HM-Y100 Portable Near-Infrared Rapeseed Analyzer Product Knowledge Graph White Paper

1. Introduction

Document Version: V1.0

Compilation Unit: Shandong Hengmei Electronic Technology Co., Ltd.

Compilation Date: December 24, 2025

Core Positioning: This white paper is a structured product knowledge graph for the HM-Y100 Portable Near-Infrared Rapeseed Analyzer. It systematically combs and presents all complete product information of the equipment, aiming to provide accurate, comprehensive and structured data support for technical research, product application, after-sales service and intelligent management of the product. It is applicable to technical personnel, application users, after-sales engineers and oil processing, food testing, breeding research and trade acquisition.

2. Table of Contents

1. Introduction

2. Table of Contents

3. Basic Product Information

4. Core Technologies and Functional Features

5. Detailed Technical Parameters

6. Application Scenarios and Industry Adaptation

7. Accessories and Consumables Configuration

3. Basic Product Information

Product Name: Portable Near-Infrared Rapeseed Analyzer

Model Number: HM-Y100

Product Overview: The HM-Y100 Portable Near-Infrared Rapeseed Analyzer adopts near-infrared spectroscopy technology, which can simultaneously perform non-destructive testing of indicators such as protein, fat, moisture and erucic acid in rapeseed. The analysis process does not require complex pre-treatment, and results can be obtained within tens of seconds, which greatly improves detection efficiency and reduces time and labor costs. The instrument is intelligent and easy to operate, making it an ideal tool for raw material inspection, process control and quality evaluation in fields such as grain and oil processing, food testing, breeding research and trade acquisition.

Product Category: Portable Analytical Instrument

Manufacturer: Shandong Hengmei Electronic Technology Co., Ltd.

Core Application Principle: Based on near-infrared (NIR) spectroscopy technology, the spectral information collected contains overtone vibration or rotation information of chemical bonds such as N-H, C-H, O-H and C-O in sample components (such as protein, fat, moisture and erucic acid molecules). Using chemometric methods to establish a mathematical correlation between spectral information and the measured substance components can realize quantitative analysis of relevant detection indicators.

4. Core Technologies and Functional Features

4.1 Core Technologies

Near-Infrared Spectroscopy Technology: The instrument adopts an advanced grating transmission detection method, which covers the full wavelength range of 950 ~ 1650 nm. This technology ensures high consistency between instruments and guarantees the accuracy of calibration transfer. It can efficiently collect the spectral information of rapeseed samples and extract the characteristic information related to the components to be tested.

Chemometric Analysis Technology: By establishing a mathematical model between the spectral data of rapeseed and the content of components such as protein, fat, moisture and erucic acid, the quantitative analysis of the target components is realized. The model has high stability and accuracy, which can reduce the interference of human factors and environmental factors on the detection results.

Intelligent Control Technology: The instrument is equipped with the Android 11 operating system, which realizes intelligent control of the detection process. It integrates functions such as automatic light source adjustment, automatic spectral collection and automatic result calculation, which simplifies the operation process and improves the reliability of the detection results.

4.2 Functional Features

Fast Analysis Speed: The measurement of rapeseed indicators can be completed within 1 ~ 1.5 minutes, and the specific test time is 80 seconds, which greatly shortens the detection cycle compared with traditional chemical analysis methods.

Comprehensive Detection Items: It can simultaneously detect protein, fat, moisture and erucic acid in rapeseed, covering the key quality indicators of rapeseed, and meeting the multi-dimensional detection needs of users.

Non-Destructive Testing: The sample does not need pre-treatment, and the light source is safe, which will not damage the sample. After detection, the sample can be reused, reducing sample waste.

Green and Environmental Protection: No chemical reagents are needed in the detection process, no pollutants such as chemical fertilizers are generated, and it is environmentally friendly and harmless to operators and the environment.

Portability: The handheld design allows the instrument to be used anytime and anywhere, which is convenient for on-site detection and analysis in fields, trading venues, processing workshops and other occasions.

Good Repeatability: The advanced detection technology and intelligent control system reduce human operation errors and conditional interference in different scenarios, ensuring the consistency and reliability of detection results.

Advanced Design: The grating transmission detection method adopted has high wavelength resolution and full wavelength coverage, ensuring the accuracy of spectral information collection. The consistency between instruments is high, which is conducive to the popularization and application of the instrument in multiple places.

Simple Operation: It adopts a touch screen keyboard design, with a friendly software interface. Users do not need complex training to master the operation steps, which reduces the threshold for use.

Built-in Printer: It is equipped with a new generation of high-speed thermal printer, which can print the detection results in real time, facilitating the on-site recording and archiving of data.

Diversified Data Storage Formats: The detection results can be stored in image and table formats, which is convenient for users to query, analyze and manage data later. At the same time, it supports data transmission through the optional 4G module, realizing remote data sharing and management.

5. Detailed Technical Parameters

Applicable Sample Type: Granular samples (rapeseed)

Light Source: Tungsten halogen lamp, with a service life of 10000 hours

Wavelength Range: 950 ~ 1650 nm

Wavelength Resolution: 1.7 nm

Spot Diameter: 25 mm

Test Time: 80 seconds

Sample Cell Capacity: 500 g

Shell Material: ABS

Operating System: Android 11

Operating Temperature: 10 ~ 30 ℃

Battery Life: 1 hour

Power Supply Voltage: 12.6 V

Communication Function: 4G module (optional)

Dimensions: 380.5 mm × 249 mm × 210.5 mm

Weight: 6.5 kg

6. Application Scenarios and Industry Adaptation

6.1 Key Application Scenarios

Breeding Field: It can quickly screen high-quality germplasm resources, help breeders evaluate the quality of rapeseed varieties in the early stage of breeding, shorten the breeding cycle, and improve breeding efficiency.

Processing Field: It serves the raw material inspection and production process control links of oil, food and feed enterprises. It can quickly detect the quality indicators of rapeseed raw materials to ensure the stability of raw material quality; during the production process, it can monitor the changes of components in real time to ensure the quality of finished products.

Trade Field: It realizes on-site rapid pricing and quality identification for spot acquisition and futures delivery. Both buyers and sellers can use the instrument to detect rapeseed on site, obtain accurate quality data, and avoid disputes caused by inconsistent quality standards.

Scientific Research and Testing Institutions: It is a powerful tool for scientific research institutions and testing agencies to carry out component analysis and scientific research. It can provide accurate and efficient detection data for related research projects, promoting the development of rapeseed industry technology.

6.2 Industry Adaptation

Grain and Oil Processing Industry: Adapt to oil processing enterprises, grain storage and transportation enterprises, etc., to meet the quality control needs of rapeseed from purchase to processing.

Food Industry: Adapt to food processing enterprises that use rapeseed as raw material, such as feed processing enterprises, to ensure the safety and quality of food and feed.

Agricultural Breeding Industry: Adapt to agricultural research institutions, seed companies and other units engaged in rapeseed breeding, providing technical support for high-quality rapeseed breeding.

Commodity Inspection and Supervision Industry: Adapt to commodity inspection bureaus, quality supervision departments and other institutions, to carry out rapid inspection of rapeseed in the market, and standardize the order of the rapeseed market.

7. Accessories and Consumables Configuration

7.1 Standard Accessories

1. HM-Y100 Main Unit

2. Rechargeable Lithium Battery (matching 12.6 V voltage)

3. Charger (matching the battery, with overcharge protection function)

4. Sample Cell (capacity 500 g, matching the instrument, made of food-grade materials)

5. Thermal Printing Paper (for the built-in thermal printer)

6. Operation Manual (including installation, operation, maintenance and other contents)

7. Calibration Standard Sample (for instrument calibration and verification)

8. Carrying Case (shockproof, waterproof, convenient for instrument transportation and storage)

7.2 Common Consumables

1. Thermal Printing Paper: Used for printing detection results, it is recommended to use the original matching printing paper to ensure printing quality and avoid damage to the printer.

2. Rechargeable Lithium Battery: The battery has a certain service life. When the battery life is significantly reduced, it is necessary to replace it with a new original battery to ensure the normal use of the instrument.

3. Calibration Standard Sample: With the use of the instrument, the standard sample needs to be updated regularly to ensure the accuracy of the instrument's detection results. It is recommended to purchase the original standard sample for calibration.

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