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Sanjia Diyan (Shanghai) Instrument Equipment Co., Ltd
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Sanjia Diyan (Shanghai) Instrument Equipment Co., Ltd

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    topthreegeoscience@163.com

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    18302175139

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    Minhang Industrial Park, Shanghai

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Lithofacies scanning laser microscope

NegotiableUpdate on 02/09
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Overview
Lithofacies polarizing microscope, capable of fully automatic lithofacies scanning and photography, fully automatic component scanning analysis, generation of three-dimensional content distribution map, scanning electron microscope effect, polarizing microscope price, high cost-effectiveness
Product Details

Fully automatic mineral scanning analysis


Over the past decadeThere have been many developments in scanning electron microscopy technologyAdded many practical and feasible optionsAutomation functionDuring operation, the light beam can also be maintainedVery goodStability ofextremeGreatly improved the stability and consistency of data.Even if the microscope is controlled remotelysystemIt can also quickly set up automated data collection.The software has template setting and selection functionsCan be based on the sample or oretypeParticle size or mineral sizeSample processing capacity, etcPre set a seriesThe data collection parametersTaking thin film samples as an exampleYou can directly apply the pre-set parametersAutomatic collection of data starting from counting.The software has a modern user interfaceImage and data navigation are very simplelightClick a few timesYou can quickly access itGo to the required location or dataextremelyImprove operational efficiencyEven novice users canQuick Startproficient in.Adopting * data collection mode, establishCorrect analysis methodRegarding the automatic mineralogical data collection sectionoptimizeThe key is to balance discernmentRate and throughputCompleted per unit timequantity).

Simplify the management of mineral storage and improve the accuracy of chemical quantification

The software not only provides modern mineral phase identification methodsAt the same time, it is also excellentModernized the management method of mineral storage.Targeting different applications or mineral typesCan be quickly accessedCreate a specialized mineral list for automatic mineral identificationEach mineral list canUsed to handle different acquisition parameters or different microscopic planesThe data obtained on stage.Users can base their knowledge on mineralogy fundamentals, etcbased on actualneedCustomized editing of the created mineral list, etc.The software comes with more than4000 Mineral informationSome of the mineral informationIt is based on high countingHigh resolutionlaserCreated from a spectrogramThese spectra are based onStandard quantitative analysis of elements provides important informationAnd build it into mineral classification recognitionNot in the program.In mineral library management software, users can easily set, delete, or add minerals,There are three specific methods:1. according tospectrumspectral dataCreate a new mineral2. Through the software's built-in mineral search functionAdd new minerals to the prospective mineral pool3. Based on chemical composition data obtained from a microscope or other meansCreate a new mineralUsers can not only create new mineralsIt is also possible to create non natural mineral phasescompareChemical materials with known compositionEqual alloy.For each mineral or phase entryUsers can choose according to their actual situationTo this articleAdd possible trace elements to the eyesOr add elements to replace information to considerThe situation of isomorphism.Users only need to master basic mineral chemistry knowledgeJust be able toUnderstand and master the setting methods of minerals.


A new mineral quantification method that helps:

More accurate information on the occurrence state of elements

Total components and comprehensive analysis results are more representative

Determination of key trace elements

Quantitative analysis of harmful elementsAnd accurately determine its associated minerals.

Mineral content

element content

Element occurrence state

Mineral embedding degree and symbiotic relationship

• 3D distribution of componentsview