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Beijing Xinyuan Zhiqin Technology Development Co., Ltd

  • E-mail

    yanan.bu@zxacca.com

  • Phone

    13810745894

  • Address

    216, 2nd Floor, Building 8, No. 9 Changxing East Street, Fangshan District, Beijing

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How much does a semi-automatic ore element analyzer cost

NegotiableUpdate on 03/18
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Overview
Olympus' ore analyzers, represented by the Vanta series, are designed specifically for fields such as geological exploration, mining, ore sorting, and environmental monitoring, providing fast and accurate elemental composition analysis.
Product Details

1. Main models and features

(1) Vanta Element-S (Economy)

  • Applicable scenariosBasic ore analysis, vein exploration

  • detect element: Mg (magnesium)~U (uranium)

  • Core strengths

    • High cost-effectiveness, suitable for users with limited budgets

    • Dustproof and waterproof (IP54), suitable for outdoor environments

    • Equipped with silicon drift detector (SDD), the detection speed is fast (1-3 seconds)

(2) Vanta C Series (High Performance)

  • Applicable scenariosHigh precision ore analysis, rare earth element detection

  • detect elementExpand to light elements (optional Li, Be, etc.)

  • Core strengths

    • Ultra high sensitivity (ppm level detection limit)

    • Measurable rare earth elements (REE) such as La, Ce, Nd, etc

    • endurehardEnvironment (-10 ° C~50 ° C)

(3) Vanta M Series (Industrial Grade)

  • Applicable scenariosMine quality control, raw material testing for smelters

  • detect elementFull element coverage (optional LIBS light element measurement)

  • Core strengths

    • Anti fall design (1.2-meter drop test)

    • Large capacity battery (continuous operation for 8-12 hours)

    • supportCloud data synchronizationFacilitate team collaboration

2. Core technology: X-ray fluorescence (XRF)

  • principleX-ray excitation of ore atoms and analysis of elemental composition through fluorescence spectroscopy.

  • precision

    • The error of major elements (such as Fe, Cu) is less than 1%

    • The detection limit for trace elements such as Au and Ag is up toPpm level

  • Applicable ore types

    • Metal ores (copper, iron, lead zinc, gold, silver, etc.)

    • Rare earth minerals (neodymium, lanthanum, cerium, etc.)

    • Industrial minerals (apatite, bauxite, etc.)


3. Typical application scenarios

industry specific purpose
geological exploration Quickly analyze the composition of mineral veins on site and guide drilling direction
mining Ore grade assessment (such as gold content and copper grade)
mineral processing plant Sort high-grade/low-grade ores and optimize the smelting process
environmental monitoring Detecting harmful elements (such as As, Hg, Cd) in tailings
Trade testing Notarization of components in ore trading to avoid adulteration

4. Precautions for use

  • Sample preparation

    • The surface of the ore needs to be cleaned (removing soil and oxide layer)

    • Granular samples need to be compressed or ground flat to improve accuracy

  • safety protection

    • XRF contains trace amounts of radiation, avoiding prolonged direct exposure to the human body

    • Pay attention to dust and moisture prevention when using in the wild (despite IP54 protection)

  • Calibration and maintenance

    • Regularly calibrate with standard ore samples (such as GSD-1A geological standards)

    • Avoid storing in high temperature and high humidity environments