TRANSFORM LABORATORY ANALYTICS WITH HYPERSPECTRAL IMAGING

RGB image of pills in a blister packaging.

Hyperspectral image of pills in a blister packaging.

Leverage full-spectrum insights from every pixel. Hyperspectral imaging delivers a complete spectral signature for each point in your sample, enabling precise, non-destructive material analysis far beyond conventional imaging. In a laboratory environment, this translates into faster workflows, higher analytical confidence, and deeper visibility into sample composition. Specim provides an end-to-end portfolio, cameras, scanners, illumination, and software, engineered specifically for laboratory-grade hyperspectral imaging.

WHY LABORATORIES ADOPT HYPERSPECTRAL IMAGING

Hyperspectral imaging delivers detailed spectral and spatial information that supports precise research, quality control, and advanced material characterization.

NON-DESTRUCTIVE SPECTRAL ANALYSIS
Capture detailed chemical and structural information without altering or damaging the sample.
HIGH THROUGHPUT AND ACCURACY
Acquire rich spectral data across the entire sample in a single scan.
UNLIMITED SPECTRAL FLEXIBILITY
With hundreds of contiguous bands, hyperspectral imaging adapts to a wide range of analytical requirements.
CONSISTENT, REPEATABLE RESULTS
Specim’s hyperspectral imaging systems deliver stable measurements and reproducible datasets for confident analysis.

SPECIM SOLUTIONS FOR LABORATORY HYPERSPECTRAL IMAGING:

Hyperspectral cameras (VNIR–LWIR)

Specim provides a comprehensive camera portfolio covering all key wavelength ranges. These cameras deliver high uniformity, excellent SNR, and reliable wavelength stability for precise laboratory measurements.

Specim FX10

VNIR (400–1000 nm)

Specim FX17

NIR (900–1700 nm)

Specim GX17

NIR (980–1730 nm)

Specim SX25

SWIR (960–2500 nm)

Specim SWIR

SWIR (1000–2500 nm)

Specim FX50

MWIR (2.7–5.3 μm)

Specim FX120

LWIR (7.7–12.3 μm)

Precision scanning platforms

Engineered for distortion-free imaging, these scanning systems provide controlled, repeatable hyperspectral data capture to ensure consistent, high-quality datasets.

LabScanner 40×20

For small to mid-sized samples

LabScanner 100×50

For larger sample sets

SisuROCK Workstation

Multi-camera platform optimized for geological and core sample analysis

Software tools for data capture and analysis

Specim offers a complete suite of software tools for camera control, data acquisition, analysis, and application development. These intuitive tools streamline system operation with automated data capture, direct access to raw and reflectance spectra, and fast analysis workflows that let users build application-specific models with ease.

SpecimINSIGHT

Lumo Family

Macro lenses

Macro lenses enable hyperspectral cameras to focus on very small objects and capture fine spectral details with high spatial resolution. This makes them ideal for near-microscopic analysis where precise identification of small features, subtle defects, or surface textures is critical.

Macro lens for VNIR

(400–1000 nm)

Macro lens for NIR

(900–1700 nm)

Macro lens for SWIR

(900–2500 nm)

Spectrographs

Specim ImSpector spectrographs provide a straightforward, high-performance, and cost-effective foundation for building tailored line-scan spectral imaging systems. Specim ImSpectors are available in the most commonly used hyperspectral wavelength ranges.

ImSpector V8

VIS (380-800 nm)

ImSpector V10

VNIR (400-1000 nm)

ImSpector V10E

VNIR (400-1000 nm)

ImSpector N17E

NIR (900–1700 nm)

WHAT OUR CUSTOMERS SAY

“HSI has a huge advantage over traditional technologies. It takes less than 40 seconds to get the results of moisture content analysis. In the past, one might have to wait several days.”

Dr. Puneet Mishra, Wageningen University & Research

“Hyperspectral imaging enables instant, non-destructive analysis of all samples at once, replacing slow, traditional methods with rapid full-well results and additional quality insights – delivering dramatic time savings.”

Fabien Chauchard, Founder, Indatech

“Hyperspectral imaging enables researchers to rapidly and non-destructively visualize, characterize, and map nanoscale materials in their native cellular environment by capturing their unique spectral fingerprints without stains or complex sample preparation.”

Sam Lawrence, CEO, CytoViva

WHY CHOOSE SPECIM

Specim has decades of expertise in hyperspectral imaging, optical engineering, and material analysis, supporting demanding laboratory research. Whether you need a complete laboratory platform or high-performance sensors for specialized research, Specim delivers reliable, accurate, and repeatable hyperspectral imaging systems.

Specim provides:

Deep expertise in optical engineering and hyperspectral imaging applications
A complete laboratory portfolio – cameras from VNIR to LWIR, scanners, lenses, illumination, and software
Premium hyperspectral sensors providing performance, reliability and accuracy for demanding imaging task
Advanced software tools for streamlined data acquisition and analysis
Global sales and technical support from experienced experts

Ready to elevate your laboratory capabilities?

We help research laboratories and R&D functions to build high-performance imaging workflows that produce reliable, actionable spectral data.

Contact our team to discuss your use case or request a demo.

LEARN MORE

Webinar : How to acquire hyperspectral data in the lab

Optimizing Laboratory Hyperspectral Imaging: Best Practices

Spectral Imaging made easy: How Wageningen University & Research developed a fully standalone spectral imaging system for fresh produce analysis

Hyperspectral Imaging at the Nanoscale: Case CytoViva

Hyperspectral imaging solution for the pharmaceutical and biotech industry