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 * HOME
 * Company
 * Products
   * Hyperspectral camera FS1X series (line scanning)
   * Imaging hyperspectral camera FS2X series
   * Microscope Hyperspectral Measurement System
   * FS60 UAV Hyperspectral Measurement System
   * FS-50 Series Multi Spectral Camera
 * Resource
 * Solutions
   * Hyperspectral Cameras Solutions
   * Multi-spectral Camera Solutions
   * UAV Hyperspectral Measurement System Solutions
 * Contact

 * HOME
 * Company
 * Products
   * Hyperspectral camera FS1X series (line scanning)
   * Imaging hyperspectral camera FS2X series
   * Microscope Hyperspectral Measurement System
   * FS60 UAV Hyperspectral Measurement System
   * FS-50 Series Multi Spectral Camera
 * Resource
 * Solutions
   * Hyperspectral Cameras Solutions
   * Multi-spectral Camera Solutions
   * UAV Hyperspectral Measurement System Solutions
 * Contact




MAKE SPECTRAL IMAGING SIMPLER

We focus on the research and innovation of hyperspectral imaging technology
solutions, committed to providing excellent products and services for industrial
sectors, original equipment manufacturers (OEMs), system integrators, scientific
research institutions, and airborne application users.

 





WE OFFER FOUR DIFFERENT HYPERSPECTRAL IMAGING PRODUCTS:


Hyperspectral Camera, Imaging Hyperspectral Camera, UAV Hyperspectral
Measurement System, Microscope Hyperspectral Measurement System.

Hyperspectral Camera FS1X Series

 * FigSpec® FS1X series hyperspectral camera includes three spectral regions:
   visible light (400-700 nm), near-infrared (400-1000 nm), and short wave
   near-infrared (900-1700 nm). It is widely used in the surface color texture
   detection of various industrial products such as printing, textiles (the
   single pixel repeatability of color measurement can reach dE * ab<0.1),
   component recognition, material identification, machine vision, agricultural
   product quality, and other fields.

Imaging Hyperspectral Camera FS2X Series

 * FigSpec® FS2X series of portable imaging spectrometers cameras adopt
   transmission grating spectroscopic module with high diffraction efficiency
   and high-sensitivity surface array camera, combined with built-in scanning
   imaging, automatic focusing, and auxiliary camera technology, which solves
   the difficult operation problems of traditional hyperspectral cameras, such
   as external push scanning imaging mechanism and complex focusing. It can be
   directly integrated with the imaging lens or microscope with a standard C
   interface to realize the rapid acquisition of spectral images.

FS60 UAV Hyperspectral Measurement System

 * FigSpec® FS60 UAV Hyperspectral Measurement System is a specialized payload
   designed for unmanned aerial vehicles (UAVs), commonly known as drones. This
   system equips the UAV with the capability to perform detailed hyperspectral
   imaging from the air. Hyperspectral imaging collects and processes
   information from across the electromagnetic spectrum, beyond what the human
   eye can see. Each pixel in a hyperspectral image contains a full spectrum of
   information, providing detailed insights into the physical and chemical
   properties of objects being imaged.

Microscope Hyperspectral Measurement System

 * FigSpec® micro hyperspectral imaging system is a specialized device combining
   microscopic analysis with hyperspectral imaging capabilities. This system is
   capable of not only capturing images at high magnifications but also of
   analyzing the spectrum for each pixel in the image.


HYPERSPECTRAL IMAGING SOLUTION PROVIDER

As a hyperspectral imaging solution provider, hyperspectralcamera.com's role is
to develop, manufacture, and distribute advanced imaging systems that capture
and analyze a wide spectrum of information from a scene or object.
Quality

Trust Seal, Credit Check, RoHS, and Supplier Capability Assessment. The company
has a strict quality control system and a professional test lab.


Development

Internal professional design team and advanced machinery workshop. We can
cooperate to develop the products you need.


Manufacturing

Advanced automatic machines, strictly process control system. We can manufacture
all the Electrical terminals beyond your demand.





WHY CONNECTS TO US?

Connecting with us offers the invaluable opportunity to collaborate with a
leader immersed in the realm of hyperspectral imaging solutions. Our
technological acumen and seasoned expertise afford partners the assurance that
they are receiving not just state-of-the-art equipment but also comprehensive
service and support tailored to their unique needs. Our meticulously designed
hyperspectral cameras and software systems are versatile and user-friendly,
ensuring a seamless integration into a diverse array of industrial and research
applications. By choosing us, machine vision integrators, builders, and research
organizations gain access to:

TECHNOLOGICAL RANGE

+

We supply an unparalleled assortment of hyperspectral cameras that cater to a
spectrum of wavelengths, all built with the latest advancements to meet rigorous
application requirements.

CUSTOMIZATION AND FLEXIBILITY

+

The diverse product line is engineered to be adaptable, catering to specific
project demands and ensuring that our systems integrate smoothly within a range
of operational contexts.

TRUSTED EXPERTISE

+

With years of experience and a reputation for quality, we’ve become a trusted
partner in the industry known for delivering robust, efficient, and
cost-effective solutions.

EXCEPTIONAL SUPPORT

+

Our clients benefit from excellent customer service, where we prioritize not
only the delivery of our products but also ongoing technical support and
guidance.

EASE OF USE

+

We are determined to make spectral imaging as straightforward as possible,
removing complexities and providing easy-to-use tools that enhance user
experience.

DRIVEN BY CLIENT SUCCESS

+

We are responsive to the needs and challenges of our clients. Our product
development is propelled by the demand for speed, accuracy, and a sizable return
on investment.




FAQS

What Is Hyperspectral Imaging?

Hyperspectral imaging stands at the forefront of advanced imaging technologies,
providing a superior analytical tool that transcends the capabilities of
traditional imaging systems. This sophisticated technology equips users with the
ability to discern and categorize objects that, although visually similar,
possess distinct chemical compositions.
At its core, hyperspectral imaging captures and processes a wide spectrum of
light far beyond what the human eye can perceive. Unlike conventional imaging
that relies on the RGB color model to construct visuals, hyperspectral imaging
delves into an expansive range of wavelengths across the electromagnetic
spectrum. This capability allows it to detect subtle variances in the molecular
makeup of materials which result in different spectral fingerprints.
The implications of hyperspectral imaging are vast and transformative. It
empowers industries to undertake non-invasive chemical analysis, delivering
critical insights in real time. For instance, in the field of agriculture,
hyperspectral cameras can distinguish between healthy and diseased plant tissue,
enabling precise intervention. In the pharmaceutical sector, it ensures the
authenticity and quality of products by detecting minute differences in
composition.
The technology also has a profound impact on environmental monitoring, where it
is utilized to detect pollutants and assess water quality. Its application
extends to mineralogy for identifying minerals based on their spectral
properties, and to art conservation, where it can uncover hidden details in
historical paintings without any physical contact.
In essence, hyperspectral imaging serves as a key that unlocks the molecular
world, revealing insights that are pivotal for research, quality control, and
decision-making in a myriad of scientific and industrial domains.



Why Hyperspecttral Imaging?

Hyperspectral imaging is renowned as an exceptionally precise research
instrument as well as a formidable asset in the arena of machine vision
technology. This cutting-edge approach is favored for its multifaceted
applications, where it enhances processing proficiency, augments quality
standards, and significantly diminishes waste across diverse industries.
Harnessing hyperspectral imaging technology means tapping into the ability to
capture detailed spectral data for each pixel in an image. This extensive data
collection is far superior to what conventional cameras can achieve, offering a
spectrum of information that leads to more informed and accurate analyses. As a
result, this technology is invaluable for organizations striving to gain a
competitive edge through meticulous quality control and process optimization.
The use of hyperspectral imaging transcends traditional barriers in numerous
fields. In the food industry, it enables producers to assess the composition and
quality of products on a granular level, leading to enhanced food safety and
consumer satisfaction. In manufacturing, it facilitates the detection of defects
or irregularities invisible to the naked eye, thereby improving product
integrity while simultaneously reducing resource wastage.
Moreover, hyperspectral imaging is a crucial ally in environmental monitoring,
providing researchers with the means to track ecosystem changes and pollutant
distributions with remarkable precision. Within the medical domain, it presents
groundbreaking capabilities, from diagnosing diseases through tissue analysis to
advancing the efficacy of surgical procedures by clearly differentiating between
healthy and affected tissues.
In each of these scenarios, hyperspectral imaging proves invaluable by enabling
higher-order efficiencies and contributing to the advancement of knowledge and
technology. As a trusted method for obtaining comprehensive and reliable data,
its growing contribution to scientific and technological progress cannot be
overstated.



What Is A Hyperspectral Camera?

A hyperspectral camera is a sophisticated imaging device meticulously engineered
to capture a vast and contiguous spectral range for each pixel in an image.
Unlike conventional cameras which record only the primary colors of light—red,
green, and blue—a hyperspectral camera delineates a detailed spectrum of light
across numerous specific wavelengths, often spanning from the ultraviolet,
through the visible, and into the infrared regions.
Such cameras are equipped with advanced sensors that can measure light intensity
at different frequencies. This enables them to discern the unique spectral
signature of the materials they image, which is akin to identifying an object’s
unique chemical fingerprint from afar. The data captured by a hyperspectral
camera is processed into a three-dimensional hyperspectral data cube with two
spatial dimensions and one spectral dimension, offering a wealth of information
about the physical and chemical properties of the objects in the scene.
The precision and depth of data provided by hyperspectral cameras have made them
indispensable in a variety of fields. They are critical in remote sensing
applications, enabling the detection of mineral deposits, the monitoring of
agricultural crop health, and the analysis of water bodies. In industrial
contexts, these cameras enhance quality assurance procedures by enabling precise
identification of materials on production lines. In medical diagnostics, they
offer new vistas for non-invasive approaches, potentially detecting malignancies
and other health conditions through tissue characterization.
Overall, the hyperspectral camera is a pivotal tool in modern imaging, providing
unmatched granularity and spectral resolution. Its ability to yield
comprehensive insights into the material composition of objects solidifies its
status as an essential instrument for advanced scientific research and a
plethora of practical applications in industry and beyond.



What Is A Microscope Hyperspectral Measurement System?

A microscope hyperspectral measurement system represents a convergence of
microscopic analysis and hyperspectral imaging technologies, resulting in an
apparatus that enables researchers to observe and measure the spectral
characteristics of samples with unprecedented detail and precision at
microscopic scales.
This advanced system integrates a high-resolution microscope with a
hyperspectral detector, allowing for the acquisition of spatially resolved
spectra from microscopic regions of a sample. Consequently, it is possible to
create a data-rich spectral image or a hypercube, wherein each pixel contains
full spectral information reflecting the light response of the sample at that
specific point.
Such systems have the ability to offer insights that are unattainable with
traditional microscopes. For instance, they can be employed to identify and
differentiate substances based on their spectral signatures at the cellular or
even subcellular level. This has profound implications across various scientific
domains, including biology where it can be used to examine tissue sections for
medical diagnosis, in materials science for the characterization of
nanomaterials, and in forensic analysis where minute traces of substances must
be accurately identified.
The microscope hyperspectral measurement system stands as a powerful analytical
tool that can help scientists reveal hidden details about the composition and
interaction of materials. Their ability to detect and analyze a broad range of
wavelengths with exceptional accuracy makes them invaluable in both research and
practical applications where the subtle differences at minute scales can be
critical.



What Is A UAV Hyperspectral Measurement System?

An Unmanned Aerial Vehicle (UAV) Hyperspectral Measurement System is an advanced
technological fusion, that blending the versatility of drone technology with the
analytical power of hyperspectral imaging. This innovative system equips aerial
vehicles, commonly known as drones, with hyperspectral sensors capable of
capturing a comprehensive spectrum of data from an aerial perspective.
These UAV-mounted hyperspectral sensors acquire detailed spectral information
over wide areas, rendering high-dimensional data that covers the electromagnetic
spectrum far beyond the capacity of standard RGB imagery. Each pixel in the
resulting aerial images contains a full spectrum of light, allowing analysts to
detect and identify objects, materials, and processes on the Earth’s surface
with a high degree of specificity.
The UAV hyperspectral measurement system is a transformative asset for a
multitude of fields. In agriculture, for example, it enables precision farming
practices by providing detailed information on crop health, soil conditions, and
moisture levels. In environmental monitoring, it plays a pivotal role, capturing
data pertinent to assessing ecosystems’ health, monitoring water quality, and
tracking changes in land use.
This mobility and advanced sensing capability also have profound implications
for mineral exploration, where it can be used to map out and characterize
potential reserves from the sky. Emergency response teams and disaster
management benefit significantly as well, using these systems to quickly assess
damage, locate hazards, and understand the extent of incidents such as oil
spills, wildfires, and floods.
In essence, UAV Hyperspectral Measurement Systems represent a quantum leap in
remote sensing capabilities, offering an agile and less invasive means of
collecting rich, high-fidelity data that can readily be turned into actionable
insights across various industrial, environmental, and agricultural
applications.




FIGSPEC

 * Hyperspectral Cameras Solutions
 * Multi-spectral Camera Solutions
 * UAV Hyperspectral Measurement System Solutions


OUR PRODUCTS

 * Hyperspectral camera FS1X series (line scanning)
 * Imaging hyperspectral camera FS2X series
 * FS-50 Series Multi Spectral Camera
 * FS60 UAV Hyperspectral Measurement System
 * Microscope Hyperspectral Measurement System


CONTACT US

Email: sales@hyperspectralcamera.com
Phone: +86 13248844497

Address: 7th floor, Huayin education building, 166 Wenyuan North Road, Qiantang
District, Hangzhou, Zhejiang


WORKING HOURS

Monday to Friday
8:30 AM – 5:30 PM

(China Standard Time)

Copyright @ 2024 Hyperspectralcamera.com: a leading global supplier of
hyperspectral imaging solutions.

 * Phone No: +8613421366994
 * Email: sales@hyperspectralcamera.com

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