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IAS-3100 Portable NIR Analyzer

Empowering Smarter Decision-Making in the Lab
Analysis of Multi-State Samples

IAS-3100 Laboratory NIR Spectrometer Analyzer is suitable for analysing granular, powdery, and liquid samples. Its compact and robust design makes it an ideal choice for real-time laboratory analysis.

The IAS-3100 features a large-area scanning mode, which helps include more sample in one measure and obtain higher-quality spectra. This instrument facilitates batch analysis to reduce manpower needs and increase sample volumes. It supports your daily work by tracking sample quality in real-time. The testing data provided by the 3100 have been reliable for fast-changing samples.

 

Product Features

➤ Compact and Portable

Its compact and portable design is adaptable to various situations.

 Simple Operation

The testing involves no pretreatment nor chemical reagents. One touch of ‘Start’ button will return analysis of multiple parameters in a short time.

 Large-Spot Illumination

The instrument illuminates and collects information from large areas of the sample, improving the accuracy of the analysis.

 Multiple Size Options for Sample Cells

A range of sample cells are available to suit different samples depending on their quantities and states.

 Automatic Self-Maintenance

Fully automated referencing and calibration functions make machine maintenance hassle-free.

Application

➤ Feed Analysis

Detection of moisture,protein,ash,and other index in rice bran,rice bran meal,and soybean meal.

➤ Fermentation Industry

Dynamic control, Precise node management

➤ Fruit Industry

Smart sorting,quality control

➤ Tobacco Industry

Rapid screening,Effective quality control


Calibration and Sampling Accessory

Accessory

Description

Name: 3100-Medium Sample Cell

Material: Aluminum Alloy (6061)

Dimensions: D:138mm, H:25mm(excluding handle)

Function: Suitable for small granular (e.g., feed pellets) or powdery samples (e.g., flour, rice bran, rice bran meal)

Name: 3100-Small Sample Cell

Material: Aluminum Alloy (6061)

Dimensions: D:45mm, H:25mm

Function: Suitable for small sample volumes (e.g., herbal powder) and liquid (e.g., milk, soy milk, syrup)

Name: 3100-Transflection Cover

Material: Aluminum Alloy (6061)

Dimensions: D:38mm, H:8mm (excluding the handle), light path length: 1mm

Function: A transflection cover used with small sample cell, commonly used for sampling transparent liquid

Name: 3100-Small Cell Holder

Material: Aluminum Alloy (6061)

Dimensions: D: 136mm, H: 8.4mm

Function: A plate that holds a small sample cell.

Name: 3100-Large Sample Cell

Material: Aluminum Alloy (6061)

Dimensions: D: 138mm, H: 50mm

Function: Suitable for powdery, granular, or grass-type samples.

Name: 3100-Large Cell Press

Material: stainless steel

Dimensions: D: 128mm, H: 15mm (excluding handle)

Function: Used with 3100-Large Sample cell for testing grass-type samples.

Name: 3100-Rotating Disc

Material: Aluminum Alloy (6061)

Dimensions: D: 145mm, H: 16mm

Function:

1. Carries sample cells, controlled by a motor to rotate samples;

2. Holds reference and standard components for referencing, self-check, and calibration.


Technical Specifications

Specification

Description

Specification

Description

Wavelength Range

920-1660nm

Dimensions

L:370mm x W:250mm x H:146mm

Resolution

10nm

Weight

7kg

Spectroscopic Principle

Array MEMS Micromirror + Grating

Display

7-inch Touch Screen

Detector

InGaAs Detector

Operational Temperature

5-45°C

Baseline Noise

≤0.0001AU

Operating Humidity

<RH75%

Wavelength Repeatability

≤0.02nm

Storage Temperature

-20-60°C

Wavelength Accuracy

≤1nm

Light Source

Halogen-Tungsten Lamp

Absorbance Repeatability

≤0.0002AU

Power Supply

24V/3A

Testing Time

≤1min

Power Consumption

20W

Data Interval

1nm

Integrated Operating System within the Device

Linux

Application Areas:

Flour, Animal Feed, Ground Meat, Oilseed Processing Byproducts, Pet Food, Distillers' Grains, etc.


Develop reference standards:


  • ASTM E1655-05 Standard Practices for Infrared Multivariate Quantitative Analysis

  • ASTM E168-06 Standard Practices for General Techniques of Infrared Quantitative Analysis

  • ASTM E1790-04 Standard Practice for Near Infrared Qualitative Analysis

  • 39-00 Near-Infrared Methods-Guidelines for Model Development and Maintenance

  • 39-10 Near-Infrared Reflectance Method for Protein Determination in Small Grains

  • 39-11 Near-Infrared Reflectance Method for Protein Determination in Wheat Flour

  • 39-20 Near-Infrared Reflectance Method for Protein and Oil Determination in Soybeans

  • 39-21 Near-Infrared Reflectance Method for Whole-Grain Analysis in Soybeans

  • 39-25 Near-Infrared Reflectance Method for Protein Content in Whole-Grain Wheat

  • 39-70A Near-Infrared Reflectance Method for Hardness Determination in Wheat

  • ICC-159 Determination of Protein by Near Infrared Reflectance(NIR)Spectroscopy


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