Basic Principles of Hyperspectral Imaging

Hyperspectral imaging technology has imaging and spectral function, in the detection target two-dimensional space at the same time, for each spatial position of spectral information, so as to realize the four dimensional space- (4D) material composition analysis, truly realize the physical world component digital, give equipment "critical", let the terminal to better understand the world.

MEMS-Hyperspectral imaging sensor

Hypernano is the lead in mass production of the world's first movable mirror process hyperspectral imaging MEMS-FPI chip, which has the advantages of low power consumption, wide spectrum continuous tunable, high spatial resolution, fast speed (millisecond).

Hypernano have rich MEMS process development and MEMS standardized production process experience, master etching, coating, suspended, reflection and sealing cavity processing technology, can realize bulk process, surface process and bonding process and other different structure of FPI chip design and manufacturing, is a handful of domestic MEMS whole process production technology reserves of science and technology enterprises.

The earliest mass production, industrial landing
Miniaturization
Stepless tunable
Standardized mass production
Full spectral coverage
Real-time online

Technological superiority

Through years of continuous technological innovation, Hypernano made a breakthrough of the special technilogy of hyperspectral imaging chip, mastered core technology of full chain hyperspectral imaging , achieved the application of the hyperspectral imaging MEMS sensor, miniature module, camera and other core components, to intelligent home, industrial testing, environmental detection scenarios etc, booster physical world component digital process, enable industry intelligent upgrade.

Miniaturization

MEMS-Hyperspectral sensor have a volume reduction of over 1000 times compared to traditional spectral imaging devices and extremely low power consumption

Flexible and tunable

Wide spectrum continuously adjustable, imaging freely selectable

Applications

Empowering multiple industry sectors, promoting industrial intelligence and digital upgrading

Large field of view

Large field of view angle, wide field of view

Hardware

World's leader in hyperspectral MEMS technology, advanced hyperspectral modules, hyperspectral cameras, etc.

Real-time online

High spatial resolution and millisecond level response speed

Hyperspectral + AI algorithm

Hypernano's Hyperspectral data is combined with AI object detection algorithms for imaging images, with programmable wavelength selection for one-stop analysis of composition and other related issues; combined with machine learning and deep learning, it can reduce the demand for training data volume of the analysis system, and realise the prediction of large samples from small samples. In addition, HISP Nano hyperspectral data has high accuracy, is applicable to a wide range of scenarios, and has stable result output. Translated with www.DeepL.com/Translator (free version)

13.5

Brix

Brix
4.08

Acidity
8.13

kg/c㎡

Hardness
83.8%

Moisture content

Technical strength

ToP

The world's top MEMS experts
have many overseas high-level talents in Shenzhen
70 %

The core team of master and doctoral talents account for 70%+
20 +

Twenty years of experience in MEMS process development and manufacturing
90 +

Applied for 88 domestic and foreign patents ;
42 authorized, 5 PCT patents