Our lab is equipped with a diverse suite of state-of-the-art instruments that support advanced research in food, agriculture, and biosensing. These instruments enable non-destructive, rapid, and high-throughput analysis of chemical and physical properties of various biological materials.
Spectroscopy Systems
NIR spectrometer (800-2500 nm): Robust system for compositional analysis across various matrices.
FTIR Spectrometer (4000-400 cm-1): Ideal for functional group analysis and organic compound characterization.
Custom filter-based NIR spectrometer: Cost-effective filter-based NIR for rapid screening.
Hyperspectral Imaging (HSI) Systems (Full description below)
Specim IQ portable camera (400-1000 nm): Compact HSI solution for field and lab-based imaging.
Resonon VNIR HSI system (400-1000 nm): High-resolution visible to near-infrared imaging for detailed spatial and spectral analysis.
Resonon NIR HSI system (900-1700 nm): Near-infrared imaging capability tailored for moisture, fat, and protein detection.
Portable IQ Camera
The Specim IQ is a hyperspectral imaging (HSI) camera that is known for its advanced capabilities and applications in various fields such as agriculture and food analysis.
Typically covers a spectral range from 400 nm to 1000 nm, which includes the visible to near-infrared spectrum.
Provides high spatial and spectral resolution, allowing for detailed analysis of the spectral characteristics of the sample.
Compatible with various software tools for advanced data analysis and interpretation. It often comes with proprietary software for managing and analyzing hyperspectral data.
Vegetation Research, Food Analysis, Health Sector
Resonon Hyperspectral Imaging Equipment
Resonon provides advanced hyperspectral imaging (HSI) equipment designed for detailed spectral and spatial analysis. Their Pika series cameras are versatile and used across various scientific and industrial fields.
Pika L Camera
- Spectral Range: 400 nm – 1000 nm (Visible to Near-Infrared)
- Description: The Pika L camera captures high-resolution hyperspectral data in the visible to near-infrared range. It is ideal for applications requiring detailed analysis of the visible spectrum along with the near-infrared.
Use: Crop health monitoring, food quality control, mineral identification, and environmental monitoring.
Pika NIR Camera
- Spectral Range: 900 nm – 1700 nm (Near-Infrared)
- Description: The Pika NIR camera captures hyperspectral data in the near-infrared range, providing detailed information that is beyond the visible spectrum.
Use: Industrial inspection, material identification, biomedical applications, and water quality analysis.
Vegetation Research, Food Analysis, Health Sector
NIR INSTALAB 700
The Instalab® 700 (IL700) is a self-contained optical reflectance instrument designed for the
rapid and precise measurement of constituent concentrations such as moisture, protein,
oil, starch, fiber, and ash in various commodities prevalent in the grain, feed, and food
industries.
1100 nm to 2500 nm (Near-Infrared)
This non-NTEP grain analyzer stands out by its ability to detect protein and moisture in whole
grain wheat, bypassing the conventional process of grinding and preparing samples.
FT-NIR Spectrometer
The TANGO FT-NIR spectrometer offers a wide spectral range and high-resolution capabilities. It is designed to provide quick and reliable results with minimal sample preparation, making it ideal for routine analysis and quality control.
4000 cm⁻¹ to 12,500 cm⁻¹ (Near-Infrared)/ 800 nm – 2500 nm (Near-Infrared)
Pharmaceutical industry (e.g., raw material identification, quality control), food and beverage industry (e.g., ingredient analysis, quality assessment), chemical industry (e.g., process monitoring, composition analysis), and agricultural applications (e.g., feed and crop analysis).
TANGO FT-NIR Spectrometer
The Spectrum Two™ FT-IR Spectrometer is a compact and portable infrared instrument designed for routine and advanced molecular analysis across various fields. It delivers laboratory-grade performance in a user-friendly and low-maintenance design, making it suitable for pharmaceutical, environmental, polymer, academic, and industrial applications.
High Sensitivity Detectors: Equipped with a standard LiTaO₃ (lithium tantalate) detector offering a signal-to-noise ratio of 9,300:1. Optional DTGS detector provides enhanced sensitivity with a signal-to-noise ratio of 14,500:1.
Spectral Range: Standard configuration enables spectral data collection from 8,300 to 350 cm⁻¹ with optional configurations extending the range depending on environmental needs.
Resolution: Capable of achieving a best resolution of 0.5 cm⁻¹ for high-precision spectral analysis.
Environmental Protection: Integrated OpticsGuard™ technology with a humidity shield and long-life desiccant ensures optimal performance in challenging conditions.
Smart Calibration: Optional AVI (Absolute Virtual Instrument™) standardization and APV (Automatic Performance Verification™) support precise calibration and automated performance checks.
User-Centric Software: Supplied with Spectrum 10™ software for spectrum collection, processing, and result generation. Enhanced Spectrum 10 ES™ version available for 21 CFR Part 11 compliance with secure data handling and audit trails.
Cloud Connectivity: Built-in NetPlus™ cloud features enable remote access, data sharing, and real-time collaboration from any device.
Plug-and-Play Accessories: Compatible with a range of sampling modules including UATR, HATR, diffuse and specular reflectance options to match diverse analytical needs.
Portable Design: Lightweight and compact with optional Portability Pack (carrying case, battery pack, and 12V adapter) for fieldwork and on-the-go analysis.
Material Identification: Used for identifying chemical structures, contaminants, and verifying materials in industrial quality control.
Quantitative Analysis: Supports precise concentration analysis of compounds in complex mixtures.
Regulated Industry Testing: Complies with pharmaceutical and nutraceutical standards, suitable for labs operating under 21 CFR Part 11.
Field and Mobile Applications: Designed for portability and fast deployment in remote testing environments or mobile laboratories.
Academic and Research Laboratories: Facilitates molecular analysis and instructional use in chemistry, biology, and materials science curricula.
Environmental Monitoring: Enables analysis of environmental samples including air particulates and liquid pollutants.
Polymer and Fuel Analysis: Supports characterization and quality assessment of polymers, lubricants, and fuels in production and R&D.
