AvaSpec NIRLine Spectrometers

UV-NIR; 200-1750 nm; Resolution 0.05-50.0 nm; Sensitivity 38,000-665,000 Counts/µW per ms Integration Time; CMOS or InGaAs Array Detector; Interface USB 2.0; 95x68x20 mm Miniature spectroscopy redefined – that's what Avantes considers the CompactLine series spectrometers. The new generation, Avantes’ AvaSpec-Mini MK-II series (AvaSpec-Mini2048CL and AvaSpec-Mini4096CL) is definitely one of the smallest types of spectrometers on the market today. In cases where size matters, the AvaSpec CompactLine family offers spectrometers with the smallest form factor – only the size of a deck of cards. This enables easier integration of Avantes’ spectrometers into machines and handheld devices. Squeezing down the size hardly compromises the performance of the instruments but limits the customer a bit in the number of possible configurations. This instrument with excellent temperature and wavelength stability is easy to take anywhere you like and very well suited for handheld applications. The AvaSpec-Mini-CL series with CMOS detectors and advanced electronics and communications can be equipped with a 2048-pixel CMOS detector (AvaSpec-Mini2048CL) or Avantes’ first-to-the-market 4096-pixel array (AvaSpec-Mini4096CL). And the AvaSpec-Mini-NIR is a compact near-infrared spectrometer with InGaAs detector, based on Avantes’ popular AvaSpec-NIR256-1.7-EVO NIRLine series spectrometer. Enjoy the speed and enhanced native UV/NIR response of CMOS with an incredible resolution of up to 0.09 nm unavailable anywhere else. The low stray light design allows stray light levels from as low as 0.2% and the fast response time boasts data transfer speeds as fast as 4.6 ms/scan and integration times ranging from 30 to 50 s. Customization is possible when adequate volumes are needed. This makes the CompactLine especially suited for OEM users wanting to integrate a spectrometer into their own devices. To learn more about all the available options and to find the perfect setup that matches your needs, please contact AMS Technologies to discuss your wishes with our sales engineers. The possibilities are virtually endless! For customers with urgent needs and general flexibility in their specifications, Avantes keeps a variety of preconfigured AvaSpec-Mini-CL series CompactLine spectrometers in stock so they are readily available within a significantly decreased shipping time. All preconfigured spectrometers are available at discount pricing (as opposed to custom models) and include an upgrade to AvaSoft-Full. Available preconfigured models are: AvaSpec-Mini2048CL-U25: 2048 Pixels, Grating-MN1200-0.25 (200 to 450 nm), DCL200, 25 µm Slit AvaSpec-Mini2048CL-V25: 2048 Pixels, Grating-MN600-0.50 (350 to 885 nm), DCL200, OSC, OSF305, 25 µm Slit AvaSpec-Mini2048CL-I25: 2048 Pixels, Grating-MN600-1.00 (600 to 1100 nm), DCL200, OSF600, 25 µm Slit AvaSpec-Mini2048CL-UVI25: 2048 Pixels, Grating-MN300-0.3 (200 to 1100 nm), DCL200, OSC-UA, 25 µm Slit AvaSpec-Mini2048CL-VI25: 2048 Pixels, Grating-MN300-0.50 (360 to 1100 nm), DCL200, OSC, OSF305, 25 µm Slit AvaSpec-Mini4096CL-U10: 4096 Pixels, Grating-MN1800-0.25 (200 to 365 nm), DCL200, 10 µm Slit AvaSpec-Mini4096CL-V10: 4096 Pixels, Grating-MN600-0.50 (350 to 885 nm), DCL200, OSC, OSF305, 10 µm Slit AvaSpec-Mini4096CL-I10: 4096 Pixels, Grating-MN600-1.00 (600 to 1100 nm), DCL200, OSF600, 10 µm Slit AvaSpec-Mini4096CL-UVI10: 4096 Pixels, Grating-MN300-0.3 (200 to 1100 nm), DCL200, OSC-UA, 10 µm Slit AvaSpec-Mini4096CL-VI10: 4096 Pixels, Grating-MN300-0.50 (360 to 1100 nm), DCL200, OSC, OSF305, 10 µm Slit Key Features: Optical Bench: Symmetrical Czerny-Turner, 75 mm Focal Length Available Gratings: 300 to 3600 lines/mm Available Slit Sizes: 10 to 500 µm Wavelength Range: 200 to 1750 nm Resolution: 0.05 to 50 nm, Depending on Configuration Stray Light: 0.2% to 1% Sensitivity: 38,000 to 665,000 Counts/µW per ms Integration Time Detector: CMOS Linear Array, 2048 or 4096 Pixels; InGaAs Array, 256 Pixels (AvaSpec-Mini-NIR) Signal/Noise: 300:1 to 5000:1 A/D Converter: 16 Bit, 500 kHz or 6 MHz Integration Time: 10 µs to 50 s Interface: USB 2.0 Sample Speed With Store to RAM or On-board Averaging: 0.53 to 6.5 ms per Scan Data Transfer Speed: 1.2 to 8.9 ms/Scan Dimensions: 95 x 68 x 20 mm Applications: Handheld Instruments; Integration into OEM Machines and Handheld Devices; Food Analysis, Recycling

UV-NIR; 200-1160 nm; Resolution 0.06-20.0 nm; Sensitivity 250,000-1,200,000 Counts/µW per ms Integration Time; CCD Array Detector; Interface USB 2.0, USB 3.0, Gigabit Ethernet, RS-232; 175x110x44-250x179x144 mm The AvaSpec SensLine series of spectrometers is Avantes’ response to customers who require higher performance for demanding spectroscopy applications such as fluorescence, luminescence and Raman. The AvaSpec SensLine series includes several high-sensitivity, low-noise spectrometers. A number of these instruments feature back-thinned detector technology, of which some are Avantes’ high-performance, thermoelectrically cooled detectors. The other models feature standard CCDs, upgraded to high-performing instruments as a result of Avantes' unique detector cooling technology. The back-thinned CCD detectors featured in the SensLine product family are high quantum efficiency detectors with excellent response in the ultraviolet (UV), visible (VIS) and near-infrared (NIR) range from 200 to 1160 nm. All AvaSpec SensLine instruments are fully integrated with Avantes' modular platform, allowing them to function as both stand-alone and multi-channel instruments. These products are fully compatible with other AvaSpec instruments from Avantes’ StarLine and NIRLine product families. Every instrument in the AvaSpec SensLine series is available as a lab instrument or an OEM module for integration into customers' existing systems. Avantes' innovative ultra-low stray light (ULS), revolutionary high-sensitivity (HS) and the optimal compromise (HSC) optical benches are the core optical technologies in the AvaSpec SensLine. These highly stable optical benches combined with Avantes’ high-performance circuit boards deliver high-performing instruments at affordable prices. To learn more about all the available options and to find the perfect setup that matches your needs, please contact AMS Technologies to discuss your wishes with our sales engineers. The possibilities are virtually endless! The AvaSpec-HERO is built around Avantes’ High-Sensitivity, Compact (HSC), 100 mm optical bench offering a NA of 0.13 and a cooled, back-thinned detector (1024 x 58 pixels). Suitable for use with replaceable slits, this excellent instrument provides the ideal balance between sensitivity and resolution and the capability of using longer integration times in low-light applications, yet ensuring perfect signal-to-noise performance, transferred by the latest communication standards. With its standard, uncooled, 2048 x 64 pixel, back-thinned detector, the AvaSpec-ULS2048x64-EVO spectrometer is perfect for less demanding applications in the UV and NIR range that require integration times lower than 2 s. This spectrometer comes with a wide range of slit sizes and gratings and can be configured with SMA or FC/PC fiber optic entrance connectors. With its back-thinned, 2048 x 64 pixel detector with good sensitivity in the UV and IR region, the AvaSpec-ULS2048x64TEC-EVO enables catching as many photons as possible while the integrated TEC cooling allows long integration times (up to 120 s) with low noise levels. These features make this instrument ideally suited for measuring low-light applications, such as fluorescence or low-light Raman measurements. For high-sensitivity applications where high resolution is not of paramount concern, the AvaSpec-HS2048XL-EVO is an exceptional instrument. Featuring Avantes’ HS optical bench, which has a full 0.22 numerical aperture for superior throughput, this spectrometer has a 14 x 500 µm back-thinned CCD detector with 2048 pixels. The AvaSpec-ULS2048XL-EVO spectrometer combines exceptional quantum efficiency with high-speed communication. Unlike many back-thinned CCD spectrometers with two-dimensional arrays, the ULS2048XL-EVO has large monolithic pixels of 14 x 500 µm with exceptional efficiency in the UV (200 to 400 nm) and NIR (950 to 1160 nm) ranges. The instrument also has an electronic shutter enabling integration times as low as 2 µs. Avantes’ AvaSpec-ULS2048LTEC spectrometers are equipped with a triple-stage thermoelectrically (TEC) cooling, keeping the detector at an optimal +5 °C (maximum -35 °C difference from ambient temperature). The detector cooling provides a significantly lower and more stable dark baseline and PRNU level, dark noise is reduced by a factor of 2 to 3. Thus, the ULS2048LTEC can be used in very low light conditions, such as fluorescence and Raman measurements. Integration times of more than 5 s are possible. The AvaSpec-ULS2048x16 is the best option when looking for a cost-effective, highly sensitive spectrometer. The back-thinned detector features a SNR of 500:1 and a quantum efficiency of up to 78%. Options include a filter to reduce second-order effects and purge ports for deep-UV measurements. The AvaSpec-ULS2048x16 comes with a wide range of slit sizes, gratings and may be configured with SMA or FC/PC fiber optic entrance connectors. Sometimes a single channel spectrometer is not enough, for example when you want higher resolution or to perform two redundant measurements at the same time. The AvaSpec dual channel spectrometers are designed specifically for this purpose. Each spectrometer can be configured independently. It is also possible to have different detector types in each channel. Please contact AMS Technologies to configure the perfect solution for your application. Avantes offers a wide range of cables to connect your AvaSpec spectrometer to an AvaLight series light source or one of Avantes’ many accessories like fiber optic switches, AvaTrigger, etc. Key Features: High Stability High Sensitivity High-speed Acquisition Low Noise Optical Bench: ULS Symmetrical Czerny-Turner With 75 mm Focal Length, High-sensitivity Asymmetrical/Symmetrical Design With 37.5/100 mm Focal Length and 0.22/0.13 NA Available Gratings: 300 to 3,600 lines/mm Available Slit Sizes: 10 to 500 µm Wavelength Range: 200 to 1160 nm Resolution: 0.06 to 20.0 nm, Depending on Configuration Stray Light: 0.04% to <1.0%, Depending on Grating Sensitivity: 250,000 to 1,250,000 Counts/µW per ms Integration Time Detector: CCD Array Image Sensor 1024 to 2048 Pixels, Some Models TE Cooled Signal/Noise: 300:1 to 1200:1 A/D Converter: 16 Bit, 250 kHz to 2 MHz Integration Time: 2 µs to 10 min Interface: USB 3.0 High Speed, USB 2.0 High Speed, Gigabit Ethernet, RS-232 Sample Speed With On-board Averaging: 1.1 to 9.7 ms per Scan Data Transfer Speed: 1.8 to 9.7 (USB), 5.2 to 9.7 (Gigabit Ethernet), 430 to 432 ms/Scan (RS-232) Dimensions: 185 x 161 x 185, 185 x 145 x 184, 175 x 110 x 44, 175 x 127 x 44.5, 175 x 165 x 85, 250 x 179 x 144 mm Applications: Fluorescence; Luminescence; Raman Spectroscopy; Low-Light Applications; DOAS

UV-NIR; 200-1160 nm; Resolution 0.05-20.0 nm; Sensitivity 160,000-470,000 Counts/µW per ms Integration Time; CMOS or CCD Linear Array Detector; Interface USB 2.0, USB 3.0, Gigabit Ethernet, RS-232; 175x110x44-315x445x135 mm Avantes’ AvaSpec StarLine family of instruments is comprised of high-performance spectrometers which exceed the demands of most general spectroscopy applications. Providing excellent price-to-performance ratios, the AvaSpec StarLine series includes high-speed instruments for process control, high-resolution instruments for demanding applications like atomic emission measurements and versatile instruments for common applications such as irradiance and absorbance chemistry. The AvaSpec StarLine instruments are fully integrated with Avantes' modular platform, allowing them to function as both stand-alone and multi-channel instruments. These products are fully compatible with other AvaSpec instruments in the AvaSpec SensLine and AvaSpec NIRLine. The entire AvaSpec StarLine is available as an individual lab instrument, as well as an OEM module for integration into customers' existing systems. To learn more about all the available options and to find the perfect setup that matches your needs, please contact AMS Technologies to discuss your wishes with our sales engineers. The AvaSpec-ULS2048 with CCD sensor is the workhorse of Avantes’ spectrometer line-up. Used in many applications in the UV/VIS range, it is particularly useful in time-critical situations thanks to its exceptional response speed. Connection with your PC is done via USB2-connection, delivering a scan every 1.8 ms. A close cousin to the AvaSpec-ULS2048 but with almost four times larger pixels is the AvaSpec-ULS2048L. It gives you twice the signal-to-noise ratio and 40% less dark noise, providing enhanced sensitivity at an affordable price. With its 3,648-pixel CCD sensor, the AvaSpec-ULS3648 provides high resolution for demanding applications. Featuring an electronic shutter, it can support integration times as short as 10 µs, making it ideal for CW laser measurements, among others. The AvaSpec-FAST series of instruments is especially designed for high-speed acquisitions, such as pulsed light source and laser measurements. Up to 5,637 spectra can be stored at 0.20 ms per scan using Avantes' unique store-to-RAM functionality. The AvaSpec-FAST series is available in five different configurations with 350 to 1,650 active pixels. Avantes’ AvaSpec-ULS2048L-EVO spectrometer with CCD sensor features USB3.0 communication with 10 times higher speed compared to USB2 as well as a Gigabit Ethernet port for integration in your company network and possibility for long distance communication. AvaSpec-ULS2048CL-EVO and AvaSpec-ULS4096CL-EVO spectrometers are based on CMOS arrays instead of the conventional CCD technology and are able to measure wavelengths from 200 to 1100 nm with resolutions of 2,048 or 4,096 pixels respectively. These versatile devices include fast USB3.0 communication and a Gigabit Ethernet port. Sometimes a single channel spectrometer is not enough, for example when you want higher resolution, more precise measurements over a broad range or to perform several redundant measurements at the same time for process control purposes. The AvaSpec dual channel spectrometers are designed specifically for this purpose, and if you need even more channels, Avantes’ AvaSpec multi-channel spectrometers fulfil your every need. Each spectrometer can be configured independently – you can select the right option from Avantes’ range of detectors, choose different slits and gratings. Please contact AMS Technologies to configure the perfect solution for your application. Suited for various measurements in the complete UV/VIS/NIR range of 200 to 1700 nm, the AvaSpec-UV/VIS/NIR versatile broadband spectrometer comes in one package, no separate units necessary. The first channel of this dual spectrometer is based on Avantes’ AvaSpec-ULS2048L, the second channel on the Avaspec-NIR256-1.7 (uncooled version), both with replaceable slit option. For customers with urgent needs and general flexibility in their specifications, Avantes keeps a variety of preconfigured spectrometers in stock so they are readily available within a significantly decreased shipping time. Out of the seven available models, five are configured to be used for measurements in the UV-VIS-NIR range (200 to 1100 nm), one for the VIS-NIR range (360 to 1100 nm), and one just for the visible range (360 to 880 nm). All preconfigured spectrometers are available at discount pricing (as opposed to custom models) and include an upgrade to AvaSoft-Full.Looking for a more compact solution? Avantes offers a line of small preconfigured spectrometers from their AvaSpec CompactLine as well. Accessories for the AvaSpec StarLine series of spectrometers includes slit kits to fully utilize your AvaSpec StarLine series spectrometer with the replaceable slit option installed, available in SMA, SMA/FCPC and FC/PC versions, as well as a wide range of cables to connect your AvaSpec spectrometer to an AvaLight series light source or one of Avantes’ many accessories like fiber optic switches, AvaTrigger, etc. Key Features: Optical Bench: ULS Symmetrical Czerny-Turner, 75 mm Focal Length Available Gratings: 150 to 3,600 lines/mmm Available Slit Sizes: 10 to 500 µm Wavelength Range: 200 to 1160 nm Resolution: 0.05 to 20.0 nm, Depending on Configuration Stray Light: 0.04% to 1.0%, Depending on Grating Sensitivity: 160,000 to 470,000 Counts/µW per ms Integration Time Detector: CMOS Linear Image Sensor, CCD Linear Array 750 to 3648 Pixels Signal/Noise: 200:1 to 350:1 A/D Converter: 16 Bit, 1 to 6 MHz Integration Time: 9 µs to 10 min USB 3.0 High Speed, USB 2.0 High Speed, Gigabit Ethernet, RS-232 Sample Speed With On-board Averaging: 0.38 to 3.7 ms per Scan Data Transfer Speed: 0.38 to 3.7 (USB), 1.0 to 3.8 (Gigabit Ethernet) 430 to 750 ms/Scan (RS-232) Slit Set Connectors: SMA-905 or FC/PC Dimensions: 177 x 127 x 44,5, 175 x 110 x 44, 175 x 165 x 85, 315 x 235/445 x 135 mm Applications: Reflection and Transmission Measurements for Optics, Coatings and Color Measurement; Irradiance and Emission Measurements for Environmental Applications, Light Characterization and Optical Emission Measurement; High-speed Measurements for Process Control, LIBS or Laser and Pulsed Light Source Characterization; Absorbance Chemistry

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

Our supplier Mightex offers a wide range of custom spectrometer solutions, exactly tailored to your needs. So if you are unable to come up with a good solution using our “standard” spectrometer range, please contact the AMS Technologies spectrometer experts now to discuss your customized spectrometer solution! Below you may find some examples for custom spectrometers. HRS-0365-0545-005: Customized High-Resolution High-Stability CCD Spectrometers (with a 5 micron entrance slit), 365 to 545 nm.HRS-0420-0810-005: Customized High-Resolution High-Stability CCD Spectrometers (with a 5 micron entrance slit), 420 to 810 nm.HRS-0420-0810-025: Customized High-Resolution High-Stability CCD Spectrometers (with a 25 micron entrance slit), 420 to 810 nm.HRS-0530-0700-005: Customized High-Resolution High-Stability CCD Spectrometers (with a 5 micron entrance slit), 530 to 700 nm. Resolution ~0.13 nm (FWHM).HRS-0530-0700-010: Customized High-Resolution High-Stability CCD Spectrometers (with a 10 micron entrance slit), 530 to 700 nm.HRS-0660-0740-025: Customized High-Resolution High-Stability CCD Spectrometers (with a 25 micron entrance slit), 660 to 740 nm.HRS-IR1-0740-0910-010: Customized High-Resolution High-Stability CCD Spectrometers (with a 10 micron entrance slit), 740 to 910 nm NIR.HRS-NIR-0690-1040-005: Customized High-Resolution High-Stability CCD Spectrometers (with a 5 micron entrance slit), 690 to 1040 nm NIR.HRS-NIR-0730-1080-005: Customized High-Resolution High-Stability CCD Spectrometers (with a 5 micron entrance slit), 730 to 1080 nm NIR.

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

350-720 nm; Dynamic Range >1000:1; Interface USB 2.0; 241.5 x 108 x 48.5 mm Ever wondered what’s in your filter cube? FilterReader spectrophotometers will give you the answer in a few seconds. Identifying and confirming transmission characteristics of filters and beam splitters used in fluorescence microscopy is often critical, especially when troubleshooting a system or an experiment. To address this need, Mightex has developed the FilterReader series, unique mini spectrophotometers specifically designed for measuring spectral transmission of excitation filters, dichroic beam splitters, and emission filters.  A high-resolution CCD spectrograph coupled with a solid-state light source provides high dynamic range measurements in a compact package. A sample cart holds excitation filters and emission filters at vertical position, and beam splitters at a 45° angle. The two FilterReader spectrophotometer models FRD-350-AU and FRD-385-AU are fully integrated spectrophotometer with the footprint of a book. All one needs is a PC to run the control software, which communicates with the FilterReader via a USB interface. FilterReader software guides users through an intuitive workflow which leads to the measurement results after a few clicks. Results can be displayed in spectral transmission or optical density. Measurements of filters and beam splitters can be overlaid on a single chart. Various data saving and chart printing functions are supported. Unlike traditional spectrophotometers, FilterReader spectrophotometers are small enough to be easily stored when not in use. The solid-state light source in the FilterReader also ensures a trouble-free use for years without the need to change the light source. Key Features: Compact Size Solid-state Light Source Fast Scan Cycle Dedicated Holder for Filters/Beamsplitters USB Interface Wavelength Range: 350 to 720 nm (FRD-350-AU), 385 to 720 nm (FRD-385-AU) Dynamic Range: >1000:1 (OD3) Filter Size: 25.4mm in Diameter or Smaller Beam Splitter Size: up to 27 x 36 mm PC Interface: USB 2.0 DC Power Supply: 12 VDC, 1A (included) Dimensions: 241.5 x 108 x 48.5 mm Weight: 1.275 kg Applications: Microscopy

VIS; 531-782 nm; Resolution 1, 1.5 pm; Dynamic Range (@6 kHz From Pump) 100 dB; Interface USB 3.1; 711x371x124 mm The great challenge with Brillouin spectroscopy is that the scattered signal from the un-shifted wavelength of the laser can overwhelm the small Brillouin shifted return signal. So, for the HF-8999-xxx-AUTO Brillouin HyperFine series of spectrometers, Light Machinery has combined their leading-edge HyperFine spectrometer with a very narrow band tunable filter to suppress the bright un-shifted laser frequency. The Brillouin HyperFine series’ tunable filter is easily adjusted to suppress the main laser peak, and exposure gating is used to drastically increase the full dynamic range of the instrument. The combination of these two devices achieves a dynamic ratio of 65 dB with Light Machinery’s standard CMOS camera and is designated – the “Green Killer” (for the 532 nm model HF-8999-532-AUTO). The tunable filter is comprised of a double passed air spaced etalon. The etalon tuning and alignment are both computer-controlled. LightMachinery’s proprietary fluid jet polishing process is utilized to create both the tunable etalon filter and the main VIPA etalon in the Brillouin HyperFine spectrometer. The result of the combination of the high-finesse elements is unparalleled sensitivity and relatively compact size, perfect for Brillouin scattering. Designed for measuring hyperfine spectra and subtle spectral shifts, the Brillouin HyperFine series are compact spectrometers capable of 1 pm resolution. Light enters the spectrometer though a fiber. A VIPA etalon, manufactured using LightMachinery's proprietary fluid jet polishing technology, is used to produce very high dispersion in the vertical axis with sub-picometer resolution. This is followed by a conventional grating to disperse overlapping orders in the horizontal direction and produce a 2D spectrum of the input light. Simple PC-based LightMachinery software unwraps the spectrum to produce an ultra-high resolution wavelength spectrum of the input light and allows the user to review spectra in real time and save or export measured data for further analysis. LabView drivers enable the HyperFine spectrometers to be integrated into automated experimental setups. A secondary camera provides a wide wavelength range, lower resolution view of the spectrum. Sometimes you need something special - if you are looking for a customized spectrometer with specifications or functionalities that exactly meet your specific requirements, please get in touch with the AMS Technologies spectrometer experts. Our supplier LightMachinery is extremely experienced with specifying, designing and manufacturing custom spectrometers. We are looking forward to discussing your customized spectrometer solution! Key Features: Computer-controlled Alignment and Adjustment High Throughput Enabling Fast Acquisition 80 dB Contrast and High Pump Suppression High Resolution (1, 1.5 pm) and High Precision Fast, No Moving Parts Large Spectral Range Covered in a Single Shot Easy to Use, Ready to Use out of the Box Simple Integration Compact Size: 711 x 371 x 124 mm Spectral Range: Visible (VIS) – 532, 660, 780 nm Total Wavelength Range: 531 to 782 nm Dynamic Range (@6 GHz From Pump, Contrast): 100 dB Pump Wavelength Filter Suppression: >30 dB Pump Suppression Filter Tunability: ±1 nm Pump Suppression Filter Width: 0.5 pm Fiber Optic Input – SMF Only Simple USB 3.1 Interface Weight: 25 kg Applications: Brillouin Scattering Spectroscopy With High Resolution and High Dynamic Range

VIS-NIR; 260-1080 nm; Resolution 1.0-<30 pm; Simultaneous Range 15-350 nm; Interface USB; 156x114x54, 185x185x92 mm LightMachinery’s Hornet series of compact spectrometers provide resolutions better than 30 pm in the visible (VIS) and near infrared (NIR) range. Hornet series spectrometers are based on LightMachinery's patented Fluid Jet Polishing technology. Designed for characterizing laser spectra, the Hornet spectrometers achieve the resolution of large gratings spectrometers while covering a larger wavelength range. Simple PC-based software allows the user to review spectra in real time and save or export for more analysis. Labview drivers enable the Hornet spectrometers to be integrated into automated experimental setups. Sometimes you need something special - if you are looking for a customized spectrometer with specifications or functionalities that exactly meet your specific requirements, please get in touch with the AMS Technologies spectrometer experts. Our supplier LightMachinery is extremely experienced with specifying, designing and manufacturing custom spectrometers. We are looking forward to discussing your customized spectrometer solution! Key Features: Simple to use Can Measure Spectra From CW and Pulsed Sources High Resolution: 1.0 to <30 pm, sub 20 pm @532 nm (Resolving Power >25,000), 0.02/cm to 1.7/cm Simultaneous Range/Resolution Ratio: >10,000 @532 nm Accuracy: <200 pm Following Calibration (External Calibration Source Required) Dynamic Range: 100:1 to 500:1 (Single-shot Measurement, up to 50 dB With Exposure Bracketing) Wavelength Range: 260 to 1080 nm, Visible (VIS) to Near Infrared (NIR) Fast Real-time Measurements - Acquisition and Processing Speed >10 Hz Fiber Optic Input Quick Data Acquisition and Export Simple USB Interface LabView Drivers No Moving Parts (Single-shot Laser Spectrum Analysis) Ultra-compact Ultra-reliable Dimensions: 156 x 114 x 54 mm, 185 x 185 x 92 mm (HN-935x) Applications: Light Sources Characterization (Lasers, Diode Lasers, Super-luminescent Diodes); Monitoring Laser Modes in Real Time; Passive Components (Filters, Etalons, Fiber Bragg Gratings) Characterization to the 25 pm Level; Checking the Spectral / Mode Purity of Lasers; Classic Undergraduate and Graduate Experiments

200-1050 nm; Resolution 0.15-9.7 nm Depending on Slit Width; Integration Time 0.1-6,500 ms; Interface and Power Supply USB 2.0; Dimensions 138 x 108 x 37 mm Compact CCD spectrometers are widely used in process control, environment monitoring, and scientific research applications. Mightex’s HRS-Series of compact high-resolution and high-stability CCD spectrometers features a 100 mm Czerny-Turner optical platform coupled with a Toshiba 3648-element CCD array. The optimized optical path yields both high spectral resolution and high light collection efficiency. Wavelength and amplitude stability is often a critical requirement for many spectrometer applications. All optical components in the HRS-Series spectrometers are mounted directly on a single-piece base without using screws. A box enclosure structure further increases stiffness of the base. The proprietary mounting method ensures high stability over time and temperature change. The HRS-Series spectrometers take input through an SMA connector port. Usually a fiber patchcord is used to transmit light into the spectrometer. However, it is also possible to send the input light directly into the spectrometer through the input slit. Input ports are interchangeable so that ports with different slit size (or without slit) can be used. Note that wavelength calibration is necessary after changing the input port. A 16-bit A/D-converter is used to convert the analog signal from the CCD array into a digital stream. The electronics hardware also includes trigger input and four programmable digital I/Os for interfacing with other equipment such as a light source . The spectrometer is controlled through a USB2.0 interface which also supplies all the electric power needed to operate the spectrometer. The standard software package includes a full-featured PC software as well as a software development kit (SDK) for further software development. A low-level USB protocol is also provided in the software package, which supports embedded-system-based applications. Key Features: Superb Temperature & Long-term Stability Input Ports With Various Slits Interchangeable by Customers High Spectral Resolution: 0.15 to 9.7 nm, Depending on Slit Width High Speed: up to 138 Scans/s Integration Time: 0.1 to 6,500 ms Ultra Compact: Dimensions 138 x 108 x 37 mm Fiber Input With SMA Connector Wavelength Range: 200 to 1050 nm (UV/VIS/NIR), With Sub-nm Resolution External Trigger Input and GPIOs for Interfacing With Other Equipment Full-featured SDK for OEM USB 2.0 Interface for Both Data and Power, No External Power Required LabView Support Low-level USB Protocol for Embedded System Linux Driver Available Applications: Industrial Color Measurement; Reflectance Measurement; Transmission & Absorption Measurement; Lab Research; Process Control; Environment Monitoring

UV-NIR; 250-1100 nm; Resolution 0.5-<30 pm; Simultaneous Range 6-350 nm; Interface USB; 610x254x129 mm LightMachinery’s compact HyperFine spectrometer series with sub-picometer resolution are based on LightMachinery's patented fluid jet polishing technology. Designed for measuring hyperfine spectra and subtle spectral shifts, the HyperFine series are compact spectrometers capable of 1 pm resolution. Light enters the HyperFine spectrometer though a fiber. A VIPA etalon, manufactured using LightMachinery's proprietary fluid jet polishing technology, is used to produce very high dispersion in the vertical axis with sub-picometer resolution. This is followed by a conventional grating to disperse overlapping orders in the horizontal direction and produce a 2D spectrum of the input light. LightMachinery software unwraps the spectrum to produce an ultra-high resolution wavelength spectrum of the input light. A secondary camera provides a wide wavelength range, lower resolution view of the spectrum. HyperFine spectrometers are ideal for measuring fine features in plasmas, pulsed laser characterization and for measuring the small spectral shifts from Brillouin or Raman scattering. Simple PC-based software allows the user to review spectra in real time and save or export measured data for further analysis. LabView drivers enable the HyperFine spectrometers to be integrated into automated experimental setups. Sometimes you need something special - if you are looking for a customized spectrometer with specifications or functionalities that exactly meet your specific requirements, please get in touch with the AMS Technologies spectrometer experts. Our supplier LightMachinery is extremely experienced with specifying, designing and manufacturing custom spectrometers. We are looking forward to discussing your customized spectrometer solution! Key Features: Fast, no Moving Parts (Single-shot Laser Spectrum Analysis) Compact Ultra-reliable Sub-picometer Resolution - Can Resolve Hyper-fine Spectra Below 1 Picometer Spectral Range: Ultraviolet (UV), Visible (VIS), Near Infrared (NIR) Total Wavelength Range (With Manual Grating Rotation): 250 to 1100 nm Simultaneous Wavelength Range (Without Grating Rotation): 6 to 350 nm Resolution: 0.5 to <30 pm, 0.01/cm to 1.7/cm Fiber Optic Input Quick Data Acquisition and Export Simple USB Interface LabView Drivers Dimensions: 610 x 254 x 129 mm Applications: Light Sources Characterization (Lasers of All Types, Single-shot Pulsed Laser Spectrum, Super-luminescent Diodes, Gas Discharge Lamps, etc.); Spectroscopy (Plasma, High-precision Gas Brillouin or Raman, Femtosecond Comb Fingerprinting, Spectral-domain Optical Coherence, Solar, Astronomical, Ultra- low Frequency Raman, Undergraduate Physics and Chemistry Laboratories, etc.); Passive Components Characterization (Notch Filters, Etalons; Fiber Bragg Gratings, etc.)

350-1050 nm; Sphere Size 0.25-3 m; Measurement Geometry 2π, 4π; Performance 0.001-713,250 lm; Max. 4π DUT Size ~16.7-~200 cm; Max. 2π DUT Size ~10 cm-~39 cm Labsphere’s illumia®Plus2 series integrating sphere spectroradiometers are flexible, modular light measurement solutions with centralized data management. From high bays to headlights and everything in between, Labsphere has designed an integrating sphere spectroradiometer for your application, offering flexibility to meet your most demanding light measurement requirements. When a solid-state light engine is used in a luminaire or fixture, the thermal environment near the LEDs is altered by both the design and the application environment. Comprehensive knowledge of the thermal behavior of your luminaire’s or fixture’s photometric and colorimetric performance starts with the illumia® Plus2 elevated temperature spectroradiometers, enabling you to characterize the thermal behavior of your luminaire or fixture simply and confidently across a temperature range of +15°C to +80°C. These elevated temperature spectroradiometers include a choice of a 1.65 m or 2 m insulated integrating sphere with temperature-controlled feedback loop, application-specific modules, accredited reference lamps and Integral® Software. Build a system that meets your needs: illumia®Plus2 integrating sphere spectroradiometers offer flexibility to meet your most demanding requirements and grow with your business. The systems are available in sizes from 25 cm to 3 m in both 2π and 4π geometries. Choose from three spectrometer options and application-specific electronic modules that help you maximize efficiency and productivity while maintaining high absolute accuracy and repeatability, no matter the application. These systems’ advanced integrating sphere design yields improved productivity by allowing lamp “hot swap” to achieve greater efficiency and laboratory throughput. Add-on electronic modules increase functionality and simplify compliance with IES LM-79-19, IES LM-78, and equivalent measurement guidelines. Labsphere’s illumia®Plus2 elevated temperature integrating sphere spectroradiometers are designed specifically to test photometric and colorimetric performance over a broad dynamic range of temperatures per IES LM-82 and LM-79-19 recommended practices. Using Labsphere’s Integral® software, you can operate your system from any device at any location and in multiple languages or automate calibration routines with built in LM-45 stabilization. The software meets LM-79-19 and LM-78 measurement methods and industry standard color calculations. Key Features: Sphere Sizes from 25 cm to 3 m for your Device under Test 2π and 4π Measurement Geometries Three Spectrometer Options to Meet Your Spectral and Dynamic Range Needs Control Module and Programmable Power Supplies Deliver Full Automation Improved Productivity:- Add-on Electronic Modules Increase Functionality and Simplify Compliance- Automated Calibration Routines Ensure Ease-of-use and Improved Efficiency- Automated IES LM-79-19 Stabilization Routine- Improved Integrating Sphere Design Allowing Lamp “Hot Swap” to Achieve Greater Efficiency and Shorter Measurement Time- Generate Reports Using Excel Templates: Data Where You Want It, How You Want It, Formatted for Language and Style Typical Lumen Ranges: From 0.001 lm to 3,400 lm all the way to 0.07 lm to 713,250 lm Spectral Flux Measurement Wavelength Range: 350 nm to 1050 nm Exposure Time Range: 40 µs to 900 s (Depends on Sphere Size and Source Type) Typical Performances Across All Variants:- Tungsten Filament: 0.007 lm to 65,4750 lm- Cool White LED: 0.001 lm to 713,250 lm- Warm White LED: 0.001 lm to 675,000 lm- Blue LED: 0.001 lm to 38,250 lm- Red LED: 0.002 lm to 54,000 lm Max. 4π DUT Sizes: ~16.7 cm Linear Lamps, ~2.5 cm Small Lamps to ~200 cm Linear Lamps, ~30 cm Diameter Small Lamps (ref. LM-78) Max. 2π DUT Sizes: ~10 cm Diameter to ~39 cm Diameter (ref. LM-79) Key Features illumia®Plus2 800: Wide Spectral Range Fast CMOS Array Detector Compact Size Ideal for QC and Manufacturing Applications High Sensitivity Key Features illumia®Plus2 2600: Fast, Low-noise, TE-cooled Back–thinned CCD Array Detector Shutter for Dark Measurements in Real-time Hardware Triggering Capability Exceptional Stability at Long Exposure Time High Dynamic Range Additional Key Features illumia®Plus2 Elevated Temperature: Based on CDS 2600 Spectrometers Ambient Temperature Control and Monitoring Light Source Temperature Monitors LIV and Temperature Stability Key Features illumia®Plus2 3020/3030: Exceptional Measurement Sensitivity Inbuilt Filter Wheel With ND Filters Provides Excellent Dynamic Range Low Stray Light High Speed Easily Synchronized With Other Devices Applications: Measuring Packaged LEDs, Clustered LEDs, Miniature Lamps, Entertainment Lighting, Automotive Lighting, (LED) Troffers, (LED) Luminaires, Indoor Lighting, Outdoor Lighting, Roadway Lighting, Lamp and Luminaires, CFLs, Fluorescent Lamps, OLEDs, Low Power LEDs; HID Lamps; LED Devices in High-speed Production Environment