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GRATINGSOCTSPECTROSCOPY
Brochures
- WP Gratings > Overview of our patented design technologies, optical performance, and applications
- OEM Solutions > Technical, engineering, and manufacturing capabilities to support & speed your custom product development.
Product Sheets
- Pulse Compression Gratings > Standard product specs, tailored designs, and performance advantages for pulse compression
- Gratings for Astronomy > Custom design capabilities and performance advantages for small to large format gratings
- OCT Gratings > Standard product specs, patented designs, and performance advantages for OCT imaging
- Gratings for Spectral Analysis > Typical performance, designs, and advantages for spectroscopy & hyperspectral imaging
- Grisms > Product description, advantages, and uses of a Grism
Tech Notes
- Advantages of VPH Gratings > Discover the many advantages of VPH gratings over reflective ruled gratings
- Diffraction Gratings: Flexible Design Options > Explore our patented grating design technologies and their options
- 5 Applications of Transmission Gratings > See where VPH gratings are widely used with great success
- VPH Grating technology > Learn more about the function and advantages of volume phase holographic (VPH) gratings
- Frequently asked questions & glossary > Quick answers to commonly asked questions about gratings
Manuals & Reference Documents
- HD Grating Orientation Guide > How to align our HD gratings for best efficiency using the orientation marking
Brochures
- WP OCT Brochure > Overview of our OCT spectrometers & accessories, design advantages, and applications
- OEM Solutions > Technical, engineering, and manufacturing capabilities to support & speed your custom product development.
- OCT for NDT > Advantages and applications of OCT in nondestructive testing (NDT) and nondestructive evaluation (NDE)
Product Sheets
- Cobra VIS OCT spectrometer > Available models, performance, and advantages for ultra high-speed vis-OCT imaging
- Cobra-S 800 OCT spectrometer > Available models, performance, and advantages for ultra high-speed 800 nm OCT imaging
- Cobra 800 OCT spectrometer > Available models, performance, and advantages for 800 nm OCT imaging
- Cobra 1050 OCT spectrometer > Available models, performance, and advantages for 1050 nm OCT imaging
- Cobra 1300 OCT spectrometer > Available models, performance, and advantages for 1300 nm OCT imaging
- Cobra 1600 OCT spectrometer > Available models, performance, and advantages for 1600 nm OCT imaging
- Cobra OEM OCT spectrometer > Available models, performance, and advantages for OCT imaging by OEMs
Tech Notes
- DIY Optical Coherence Tomography System Basics > Key principles, and the benefits of buying a preconfigured spectrometer
- Optimizing OCT Spectrometer Performance > See how we optimize performance with custom-designed lenses
- OCT Tutorial > Learn the fundamentals of optical coherence tomography
Manuals & Reference Documents
- Cobra Spectrometers Getting Started Guide > Instructions for connecting and communicating with your Cobra spectrometer via USB or camera link card; camera link commands and serial interface
- Cobra Spectrometer camera manuals > Please contact product support to request your required camera manual
- 80-bit mode > Operating Cobra-S Camera in 80-bit Mode for up to 250 kHz Operation with MX4 Frame Grabber
- Cobra-S CameraLink and SDK Installation > Installation of Cobra-S CameraLink and USB Spectrometers and WPOCT Acquisition SDKs
- MX4 Firmware Update > MX4 Firmware Update and CommCam Modes Info
- M4 triggering > MX4 triggering and bias voltage generation for Rev B0 and earlier
Legacy OCT Product Information
- Cobra 800 OCT spectrometer > Legacy design with lower-speed 4096 pixel camera for niche applications
Raman Product Sheets
- X series spectrometers for applied Raman > 532, 633, 785, 830, & 1064 Raman spectrometers for research & OEM use
- XL series spectrometers for research > 532, 633, 785, 830, & 1064 Raman spectrometers with ultra-cooled scientific camera
- XM series spectrometers for OEMs > Compact drop-in OEM spectrometer modules, 785 & 830 nm
- WP 248 Raman spectrometer > Excite at 248 nm, eliminate fluorescence background
Raman Tech Notes
- The Wasatch Advantage > Explore the optical design of our spectrometers and their performance benefits.
- Why Wasatch for Raman > Data demonstrating our superior sensitivity, LOD, speed, and thermal stability in Raman
- Extending Raman’s Reach > Learn how portable Raman systems are becoming competitive with benchtop systems
- Wavelength Matters > Learn how to choose your ideal excitation wavelength based & minimize fluorescence background
- UV Raman > Learn how UV Raman offers exciting options for fluorescence suppression.
- Raman Sample Coupling > Spectrometer or system? Probe or integrated laser? Data & tips to help you decide
- OEM by Design > Learn how we can accelerate your transition from proof of concept to fully designed instrument
- OEM Solutions > Technical, engineering, and manufacturing capabilities to support & speed your custom product development
Manuals & Reference Documents
- ENLIGHTEN™ spectrometer operating software > All the info you need to begin taking spectra quickly
- ENG-0001 > Definitive specification of the USB interface for WP series spectrometers
- ENG-0034 > Feature Identification Device (FID) EEPROM Specification for WP series spectrometers
- ENG-0126 > Raman Laser Safety Interlock Behavior
- ENG-0157 > Empirical Power Draw and Power Supply Guidance for OEMs
UV-VIS-NIR Spectroscopy (by inquiry only)
- Brochure: WP Spectroscopy Solutions > Overview of our UV-VIS-NIR spectrometers, design advantages, and applications
- Tech Note: Why Wasatch for Spectroscopy? > Faster measurements, low LOD, high SNR, and excellent mechanical stability
- Application Note: Saffron Quality > Learn how UV-VIS absorbance measurements can help assess saffron quality & authenticity
- Product Sheet: WP VIS spectrometer series > High performance visible spectroscopy, 400-800 nm
- Product Sheet: WP VIS-NIR spectrometer series > High performance extended range spectroscopy, 400-1080 nm
- Product Sheet: WP OEM VIS-NIR & NIR spectrometers > Compact drop-in OEM versions of our benchtop spectrometers
- Tech Note: Fluorescence Limit of Detection > Learn how to measure LOD, including picomolar detection of fluorescein
- Product Sheet: WP NIR I spectrometer series > High performance NIR spectroscopy, 900-1700 nm
- Tech Note: Why Wasatch for NIR > Data demonstrating our superior sensitivity, LOD, speed, and thermal stability in the NIR
- Application Note: NIR Grain Identification > See how NIR spectroscopy can effectively distinguish between grain types
Legacy Raman Product Information
- WP Raman Spectroscopy > Overview of our spectrometers & accessories, design advantages, and applications
- WP 405 Raman spectrometer series > Excite at 405 nm, detect the fingerprint range
- WP 532 SR Raman spectrometer series > Excite at 532 nm, detect the fingerprintrange
- WP 532 EXR Raman spectrometer series > Excite at 532 nm, detect an extended range
- WP 633 SR Raman spectrometer series > Excite at 633 nm, detect the fingerprint range
- WP 785 SR Raman spectrometer series > Excite at 785 nm, detect the fingerprint range
- WP 785 ER Raman spectrometer series > Excite at 785 nm, detect an extended range
- WP 830 SR Raman spectrometer series > Excite at 830 nm, detect the fingerprint range
- WP 1064 Raman spectrometer series > Excite at 1064 nm, detect the fingerprint range
- WP Raman spectrometer series > Our full line of Raman spectrometers
