Handheld ROHS Spectral Analyzer - Yingzhou Technology (Shanghai) Co., Ltd

Handheld ROHS spectrometerBased on spectral analysis technology and chemical analysis principles, the element composition and harmful substance content in the sample are measured and analyzed by irradiating the sample with laser or white light and utilizing the interaction between the sample and light. The working principle can be summarized as follows:

Light source emission: The instrument emits light of a specific wavelength through a built-in laser or white light source.

Sample irradiation: Place the electronic product to be tested in the detection area of the instrument, so that the light shines on the sample to be tested.

Reflection/absorption: Different elements and harmful substances in the sample will cause different reflection, scattering, or absorption phenomena of incident light.

Spectral measurement: The instrument receives light reflected, scattered, or transmitted by the sample and measures the intensity of light at different wavelengths.

Data processing: Compare and analyze the obtained spectral data with known standard reference data to determine the elemental composition and harmful substance content in the sample.

Result display: Display the analysis results in numerical, graphical, or textual form for reference and judgment by operators.

Handheld ROHS spectrometerHas the following characteristics:

Non destructive: Using non-destructive testing methods, there is no need for sample pretreatment or destructive sampling, which protects the integrity of the tested product.

Fast and efficient: With the ability to measure quickly and analyze in real-time, it greatly improves detection efficiency and production efficiency.

Portable and flexible: compact in size, lightweight, easy to carry and operate, suitable for various environments such as on-site and laboratory settings.

Multi element analysis: It can simultaneously measure and analyze multiple elements to meet the requirements of different samples.

High precision and reliability: Adopting advanced spectral analysis techniques and algorithms, it has high precision and reliability, ensuring the accuracy of measurement results.

Simplified operation: The instrument operation is simple and easy to learn, without the need for complex sample preparation and operation steps, reducing the threshold for use.

Handheld Spectral AnalyzerThe installation and usage process is as follows:

Equipment inspection: Confirm that all accessories and attachments are complete and ensure that the equipment is in good condition.

Power connection: Connect the charger plug to a power outlet and plug the other end of the charger into the instrument's power interface.

Instrument startup: Press the power switch and observe if the corresponding indicator light is on, indicating that the instrument has been successfully powered on.

Parameter setting: Set the instrument parameters according to actual needs, such as measurement mode, wavelength range, etc.

Sample preparation: Prepare the test sample according to the requirements of the instrument manual, such as cleaning, removing external pollutants, etc.

Measurement operation: Align the handheld spectrometer with the surface of the sample, trigger the measurement, and wait for the measurement results to be displayed.

Data analysis: Based on the measurement results, perform data processing and analysis to obtain information on the elemental composition and harmful substance content in the sample.

Result recording: Record the measurement results and perform necessary data storage and management.

Widely used in the following fields:

Electronic product manufacturing: used for detecting and analyzing the content of harmful substances in electronic products, such as lead, mercury, cadmium, etc.

Environmental monitoring: used for rapid detection and analysis of harmful substances in the environment, such as soil, water sources, etc.

Metal processing: used for detecting and analyzing harmful substances in metal materials to ensure product quality and safety.

Food safety: used for the detection and analysis of harmful substances in food, such as heavy metals, pesticide residues, etc.

Quality inspection field: used in quality management for rapid detection and analysis of the composition and content of samples, improving production efficiency and quality control.