| Customization: | Available |
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| After-sales Service: | 1 Year |
| Application: | Industrial |
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| Refund policy: | Claim a refund if your order doesn't ship, is missing, or arrives with product issues. |
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Vanta Element Model
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Vanta Element-S Model
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Use
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Affordable alloy ID
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Affordable light element detection
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Best for
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Basic analysis
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Analyzing Mg, Al, Si,S, and P
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Detector
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Silicon drift detector
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Faster silicon drift detector
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Window
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ThickKapton window
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Prolene window withKapton mesh support
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Excitation Source
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2-wattX-ray tube with35kVtungsten anode
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4-wattX-ray tube with50kVsilveranode
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ElementAdditionAvailable
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Yes
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Yes
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Metal processing and manufacturing
Raw material testing: In the process of purchasing and using metal raw materials, handheld spectrometers can quickly analyze the composition of metal materials, such as the content of carbon, chromium, nickel and other elements in steel, to ensure that the raw materials meet production requirements and prevent product quality problems caused by unqualified material composition.
Alloy composition analysis: For various alloy materials, the proportion of alloy elements can be accurately determined to help technicians determine whether the alloy meets the expected performance standards. For example, in the field of aerospace, the composition detection of key materials such as titanium alloys is crucial to ensure the strength and safety of aircraft structures.
Quality control and defect troubleshooting: On the metal processing production line, semi-finished products or finished products can be tested at any time to promptly detect quality defects caused by uneven composition, such as element segregation in castings, so as to take corresponding measures to adjust and improve.
Geological exploration
Ore composition analysis: When geologists are exploring in the field, they can use handheld spectrometers to quickly analyze ore samples on site to determine the content of various metal elements in the ore, such as copper, lead, zinc, etc., to help determine the grade and value of the ore, and provide a basis for further exploration and mining.
Rock type identification: By analyzing the elemental composition of rocks, it can assist in identifying the type and origin of rocks, such as distinguishing different types of rocks such as granite and basalt, which is of great significance for studying geological structures and mineral distribution patterns.
Environmental monitoring
Soil pollution detection: It can quickly detect the content of heavy metals in the soil, such as mercury, cadmium, lead, etc., to determine whether the soil is polluted and the degree of pollution, and provide data support for soil remediation and environmental protection.
Water quality analysis: On-site detection of metal elements in water samples such as surface water and groundwater, timely detection of heavy metal pollution in water, and guaranteeing the safety and quality of water resources. For example, in the monitoring of water bodies such as rivers and lakes, it can quickly determine whether there is a problem of excessive water quality due to industrial wastewater discharge and other reasons.
Archaeology and cultural relics protection
Cultural relics material identification: Non-destructive testing of the material of cultural relics, analysis of its composition, and judgment of what metal or mineral the cultural relics are made of, such as bronze, gold and silver, etc., provide important basis for dating and authenticity identification of cultural relics.
Research on the corrosion and protection of cultural relics: Detect the composition of corrosion products on the surface of cultural relics, understand the corrosion mechanism and degree of cultural relics, so as to formulate scientific and reasonable protection and restoration plans, such as analyzing the pigment composition in murals, and providing technical support for the protection and restoration of murals.
Food safety
Heavy metal detection in food: It can quickly detect heavy metal residues in food, such as cadmium in rice and lead in tea, to ensure that food meets safety standards and protect the health of consumers.
Food packaging material detection: Analyze the composition of food packaging materials, such as metal cans and aluminum foil, to prevent harmful substances in packaging materials from migrating into food, causing food safety hazards.
Electronic appliances
Electronic component detection: In the production and quality control of electronic components, handheld spectrometers can detect the composition of component materials to ensure that they meet product design requirements, such as detecting impurity elements in semiconductor materials to ensure the performance and stability of electronic components.
Hazardous substance detection: Detect whether electronic and electrical products contain harmful substances such as lead, mercury, and cadmium to meet the requirements of environmental protection regulations, such as the EU's RoHS directive, and promote the green development of the electronic and electrical industry.
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