Unlock the Potential of Next-Gen Hyperspectral Imaging Cameras
Choosing the Right Hyperspectral Camera: What You Need to Know
Selecting the right hyperspectral camera can be overwhelming, but our video training simplifies the process by guiding you through key factors like wavelength range, resolution, and customization options. Whether you’re new to hyperspectral imaging or upgrading your system, this training will provide practical insights to help you make the best choice for your specific needs.
Choosing the Right Hyperspectral Camera: What You Need to Know
Selecting the right hyperspectral camera can be overwhelming, but our video training simplifies the process by guiding you through key factors like wavelength range, resolution, and customization options. Whether you’re new to hyperspectral imaging or upgrading your system, this training will provide practical insights to help you make the best choice for your specific needs.
The Problem with Current Hyperspectral Imaging
HIGH COSTS
Existing HSI solutions are prohibitively expensive.
SIZE, WEIGHT, AND POWER (SWAP)
Many technologies lack the necessary SWAP properties for practical use.
IMAGE QUALITY
Customers demand aberration-free high-resolution images, which current technologies fail to deliver.
Syzygy Optics Introduces
a New Paradigm in Spectrometer Design
- Curved Volume Phase Holographic (VPH) Gratings: Providing superior image quality and distortion correction.
- Spherical Transmission Grating Spectrograph (STGS): Developed in partnership with UNC, offering unmatched performance.
- Cost-Effective Manufacturing: Our technology is significantly cheaper to produce than competitors.
Where Syzygy Can Help
MINERAL MAPPING
Our hyperspectral units, ranging from 400nm to 2500nm, analyze geological samples for mining, oil, and gas applications.
CHEMICAL IMAGING
Ideal for medical diagnostics and image-guided surgery, our instruments offer spatially resolved spectral imaging for detailed tissue analysis and micro-array diagnostics.
FOOD PROCESSING
Combining hyperspectral imaging with intelligent software, our solutions ensure precise sorting in food processing by identifying defects, non-compliant items, and contaminants invisible to traditional methods
AGRICULTURE
Our airborne hyperspectral imaging solutions monitor crop health, soil conditions, and water quality. Early detection of plant diseases and pests helps farmers mitigate economic
losses efficiently.
Our Products – Hyperspectral Imagers
VNIR – Visible & Near Infrared
(350nm to 1000nm)
(900nm to 1700nm)
(1000nm to 2500nm)
Our Technology
CURVED VPH LENS BASED SPECTROGRAPH
Our compact, lightweight, and robust hyperspectral sensors use VPH transmission diffraction gratings and proprietary lens designs to deliver exceptional imaging quality at low f/#’s. Enjoy high signal-to-noise spectra at high frame rates with our high throughput design.
LINE-SCANNING
Our line-scanning hyperspectral cameras, or “Pushbroom Scanning,” collect one column of spatial pixels per frame, each containing full spectral data. Deploy them via drones, aircraft, or on fixed-location stages to scan stationary objects.
The Benefits of Our Technology
Here’s How it Works
CONSULTATION
Discuss your specific needs and applications with our experts.
CUSTOMIZATION
We tailor our hyperspectral imaging solutions to your unique requirements.
DEPLOYMENT
Receive comprehensive support for the deployment and integration of
our systems.
Our Team
Mike Sullivan, CEO
Frequently Asked Questions
What is hyperspectral imaging?
Hyperspectral imaging captures and processes information across the electromagnetic spectrum, providing detailed analysis of materials and conditions.