TIGER-TS FT-NIR Spectrometer | Solid & Liquid Dual-Channel NIR Analyzer

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TIGER-TS Fourier Transform Near-Infrared Spectrometer – Solid & Liquid Dual-Channel

Product ID：FGjhw049

Price: Please inquire PDF Format

Supply Ability:50 SETS/MON

Port:SHENZHEN

Product Introduction
Other information

Model NumberTIGER-TS

Brand NameSHYINGSA

Payment TermsTT，PAYPAL，Alibaba.com Pay

TIGER-TS Fourier Transform Near-Infrared Spectrometer – Solid & Liquid Dual-Channel
Product Introduction
The TIGER-TS Fourier Transform Near-Infrared Spectrometer is a laboratory FT-NIR spectrometer designed for both liquid transmission and solid diffuse reflectance measurements. Its integrated dual-channel design allows users to analyze liquid and solid samples with a single instrument, without manually replacing or connecting external accessories.
Based on advanced Fourier Transform Near-Infrared spectroscopy, TIGER-TS provides high-resolution spectral measurement across the near-infrared range of 800–2500 nm (12,500–4,000 cm⁻¹). The liquid transmission channel includes temperature control, while the solid measurement channel uses an integrated integrating sphere with automatic gold-plated background switching.
With dedicated S-Cal modeling software for automatic model optimization and S-Seq software for automatic spectral acquisition and prediction, TIGER-TS is well suited for routine laboratory analysis and quantitative prediction in polymers, polyurethane, petrochemicals, edible oils, feed, dairy products, textiles and other industries.

Key Features
•  Advanced Fourier Transform Near-Infrared (FT-NIR) technology
•  High-resolution near-infrared spectral measurement
•  Full near-infrared spectral coverage from 800–2500 nm
•  Integrated solid/liquid dual-channel design
•  Liquid transmission and solid diffuse reflectance in one instrument
•  No need to unplug or replace external measurement accessories
•  Stable and convenient switching between sample types
•  Liquid transmission channel with temperature control
•  Solid diffuse reflectance channel with built-in integrating sphere
•  Automatic switching of gold-plated reference/background
•  High-stability proprietary corner-cube interferometer
•  Permanently aligned optical system
•  High-performance imported NIR light source
•  Long-life solid-state laser
•  High-sensitivity InGaAs detector
•  S-Cal automatic model optimization software
•  S-Seq automatic spectral acquisition and prediction software
•  Suitable for routine laboratory quantitative analysis

Working Principle
The TIGER-TS uses Fourier Transform Near-Infrared (FT-NIR) spectroscopy to obtain the near-infrared spectrum of a sample.
Near-infrared light interacts with the sample, and molecular overtones and combination vibrations produce characteristic absorption information. The instrument's interferometer generates an interference signal, which is converted into a spectrum through Fourier transformation. The resulting spectrum can then be used for qualitative identification or quantitative prediction using calibration models.
The instrument integrates two independent measurement channels:
Liquid Transmission Measurement
Liquid samples are placed in the transmission channel, where NIR radiation passes through the sample. The transmitted light is measured by the detector to obtain the sample's absorption spectrum. The integrated temperature-control function helps maintain stable measurement conditions for temperature-sensitive or temperature-dependent liquid samples.
Solid Diffuse Reflectance Measurement
Solid samples are measured through the integrated diffuse-reflectance channel. NIR radiation illuminates the sample, and diffusely reflected radiation is collected by the integrating sphere and directed to the detector.
The built-in gold-plated reference/background system automatically switches the background measurement, reducing manual operations and improving measurement convenience and stability.

Technical Parameters

Parameter	Specification
Model	TIGER-TS
Technology	Fourier Transform Near-Infrared (FT-NIR)
Measurement Modes	Liquid transmission + solid diffuse reflectance
Interferometer	Proprietary high-stability corner-cube interferometer
Optical Alignment	Permanently collimated
Light Source	High-performance imported NIR light source
Light Source Life	>3 years
Laser	Solid-state laser
Laser Life	Approx. 10 years
Beam Splitter	NIR-specific CaF₂ beam splitter
Detector	High-sensitivity InGaAs detector
Spectral Range	12,500–4,000 cm⁻¹
Wavelength Range	800–2500 nm
Liquid Channel	Transmission measurement with temperature control
Solid Channel	Diffuse reflectance with integrated integrating sphere
Background Reference	Automatic gold-plated background switching
Calibration Software	S-Cal automatic model optimization
Prediction Software	S-Seq automatic spectral acquisition and prediction

Dual-Channel Measurement Design
The main advantage of the TIGER-TS dual-channel NIR spectrometer is its ability to handle different sample forms without replacing external accessories.

Measurement	Liquid Transmission	Solid Diffuse Reflectance
Sample Type	Liquids	Solids and powders
Measurement Method	Transmission	Diffuse reflectance
Optical Module	Integrated liquid channel	Integrated integrating sphere
Temperature Control	Included	—
Background	Transmission reference	Automatic gold-plated background
Accessory Replacement	Not required	Not required
Typical Applications	Oils, chemicals, polymers, liquids	Feed, grain, textiles, powders, solids

This integrated configuration makes TIGER-TS particularly useful for laboratories that routinely analyze both liquid and solid samples and want to reduce instrument setup time and accessory handling.

Software and Data Analysis
S-Cal Calibration Modeling Software
The S-Cal software provides automatic optimization of calibration models. It can help users develop and optimize quantitative NIR models for different sample types and analytical parameters.
Typical model targets include:
•  Moisture
•  Protein
•  Fat
•  Iodine value
•  Saponification value
•  Hydroxyl value
•  NCO content
•  Solid content
•  Other chemical and physical properties
S-Seq Automatic Acquisition and Prediction Software
S-Seq supports automatic spectral acquisition and prediction, helping streamline routine sample analysis and improve laboratory workflow efficiency.
The combination of automatic spectral acquisition and calibrated prediction enables the TIGER-TS to function as a practical laboratory NIR analyzer for rapid routine testing.

Application Scenarios
Polyether Polyols
TIGER-TS can be used for quantitative analysis of:
•  Hydroxyl value
•  Iodine value
•  Saponification value
•  Moisture
Polyurethane Industry
Applications include:
•  Monomer content
•  NCO content
•  Viscosity-related analysis
•  Solid content
Acetic Acid Production
Suitable for analysis of:
•  Methyl iodide
•  Acetic acid-related process components
•  Moisture
Petrochemical Industry
Applications include gasoline blending and quality analysis such as:
•  Octane number
•  Olefin content
•  Aromatic content
•  Distillation-related parameters
Edible Oil
Can be used to analyze:
•  Moisture
•  Protein
•  Iodine value
•  Unsaturated fatty acids
Feed Industry
Suitable for raw material and finished-feed analysis, including:
•  Moisture
•  Protein
•  Fat
•  Ash
•  Amino acids
•  Other routine nutritional parameters
Dairy Products
Potential analysis includes:
•  Protein
•  Fat
•  Carbohydrates
•  Energy
Textile Industry
Can be used to analyze fiber composition, including:
•  Cotton
•  Linen
•  Spandex
•  Nylon

TIGER-TS vs. Conventional Single-Mode NIR Spectrometer

Feature	TIGER-TS FT-NIR Spectrometer	Conventional Single-Mode NIR Spectrometer
Measurement Channels	Liquid + solid	Usually one primary mode
Liquid Measurement	Transmission	Configuration-dependent
Solid Measurement	Diffuse reflectance	Configuration-dependent
Accessory Replacement	Not required	May be required
Integrating Sphere	Built in	Optional/configuration-dependent
Liquid Temperature Control	Integrated	Configuration-dependent
Background Switching	Automatic gold-plated background	Often manual or configuration-dependent
Spectral Range	800–2500 nm	Varies
Detector	High-sensitivity InGaAs	Varies
Interferometer	High-stability corner-cube	Varies
Calibration Software	S-Cal	Varies
Automatic Prediction	S-Seq	Configuration-dependent
Sample Flexibility	High	Generally lower

The TIGER-TS FT-NIR spectrometer is particularly advantageous for laboratories handling different sample forms. Its integrated liquid transmission and solid diffuse reflectance channels eliminate the need to repeatedly replace external accessories, while temperature control, automatic background switching, and dedicated software simplify routine NIR analysis.

Frequently Asked Questions (FAQ)
1. What is the TIGER-TS FT-NIR spectrometer used for?
It is a laboratory Fourier Transform Near-Infrared spectrometer designed for quantitative and qualitative analysis of both liquid and solid samples.
2. Can TIGER-TS analyze both liquid and solid samples?
Yes. It integrates liquid transmission and solid diffuse reflectance channels into one instrument.
3. Do I need to replace accessories when switching between liquid and solid samples?
No. The dual-channel design allows the user to switch between measurement modes without manually unplugging or replacing external accessories.
4. What is the spectral range of TIGER-TS?
The instrument covers 12,500–4,000 cm⁻¹, corresponding to approximately 800–2500 nm.
5. Does the liquid transmission channel provide temperature control?
Yes. The liquid transmission module incorporates a temperature-control function to improve measurement stability for liquid samples.
6. How are solid samples measured?
Solid samples are measured using the integrated diffuse-reflectance channel and integrating sphere. The system also features automatic switching of the gold-plated background reference.
7. What detector does the TIGER-TS use?
It uses a high-sensitivity InGaAs detector, which is well suited to near-infrared spectral measurements.
8. What software is included for NIR calibration and prediction?
The system supports S-Cal for automatic calibration-model optimization and S-Seq for automatic spectral acquisition and prediction.
9. What industries can use TIGER-TS?
It is suitable for polyether polyols, polyurethane, petrochemicals, edible oils, feed, dairy, textiles, chemical processing, and other laboratory quality-control applications.

Conclusion
The TIGER-TS Fourier Transform Near-Infrared Spectrometer combines liquid transmission and solid diffuse reflectance in a single laboratory FT-NIR system, eliminating the need to repeatedly change measurement accessories. Its 800–2500 nm spectral range, high-sensitivity InGaAs detector, high-stability interferometer, temperature-controlled liquid channel, integrated integrating sphere, automatic background switching, and intelligent S-Cal/S-Seq software provide a convenient solution for rapid and repeatable NIR analysis.

Frequently Asked Questions (FAQ)
1. What is the TIGER-TS FT-NIR spectrometer used for?
It is a laboratory Fourier Transform Near-Infrared spectrometer designed for quantitative and qualitative analysis of both liquid and solid samples.
2. Can TIGER-TS analyze both liquid and solid samples?
Yes. It integrates liquid transmission and solid diffuse reflectance channels into one instrument.
3. Do I need to replace accessories when switching between liquid and solid samples?
No. The dual-channel design allows the user to switch between measurement modes without manually unplugging or replacing external accessories.
4. What is the spectral range of TIGER-TS?
The instrument covers 12,500–4,000 cm⁻¹, corresponding to approximately 800–2500 nm.
5. Does the liquid transmission channel provide temperature control?
Yes. The liquid transmission module incorporates a temperature-control function to improve measurement stability for liquid samples.
6. How are solid samples measured?
Solid samples are measured using the integrated diffuse-reflectance channel and integrating sphere. The system also features automatic switching of the gold-plated background reference.
7. What detector does the TIGER-TS use?
It uses a high-sensitivity InGaAs detector, which is well suited to near-infrared spectral measurements.
8. What software is included for NIR calibration and prediction?
The system supports S-Cal for automatic calibration-model optimization and S-Seq for automatic spectral acquisition and prediction.
9. What industries can use TIGER-TS?
It is suitable for polyether polyols, polyurethane, petrochemicals, edible oils, feed, dairy, textiles, chemical processing, and other laboratory quality-control applications.