G3020 Near-Infrared Grain Analyzer

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G3020 Near-Infrared Grain Analyzer

Product ID：HZNSgw004

Price: Please inquire PDF Format

Supply Ability:50 SETS/MON

Port:SHENZHEN

Product Introduction
Other information

Model NumberG3020

Brand NameXINGCHUANGZHONGPU

Payment TermsTT，PAYPAL，Alibaba.com Pay

G3020 Near-Infrared Grain Analyzer
Product Introduction
The G3020 Near-Infrared Grain Analyzer is a rapid, non-destructive NIR grain analyzer designed for multi-parameter quality testing of wheat, wheat flour, soybean, corn, rice, and other grains.
Using near-infrared spectroscopy, the G3020 provides fast quantitative analysis without grinding the sample. A single measurement can automatically collect up to 10 subsamples, improving measurement efficiency, repeatability, and representative sampling.
The compact analyzer can be used in laboratories, production workshops, grain purchasing and storage facilities, and outdoor field environments, providing a flexible solution for rapid grain quality assessment.

Performance Features
•  Rapid multi-parameter analysis: Measures multiple grain quality indicators within approximately 1–3 minutes.
•  Non-destructive testing: Whole grains can be analyzed directly without grinding or destroying the sample.
•  Automatic multi-subsample measurement: Proprietary sample-loading technology automatically collects 10 subsamples for analysis.
• Improved analytical stability: Advanced sample selection algorithms improve measurement precision and repeatability.
•  Adjustable optical path: 6 mm, 18 mm, and 29 mm sample-cell optical paths accommodate different grain sample characteristics.
•  NIR spectroscopy technology: Uses a 680–1050 nm spectral range for rapid grain composition analysis.
•  Intelligent analysis software: Supports self-checking, model correction, wavelength correction, measurement, and automatic report generation.
•  Environmental monitoring: Intelligent monitoring software provides battery, temperature, and humidity information.
•  8-inch capacitive touchscreen: Simple Windows-based operation requires minimal training.
•  Flexible power supply: Designed for laboratory, workshop, and outdoor applications.
•  Network connectivity: USB Type-A, USB Type-B, and RJ45 interfaces support maintenance, model upgrades, and database updates.

Working Principle
The G3020 Near-Infrared Grain Analyzer uses near-infrared spectroscopy to analyze grain samples based on the interaction between NIR light and molecular bonds in the sample.
During measurement, the whole grain sample is introduced into the sample cell without grinding. The instrument uses transmission measurement to collect spectral information from the sample. Its automatic sampling system collects multiple subsamples to improve sample representation.
The acquired NIR spectral data are processed by dedicated analytical software and quantitative calibration models. Characteristic spectral information is correlated with grain composition and quality parameters, allowing rapid multi-indicator quantitative analysis without conventional chemical sample preparation.

Technical Parameters

Parameter	Specification
Product Name	G3020 Near-Infrared Grain Analyzer
Technology	Near-Infrared Spectroscopy (NIR)
Spectral Range	680–1050 nm
Spectral Resolution	Better than 7 nm
Measurement Method	Transmission
Detector	Silicon Diode Array
Adjustable Sample Cell Optical Path	6 mm / 18 mm / 29 mm
Subsamples per Measurement	Up to 10
Typical Analysis Time	1–3 minutes
Sample Preparation	Whole-grain measurement; no grinding required
Display	8-inch Capacitive Touchscreen
Operating System	Windows 7
Interfaces	USB Type-A, USB Type-B, RJ45
Environmental Monitoring	Temperature and humidity monitoring
Applications	Laboratory, workshop, field and outdoor grain testing

Application Scenarios
Grain Purchasing and Receiving
Rapidly screen wheat, corn, soybean, rice, and other grains during purchasing and receiving to support quality grading and acceptance decisions.
Grain Storage
Use rapid NIR grain analysis for routine quality monitoring during storage and inventory management.
Grain Processing
Suitable for flour mills, feed mills, grain processing plants, and other facilities requiring rapid raw-material and process quality assessment.
Laboratory Quality Control
Provides rapid non-destructive measurements for grain research, quality control, and analytical laboratories.
Field and Outdoor Testing
Its flexible power design and compact operation make the G3020 suitable for on-site grain quality testing.

G3020 vs Conventional Grain Testing Methods

Feature	G3020 Near-Infrared Grain Analyzer	Conventional Chemical Analysis
Analysis Technology	Near-infrared spectroscopy	Chemical analysis
Testing Method	Non-destructive	Usually destructive
Sample Grinding	Not required for whole-grain testing	Often required
Analysis Time	About 1–3 min	Usually longer
Multi-Parameter Testing	Multiple indicators in one measurement	Often separate tests
Subsample Collection	Automatic, up to 10 subsamples	Usually manual
Chemical Reagents	Not normally required	Often required
Field Use	Supported	Generally less convenient
Data Processing	Automatic software analysis	Often manual or laboratory-based

Frequently Asked Questions (FAQ)
1. What is the G3020 Near-Infrared Grain Analyzer used for?
The G3020 is designed for rapid quality analysis of wheat, wheat flour, soybean, corn, rice, and other grain products in purchasing, storage, processing, laboratory, and field environments.
2. Does the G3020 require grinding the grain?
No. The G3020 supports whole-grain, non-destructive measurement, reducing sample preparation requirements.
3. How long does one measurement take?
A typical measurement takes approximately 1–3 minutes, depending on the sample and analytical model.
4. How many subsamples can be measured at one time?
The automatic sampling system can collect and analyze up to 10 subsamples during a single measurement.
5. What measurement technology does the G3020 use?
It uses near-infrared spectroscopy (NIR) with a 680–1050 nm spectral range and transmission measurement.
6. Can the optical path be adjusted?
Yes. The sample-cell optical path can be selected from 6 mm, 18 mm, and 29 mm according to sample particle characteristics.
7. Can the G3020 be used outdoors?
Yes. Its flexible power design and environmental monitoring functions allow use in laboratories, workshops, and outdoor field environments.
8. Does the analyzer support network connectivity?
Yes. USB Type-A, USB Type-B, and RJ45 interfaces are provided for instrument maintenance, model upgrades, and database updates.
9. What software functions are available?
The dedicated software supports self-diagnosis, model correction, wavelength correction, measurement, and automatic report generation, while intelligent monitoring provides temperature, humidity, and battery information.

Frequently Asked Questions (FAQ)
1. What is the G3020 Near-Infrared Grain Analyzer used for?
The G3020 is designed for rapid quality analysis of wheat, wheat flour, soybean, corn, rice, and other grain products in purchasing, storage, processing, laboratory, and field environments.
2. Does the G3020 require grinding the grain?
No. The G3020 supports whole-grain, non-destructive measurement, reducing sample preparation requirements.
3. How long does one measurement take?
A typical measurement takes approximately 1–3 minutes, depending on the sample and analytical model.
4. How many subsamples can be measured at one time?
The automatic sampling system can collect and analyze up to 10 subsamples during a single measurement.
5. What measurement technology does the G3020 use?
It uses near-infrared spectroscopy (NIR) with a 680–1050 nm spectral range and transmission measurement.
6. Can the optical path be adjusted?
Yes. The sample-cell optical path can be selected from 6 mm, 18 mm, and 29 mm according to sample particle characteristics.
7. Can the G3020 be used outdoors?
Yes. Its flexible power design and environmental monitoring functions allow use in laboratories, workshops, and outdoor field environments.
8. Does the analyzer support network connectivity?
Yes. USB Type-A, USB Type-B, and RJ45 interfaces are provided for instrument maintenance, model upgrades, and database updates.
9. What software functions are available?
The dedicated software supports self-diagnosis, model correction, wavelength correction, measurement, and automatic report generation, while intelligent monitoring provides temperature, humidity, and battery information.