 500x250 pixels and 12 to 15 nm resolution with video rate speed. Key Features: Full Visible (VIS) to Near-infrared (NIR) Coverage: 400 (450, 600) to 1000 nm Full Short-wave Infrared (SWIR) Coverage: 900 to 1700 nm (OCI™-F-SWIR Hyperspectral Camera) Operation Mode: Push-broom, Snapshot Number of Spectral Bands: 12 to 240 Spectral Resolution: 3 nm to 15 nm FWHM Spatial Pixels: 250 to 3956 Pixels x Scan Length (Push-broom Models), Up to 400 x 200 Pixels (Snapshot Models) Standard Lens: 16 mm (21° FOV, OCI™­ F Series), 35 mm (18° FOV, OCI™-UAV, OCI™-OEM Series), 45 mm (17° FOV, OCI™-M+) Objective Lens Interface: C-Mount Faster Scanning With Wide-angle Lens (OCI™-M+) Exposure Time: 20 µs to 1 s (OCI™­ F Series, OCI™-M+), 0(1) to 300 ms (OCI™-UAV, OCI™-OEM Series) Max. Frame Rate: 8 to 120 fps Camera Interface: USB 3.0, USB 2.0 Real‐time Sample Preview (OCI™­ F, OCI™-M+, OCI™-UAV, OCI™-OEM Series) Extremely Compact and Lightweight Imagers With No Moving Parts, High Reliability “True Push‐broom” Scanning With Random Speed (Push-broom Models Only) Innovative Non-slit Design Significantly Reduces System Complexity (OCI™-M+, OCI™-UAV, OCI™-OEM) Extremely Easy-to-use Point-and-shoot Hyperspectral Imager; Self-contained System With Touchscreen Computer Integrated in a Handheld Form; Choice of Lenses for Different FOV (OCI™-2000) Easy Integration in a Variety of Platforms (OCI™­ F, OCI™-UAV, OCI™-OEM, OCI™-D Series) Effortless System Integration (OCI™-M+, OCI™-OEM Series) Eliminate Costly GPS/INS Orthorectification Post Processing Yields Distortion-free Hyperspectral Band Images Ready-to-fly System (OCI™-M+, OCI™-UAV) UAV (OCI™-M+): DJI Inspire 2; 22 min Flying Time; Remote Controller, Battery, Charger, CineSSD & Station Included UAV (OCI™-UAV Series): 700 mm Multi-rotor, Shock-resistant Light Polymer Frame; Up to 20 min Flying Time; Automatic Flight Control Via Mission Planner; Autopilot, 2 x 4500 mAH LiPo Battery, Gimbal for Imager Included Applications: Precision Agriculture; Food Quality Sorting; Sorting; Airborne (Mini) UAV/ROV; Remote Sensing; Chemical Detection; Process Control; Counterfeit Detection & Anti‐Counterfeiting; (Bio)medical Diagnostics; Forensics; Pharmaceuticals; Security; Defense; Oceanography; Ocean Monitoring; Forestry; Estuary Monitoring; Bathymetry; Mineral Discovery; Mining; Oil & Gas Exploration; Geological Survey; Ground Survey; Environmental Studies; Law Enforcement; Handheld Spectroscopy; Tissue Diagnostics; OEM Systems

UV-NIR; 190-2500 nm; Resolution 1-20 nm; InGaAs or CCD Array Detector; Integration Time 20 µs-60 s; Interface USB 2.0 BaySpec’s SuperGamut™ series of UV, visible (VIS), near-infrared (NIR), and short-wave-infrared (SWIR) spectrometers are designed to meet real-world challenges for best-in-class performance, long-term reliability, compact size and ultra-low power consumption. Benefiting from experience manufacturing high-volume spectral monitoring devices for the telecommunications industry, BaySpec’s spectral devices utilize low-cost field proven components. For the first time in instrumentation history an affordable, accurate and ruggedized spectral device is a reality. The SuperGamut™ Series spectrometers employ highly efficient Volume Phase Gratings (VPG®) as core spectral dispersion elements (concave holographic diffraction grating for SuperGamut™ UV-NIR spectrometer), providing rapid acquisition (“one-shot”) with high spectral resolution, high-speed parallel processing, and continuous spectrum measurements. As an input, the devices use a fiber optic input or slit optics arrangement based on customer preferences. The signal is spectrally dispersed with the grating, and the diffracted field is focused onto an ultra-sensitive InGaAs or CCD array detector as the detection element. The control electronics read out the processed digital signal to extract required information. Both the raw data and the processed data are available to the host. Within the SuperGamut™ series of spectrometers, five versions are available: SuperGamut™ UVIS UV-NIR Spectrometer (190 nm to 1080 nm) SuperGamut™ UVIS UV-SWIR Spectrometer (190 nm to 2500 nm) SuperGamut™ VNIR VIS-NIR Spectrometer (400 nm to 1100 nm) SuperGamut™ NIRS SWIR Spectrometer (900 nm to 1700 nm) SuperGamut™ NIRS NIR Spectrometers (900 nm to 2500 nm) BaySpec’s SuperGamut™ series benchtop spectrometers incorporate spectrometer(s), light source(s), and sampling optics into one turn-key system – providing features like optimized TEC cooling, fast f/2 or f/3 optics for improved throughput with fiber input, factory calibration, fiber- or free-space input options as well as Windows®-based software for turn-key operation. These benchtop spectrometers are customizable for single or multiple fiber probes, please contact the AMS Technologies spectrometer experts for further details and a quote for your benchtop spectrometer solution. Key Features: Ruggedized and Reliable With No Moving Parts Compact Size and High Efficiency Wide Spectral Range: 190 nm to 2500 nm Outstanding Optical Throughput is Achieved With Volume Phase Grating (VPG) and f/1.8, f/2, or f/3 Design Resolution: ~1 nm to 20 nm, Slit Dependent Stray Light: 0.05% Integration Time: 20 µs to 60 s Grating: Custom Volume Phase Grating (VPG); Concave Holographic Grating Entrance Aperture Slit: 10 µm, 25 µm, 50 µm, 100 µm, None Fiber Optic: SMA or Custom Design Lens Assembly for Large-field Measurement (SuperGamut™ SWIR) Wavelength Calibration: Factory-calibrated for Long Life and Low Maintenance Real-time Spectral Data Acquisition With Fast Millisecond Response Time Detector Array: 256 Pixels; 25 µm x 512 Pixels; 50 µm x 256 Pixels; 2048 x 64 Active Pixels, Optimally Cooled for Low Light Detection (SuperGamut™ SWIR, VIS-NIR, NIR) Athermal Design for Ultra-low Power Consumption and Improved Reliability (SuperGamut™ SWIR, NIR) Min. Quantum Efficiency @λpk: 70%, 75% Max. Response Non-uniformity: ±10% Readout Noise (RMS, Typ.): 10, 65 Counts; 6 Electrons/Scan A/D-Converter: 16 Bit Data Port: USB 2.0 Power: Through USB; 1A @12 VDC; Field Battery Operation (SuperGamut™ NIR) Applications: Biochemical; Petrochemical; Chemical Analysis; Color/Dyes; Colorimetry; Raman Spectroscopy; Fluorescence; Photoluminescence; Transmission; Reflectance; Absorption; Dissolution; Environmental; Multicomponent Analysis; Proteins; QA/QC of Mixtures; Small-volume Samples; Sunscreens; Remote Sensing; Pharmaceuticals; Medical Diagnostics; Biomedical Research; Agriculture; Semiconductors; Thin Films; Beverage & Brewery; Cosmetics; Explosives Detection; Counterfeit Detection; Law Enforcement; Homeland Security; Water Quality; Food Safety; Pulp & Paper; Mining; Oil Exploration