MASTER10-M Fourier Transform Near-Infrared Spectrometer

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MASTER10-M Fourier Transform Near-Infrared Spectrometer

Product ID：FGjhw029

Price: Please inquire PDF Format

Supply Ability:50 SETS/MON

Port:SHENZHEN

Product Introduction
Other information

Model NumberMASTER 10

Brand NameSHYINGSA

Payment TermsTT，PAYPAL，Alibaba.com Pay

MASTER10-M Fourier Transform Near-Infrared Spectrometer

Product Introduction
The MASTER10-M Fourier Transform Near-Infrared (FT-NIR) Spectrometer is designed for routine laboratory liquid transmission analysis and rapid quantitative testing of liquid samples. Combined with S-Seq analysis software, the system enables simple and efficient measurement of multiple quality indicators within approximately one minute.
The system includes an external M-Cube transmission temperature control module, which provides sample heating and temperature control up to 150°C. Liquid samples can be directly transferred into sample tubes or cuvettes with different optical path lengths. Samples that require heating or melting can be heated by the M-Cube until they become homogeneous liquids before spectral acquisition.
With its combination of FT-NIR spectroscopy, liquid transmission measurement, temperature-controlled sampling, and quantitative modeling software, the MASTER10-M is particularly suitable for routine chemical industry analysis, including hydroxyl value, iodine value, acid value, and saponification value testing, as well as rapid analysis of liquid samples in other industries.

Key Features
• Dedicated liquid transmission analysis: Optimized for routine laboratory analysis of liquid samples.
• Rapid quantitative testing: S-Seq software can simultaneously predict multiple quality indicators from an established quantitative model.
• External temperature control: The M-Cube module provides sample heating and temperature control from room temperature to 150°C.
• Flexible sampling: Supports sample tubes and cuvettes with different optical path lengths.
• Multiple optical paths: Compatible with 2 mm, 5 mm, and 10 mm cuvettes.
• Standard SMA905 interface: Provides convenient connection to compatible optical sampling accessories.
• Simple workflow: Users select the product category, enter product or batch information, and start measurement with a single operation.
• Parallel sample testing: Supports repeated measurements and can directly calculate average results.
• Laboratory-oriented design: Suitable for routine quality control and daily analytical workflows.
• Wide NIR spectral range: Covers 800–2500 nm (4000–12500 cm⁻¹) for comprehensive near-infrared spectral analysis.

Working Principle
The MASTER10-M uses Fourier transform near-infrared spectroscopy to analyze the interaction between near-infrared radiation and liquid samples.
During measurement, the liquid sample is introduced into a sample tube or cuvette with an appropriate optical path length. If the sample requires heating, the M-Cube temperature control module heats and maintains the sample temperature until the material reaches a homogeneous liquid state.
Near-infrared light passes through the liquid sample, and the transmitted spectral information is collected by the optical system. The resulting spectrum is processed by the S-Seq software, which compares the measured spectral information with established analytical models to rapidly predict the required quality indicators.
After calibration models and analytical methods have been associated with the corresponding product categories, operators can select a product, enter relevant sample or batch information, and perform measurements with minimal manual operation.

S-Seq Software for Routine Quantitative Analysis
The S-Seq software is designed for routine laboratory analysis and simplifies NIR-based quantitative testing.
After analytical methods and quantitative models are configured, the operator can:
1. Select the corresponding product category.
2. Enter product name, batch number, or other sample information.
3. Place the liquid sample into the selected sampling accessory.
4. Start the measurement.
5. Obtain predicted values for multiple indicators within approximately one minute.
6. Perform repeated or parallel measurements when required.
7. Automatically obtain average results from multiple measurements.
This workflow makes the MASTER10-M suitable for high-frequency routine quality control, reducing dependence on complex manual analytical procedures.

Technical Parameters

Parameter	Specification
Model	MASTER10-M
Product Type	Fourier Transform Near-Infrared Spectrometer
Application	Laboratory Liquid Transmission Analysis
Spectral Range	4000–12500 cm⁻¹ (800–2500 nm)
Optical Components	Gold-plated plane mirrors, lens assembly
Temperature Control	Room temperature to 150°C
Temperature Control Module	External M-Cube
Sample Tube Outer Diameter	8 mm / 22 mm
Cuvette Optical Path Length	2 mm / 5 mm / 10 mm
Optical Connection	SMA905
Measurement Mode	Liquid Transmission
Analysis Software	S-Seq
Sample Type	Liquid and heat-meltable samples

Applications
The MASTER10-M FT-NIR spectrometer is suitable for rapid routine analysis of liquid samples in various industries.
Chemical Industry
It can be used for routine determination of:
• Hydroxyl value
• Iodine value
• Acid value
• Saponification value
• Other liquid chemical quality indicators supported by quantitative models
Other Laboratory Applications
• Liquid raw material identification and quality control
• Process monitoring
• Finished-product quality inspection
• Batch-to-batch consistency evaluation
• Rapid screening of liquid products
• Routine quantitative analysis of liquid samples
• Research and development of NIR quantitative models

MASTER10-M vs. Conventional Laboratory Wet-Chemical Analysis

Feature	MASTER10-M FT-NIR	Conventional Wet-Chemical Analysis
Measurement Method	Near-infrared spectroscopy	Chemical reaction/titration
Sample Preparation	Minimal for suitable liquid samples	Often requires multiple preparation steps
Measurement Speed	Approximately 1 minute with established models	Usually longer
Reagent Consumption	Minimal or none for NIR measurement	Often requires chemical reagents
Multiple Indicators	Can predict multiple indicators simultaneously	Usually individual tests
Heating Function	M-Cube up to 150°C	Depends on analytical method
Repeated Testing	Supports parallel/repeated measurements	Usually requires repeated manual procedures
Data Processing	Software-based model prediction	Manual or instrument-based calculation
Routine Operation	Simple, model-driven workflow	More operator-dependent

Why Choose MASTER10-M?
The MASTER10-M Fourier Transform Near-Infrared Spectrometer is designed specifically for laboratories that need fast and repeatable liquid sample analysis. By combining FT-NIR spectroscopy, M-Cube temperature control, flexible transmission sampling, and S-Seq quantitative analysis software, the system provides an efficient alternative for routine testing.
Its 800–2500 nm spectral range, up to 150°C temperature control, multiple cuvette path lengths, and SMA905 interface provide flexibility for different liquid samples. Once quantitative models are established, routine measurements can be performed quickly with minimal operator training.

FAQ
1. What is the MASTER10-M FT-NIR spectrometer designed for?
The MASTER10-M is primarily designed for routine laboratory liquid transmission analysis and rapid quantitative testing of liquid samples.
2. What wavelength range does the MASTER10-M cover?
The spectral range is 800–2500 nm, equivalent to 4000–12500 cm⁻¹.
3. Can the MASTER10-M analyze samples that require heating?
Yes. The external M-Cube temperature control module can heat samples from room temperature to 150°C. Heat-meltable samples can be heated until they become homogeneous liquids before measurement.
4. What sampling accessories are supported?
The system supports sample tubes with 8 mm or 22 mm outer diameters and cuvettes with 2 mm, 5 mm, or 10 mm optical path lengths.
5. What is the purpose of S-Seq software?
S-Seq is used for routine laboratory analysis. After analytical methods and quantitative models are configured, it can rapidly predict multiple quality indicators from the measured NIR spectrum.
6. How long does a routine analysis take?
With an established analytical model, the system can provide the predicted results of multiple indicators within approximately one minute, depending on the application and measurement workflow.
7. Can the system perform repeated measurements?
Yes. S-Seq supports repeated or parallel sample measurements and can directly provide average results.
8. What chemical industry applications are supported?
The system can be used for routine analysis of hydroxyl value, iodine value, acid value, and saponification value, as well as other liquid sample indicators for which suitable quantitative models are available.
9. What optical interface does the MASTER10-M use?
The system uses a standard SMA905 interface, allowing connection with compatible optical sampling components.

FAQ
1. What is the MASTER10-M FT-NIR spectrometer designed for?
The MASTER10-M is primarily designed for routine laboratory liquid transmission analysis and rapid quantitative testing of liquid samples.
2. What wavelength range does the MASTER10-M cover?
The spectral range is 800–2500 nm, equivalent to 4000–12500 cm⁻¹.
3. Can the MASTER10-M analyze samples that require heating?
Yes. The external M-Cube temperature control module can heat samples from room temperature to 150°C. Heat-meltable samples can be heated until they become homogeneous liquids before measurement.
4. What sampling accessories are supported?
The system supports sample tubes with 8 mm or 22 mm outer diameters and cuvettes with 2 mm, 5 mm, or 10 mm optical path lengths.
5. What is the purpose of S-Seq software?
S-Seq is used for routine laboratory analysis. After analytical methods and quantitative models are configured, it can rapidly predict multiple quality indicators from the measured NIR spectrum.
6. How long does a routine analysis take?
With an established analytical model, the system can provide the predicted results of multiple indicators within approximately one minute, depending on the application and measurement workflow.
7. Can the system perform repeated measurements?
Yes. S-Seq supports repeated or parallel sample measurements and can directly provide average results.
8. What chemical industry applications are supported?
The system can be used for routine analysis of hydroxyl value, iodine value, acid value, and saponification value, as well as other liquid sample indicators for which suitable quantitative models are available.
9. What optical interface does the MASTER10-M use?
The system uses a standard SMA905 interface, allowing connection with compatible optical sampling components.