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    Range of XRF Spectrometers

    Wide range of XRF Spectrometers for different Industrial applications from MicroP Co. LTD., South Korea & Whitefield Scientific.

    MicroP Co. Ltd., South Korea

    Models for Coating Thickness & RoHS applications

    XRF - 2020N

    Size of chamber: 640W x 730D x 650H

    Size of measurable sample: 550W x 550D x 240H

    XYZ Activation stage: 200W x 170D x 240H

    Maximum sample weight: 20 Kgs

    XRF - 2020L

    Size of chamber: 610W x 670D x 490H

    Size of measurable sample: 550W x 550D x 30H

    XYZ Activation stage: 200W x 150D x 30H

    Maximum sample weight: 3 Kgs

    XRF - 2020H

    Size of chamber: 610W x 670D x 600H

    Size of measurable sample: 550W x 550D x 100H

    XYZ Activation stage: 200W x 150D x 100H

    Maximum sample weight: 5 Kgs

    XRF - 2020PCB

    Size of chamber: 610W x 670D x 490H

    Size of measurable sample: Infinite x 30H

    XYZ Activation stage: 200W x 150D x 30H

    Maximum sample weight: 3 Kgs

    MicroP Applications
    ​XRF Coating Thickness & RoHS Analyzers

    System Specifications

    Features

    Software

    Whitefield Scientific - USA Technology

    Range of Models for Multi Applications [B-Series / BT-Series / P-Series / V-Series]

    B - Series 

    EDXRF Spectrometers for MULTI - Applications

    EDX - B5

    Si-PIN DETECTOR 

    EDX - B8

    SDD DETECTOR

    EDX - B10

    FAST SDD DETECTOR

    The products are fast, accurate, and cost-effective XRF fluorescence spectrometers, capable of analyzing toxic and harmful elements such as lead (Pb), cadmium (Cd), arsenic (As), mercury (Hg), and chromium (Cr) in metals, plastics, and electronic materials. Its element detection limit typically reaches the ppm level, fully meeting the RoHS regulations' standards for limiting element content in materials.

    Specifications

    Features

    One-click automatic testing: Easy to operate, even non-technical personnel can quickly get started.

    - Advanced detector technology: Utilizing the latest Si-pin/SDD detector from AmpTek, USA, combined with electro-cooling technology, it boasts a compact size, accurate data analysis, and low maintenance costs.

    B5 – Si-Pin 

    B8 – SDD

    B10 – Fast SDD

    - Autonomous signal enhancement system: An independently developed system for enhancing detector signals, improving signal-to-noise ratio, and achieving a laboratory-level detection limit of as low as 1 ppm.

    -B8 / B10 - Eight types of optical path collimation systems (with a minimum 0.2mm collimator suitable for sample micro point testing), and a 7-position filter automatic switching system, enhancing the detection limit of elements in different matrices.

    - With multiple radiation leakage prevention designs, the radiation protection level reaches the highest level among similar products.

    - Advanced integrated cooling design significantly enhances the overall cooling performance and prolongs the service life of core components. Unique core temperature control technology ensures the safe and reliable operation of the X-ray source, reducing operational costs.

    - Customizable reports, supporting free setting of element detection limits, with the software automatically indicating elements that exceed the limit (Fail/Pass).

    - Optimize the detection of elements such as Cl and Cr, significantly enhancing the test sensitivity and stability for low-content Cl and Cr elements, providing a more precise detection method for halogen-free analysis.- 

    It can be extended to diversified testing, including plating thickness analysis, eight major heavy metal analysis, alloy composition analysis, etc


    Applications

    This products are fast, accurate, and cost-effective XRF fluorescence spectrometer, capable of analyzing toxic and harmful elements such as lead (Pb), cadmium (Cd), arsenic (As), mercury (Hg), and chromium (Cr) in metals, plastics, and electronic materials. Its element detection limit typically reaches the ppm level, fully meeting the RoHS regulations' standards for limiting element content in materials. 

    The product has a wide range of applications, covering industries such as metal, plastic, soil, toys, electronic appliances, and automobiles. It can detect regular/irregular samples such as powdered, plate-like, and wire-like samples. No specialized laboratory is required, and it can be used in industrial/commercial environments such as warehouses, assembly lines, and offices. It is suitable for internal quality control, quality inspection, import and export, and customs inspection within enterprises, and can perform rapid, accurate, and non-destructive RoHS compliance screening for consumer goods such as toys, jewelry, clothing, and electronic products


    BT - Series

    Series EDXRF Spectrometer for Coating Thickness

    EDX - B3T

    Si-PIN Detector

    EDX - B6T

    SDD Detector

    B3TThis model is specifically designed for coating material composition analysis and coating thicknessmeasurement, its main application scenarios include PCB plating thickness measurement andmetal electroplating coating analysis.

    Specifications

    Features

    - The brand-new downward-facing integrated design facilitates convenient operation.
    - Equipped with a built-in high-definition CCD camera, it allows for observation and selection of tiny areas of plating, avoiding contamination or damage caused by direct contact.
    - The software is equipped with a distance correction algorithm to achieve precise testing of irregular samples.
    - Collimators and filters automatically switch.
    - Micro-spot vertical optical path: Designed specifically for coating thickness analysis, it is suitable for analyzing The thickness of irregular samples.
    - High-count rate Silicon Drift Detector (SDD): Achieves rapid, non-destructive, and high-precision measurements, enhancing detection efficiency.
    - High-resolution sample observation system: Equipped with a movable high-precision sample platform, ensuring accurate and rapid positioning of test points.
    - Thin Film FP Standardless Analysis Software: Fully equipped as standard, capable of simultaneously measuring the thickness and material composition of both multi-layer and single layer coatings.

    Applications

    - Objects include plating, coating, lamination, coating, chemically formed film, etc.
    - The thickness of various metal coatings such as ion plating, electroplating, and vapor deposition.
    - Suitable for measuring anti-corrosion coatings such as chrome plating and zinc coating on steel.
    - Coatings on circuit boards, PCBs, and contact surfaces of plugs and electrical contacts.
    - Analysis of precious metal coatings, such as rhodium materials on gold substrates.
    - Analyze functional coatings in the electronics and semiconductor industries.
    - Analyze hard material coatings, such as CrN, TiN, or TiCN.

    P - Series 

    Portable EDXRF Spectrometer for Oil, Soil & Mineral

    EDX - P5O

    Oil - S & N

    EDX - P5S

    Soil

    EDX - P5M

    Mineral

    IBased on a desktop design platform, its analytical performance is closer to that of a higher-powerfloor-standing spectrometer, This model provides more stable and superior testing resultscompared to general portable devices. And it can be used in all the stage of oil analysis, soilanalysis and mining industry.

    Specification

    Features

    P5O

    Rugged, compact design, easy to perform on-site high-precision sample non-destructive testing-

      130-second fast analysis per sample, minimum sample preparationUser-friendly software and one-click test start –

      Routine analysis training takes only a few minutes –

       Low-cost daily analysis, no need for any gas consumption-

      Suitable for harsh working environments –

      Intuitive interface displayed on a large 8-inch touch screen-

      Low maintenance cost –

      Optional large capacity battery, can achieve long working time without external power supply-

    P5S

      Simultaneously analyzes multiple inorganic elements such as Ti, V, Cr, Mn, Fe, Co, Ni, Cu, Zn, Zr, Nb, Mo, Pd, Ag, In, Sn, Sb, W, Pt, Au, Pb, Bi, S , covering most soil testing requirements. Additional elements can be added based on customer-specific needs .-

      Operators can directly analyze soil samples in the field and samples can be placed in the instrument’s standard sample cup for testing, delivering laboratory-grade results in minutes .-

       Portable, rugged, and compact for on-site high-precision sample testing without damage.-

       Friendly software with one-click test initiation. Minimal training required.-

      Large 8-inch touchscreen for intuitive operation.-

      Optional high-capacity battery for extended use without external power.

    P5M

      High energy resolution, reduce interference from adjacent elements and enhance the detection performance of light elements-

      High counting rate: Reaching 150,000 cps, it can quickly obtain the analysis intensity.-

      High sensitivity: Compared to traditional detectors, its sensitivity is improved by 6-10 times.-

      Portable design: The device is sturdy and compact, suitable for on-site high-precision non destructive testing of samples.-

       Multi-sample morphological analysis: It can analyze various samples such as ore bodies, ore blocks, slag, soil, and wastewater.-

      Long working hours: Equipped with a high-capacity battery, it can operate for extended periods without external power supply

    Applications

    P5O

      It can easily achieve total sulphur.

       content analysis in various on-site application scenarios (marine vessels or land). Main applications are:-

       Sulphur content analysis of marine ship fuel-

      Sulphur content analysis of gasoline, kerosene, crude oil, and other in the petrochemical industry-

      Analysis of Cl, Mg, and K in ship fuel-

      Other fields requiring on-site element analysis-

      Vacuum can be optional

    P5S

      It can rapidly and accurately detects hazardous heavy metals in soil, including Pb (lead), As (arsenic), Cd (cadmium), Hg (mercury), Cu (copper), Ni (nickel), Zn (zinc), Cr (chromium) , and more. Ideal for real-time environmental monitoring in industrial zones, mining areas, and heavy industry surroundings to control emissions and pollution.

      Main applications are:-

      Soil Analysis : Heavy metal screening and survey.-

      Paint Detection : Detection of lead-containing paint.-

      Filtration Media : Metal detection.-

      Wood & Building Materials : Analysis of treated wood and materials.-

      Environmental Analysis : Heavy metal pollution analysis.-

      Consumer Products : Heavy metal testing in food, cosmetics, and pharmaceuticals.-

      Catalyst Analysis : Platinum, palladium, and rhodium analysis.

    P5M

      High energy resolution, reduce interference from adjacent elements and enhance the detection performance of light elements-

      High counting rate: Reaching 150,000 cps, it can quickly obtain the analysis intensity.-

      High sensitivity: Compared to traditional detectors, its sensitivity is improved by 6-10 times.-

      Portable design: The device is sturdy and compact, suitable for on-site high-precision non destructive testing of samples.-

      Multi-sample morphological analysis: It can analyze various samples such as ore bodies, ore blocks, slag, soil, and wastewater.-

      Long working hours: Equipped with a high-capacity battery, it can operate for extended periods without external power supply.

    V - Series 

    Vaccum EDXRF Spectrometer for Minerals, Soil & Cement

    EDX - V61

    SDD Detector

    50 Kva/1 mA

    EDX - V62

    Fast SDD Detector

    50 Kva/2mA

    EDX - V63

    Super FAST SDD Detector

    50 Kva/2 mA

    Specifications

    V61 - Features

    No or simple sample preparation required : Non-destructive analysis with results in 1–3 minutes .

    - Advanced FP Software : Windows-based fundamental parameters (FP) software effectively reduces matrix effects.

    - High-Resolution Detector : Equipped with a 50 kV X-ray tube and electrically cooled SDD (Silicon Drift Detector) , delivering excellent short-term repeatability and long-term reproducibility.

    - Multi-Element Analysis : Capable of simultaneous elemental and oxide composition analysis .

    - Multi-Layer Protection System : Combines hardware safeguards with real-time software monitoring for stable and safe operation.

    - Enhanced Sensitivity & Stability : Optimized optical path and vacuum system improve light element detection sensitivity and stability for other  elements.

    - User-Friendly Interface : Customizable reports with one-click printing , including analysis results, sample info, and more.

    - 8 Optical Path Systems : Auto-switching for different sample sizes, minimizing measurement errors.

    - Built-in HD Camera : Provides clear visualization of the sample being analyzed

    V61 - Applications

    It is primarily utilized for material elemental composition analysis across all stages of complete mining process & GEMSTONES.-

    Mining applications: From exploration samples to mineral concentrates, and from beneficiation to tailings, they exhibit excellent flexibility, analytical performance, and stability.-

    Analysis objects: iron ore, copper ore, bauxite, precious metal minerals, rare earth minerals, raw materials, phosphate, coal, lead-zinc ore, manganese ore, nickel ore, limestone, clay, gypsum, glass, soil, cement, refractory materials, etc.-

    Extended applications: analysis of plastics and organic compounds, sulfur analysis in petrochemical industry, environmental monitoring, coating thickness and thin film analysis, forensic and public security evidence analysis, additive control in food, cosmetics, and pharmaceuticals.- Operational Features: Easy to operate, with excellent analytical performance.

    V - 62 Features

    Miniaturization, high performance, high speed, easy operation, N high sensitivity, high precision analysis

    - Simultaneously analyze 40 elements-

    Adopting multi-collimator, multi-filter, and background subtraction patented technology-

    The Peltier-cooled FAST SDD silicon drift detector offers excellent short-term repeatability and long-term reproducibility, as well as superior elemental peak resolution. –

     It features an ultra-high counting digital multichannel circuit design, dual vacuum pumping mechanisms, and an automatic vacuum stabilization system-

    Standard basic parameter method software, multi-tasking, multi-window operation-

    The patented thin-film filter technology effectively enhances the detection limit of light elements

    V - 62 Application

    This models are expert in Mineral/Ore Analysis area and it is primarily used for:-

    Mining operations: exploration, extraction, grade control

    Industrial minerals: process control and quality control

    Other fields: raw materials for cement and building materials production, refractory materials, ceramics and glass, geochemical academic research, archaeology, etc-

    The new generation of Fast SDD detector, featuring a brand-new vacuum optical system and ultra high resolution technology, achieves optimal analysis results for the following light, medium, and heavy elements as well as common oxides: Na₂O, MgO, Al₂O₃, SiO₂, P₂O₅, SO₃, K₂O, CaO, TiO₂, Cr₂O₃, MnO, Fe₂O₃, ZnO, SrO, etc.-

    Excellent analytical performance covers various minerals:

    Iron ore: magnetite, hematite, ilmenite, siderite, etc

    Copper ore: chalcopyrite, cuprite, malachite, etc

    Chromium ore: chromite spinel, chromite, chromite-bismuthite, etc

    Molybdenum ore: molybdenite, copper-molybdenum ore, tungsten-molybdenum ore, etc

    Tungsten ore: scheelite, wolframite, cassiterite, etc

    Tantalum ore: tantalite, niobite, pyrochlor, etc Lead-zinc ore: galena, sphalerite, cerusite, etc

     Nickel ore: laterite nickel ore, copper-nickel sulfide ore, etc Bauxite and other mineral

    V - 63 Features

    Miniaturization, high performance, high speed, easy operation, N high sensitivity, high precision analysis

    - Simultaneously analyze 40 elements-

    Adopting multi-collimator, multi-filter, and background subtraction patented technology-

    The Peltier-cooled FAST SDD silicon drift detector offers excellent short-term repeatability and long-term reproducibility, as well as superior elemental peak resolution. –

     It features an ultra-high counting digital multichannel circuit design, dual vacuum pumping mechanisms, and an automatic vacuum stabilization system-

    Standard basic parameter method software, multi-tasking, multi-window operation-

    The patented thin-film filter technology effectively enhances the detection limit of light elements

    V - 63 Applications

    This models are expert in Mineral/Ore Analysis area and it is primarily used for:-

    Mining operations: exploration, extraction, grade control

    Industrial minerals: process control and quality control

    Other fields: raw materials for cement and building materials production, refractory materials, ceramics and glass, geochemical academic research, archaeology, etc-

    The new generation of Fast SDD detector, featuring a brand-new vacuum optical system and ultra high resolution technology, achieves optimal analysis results for the following light, medium, and heavy elements as well as common oxides: Na₂O, MgO, Al₂O₃, SiO₂, P₂O₅, SO₃, K₂O, CaO, TiO₂, Cr₂O₃, MnO, Fe₂O₃, ZnO, SrO, etc.-

    Excellent analytical performance covers various minerals:

    Iron ore: magnetite, hematite, ilmenite, siderite, etc

    Copper ore: chalcopyrite, cuprite, malachite, etc

    Chromium ore: chromite spinel, chromite, chromite-bismuthite, etc

    Molybdenum ore: molybdenite, copper-molybdenum ore, tungsten-molybdenum ore, etc

    Tungsten ore: scheelite, wolframite, cassiterite, etc

    Tantalum ore: tantalite, niobite, pyrochlor, etc Lead-zinc ore: galena, sphalerite, cerusite, etc

     Nickel ore: laterite nickel ore, copper-nickel sulfide ore, etc Bauxite and other mineral

    Over All Applications