Name: TESCAN TIMA for Earth Sciences
Brand: Tescan
SKU: 7CXXAFFW
Availability: InStock

TESCAN TIMA for Earth Sciences

7CXXAFFW

Brand: Tescan

Category: Scanning Electron Microscopes

Industry: Academia, Petroleum & Petrochemicals, Food, Agricultural & Environmental, Cement, Iron & Steel, Pollution Control

The TESCAN TIMA delivers a complete, automated solution for mineralogical and petrographic characterization, enabling geoscientists to identify, quantify, and visualize mineral phases with unrivaled speed, accuracy, and reproducibility.

Powered by advanced EDS spectral analysis, high-resolution BSE imaging, and a comprehensive mineralogical database, TIMA provides quantitative compositional data that streamline rock classification, provenance studies, and process optimization — all from a single integrated platform.

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The TESCAN TIMA (TESCAN Integrated Mineral Analyzer) revolutionizes mineralogical analysis by combining SEM-based imaging and automated EDS spectral data processing to generate quantitative mineral maps and textural classifications with remarkable detail.

Ideal for petrographers, mineralogists, and geoscientists, TIMA simplifies complex analytical workflows into a single, efficient, and reliable process. Using its 4-EDS detector system and high-sensitivity spectral summing algorithm, TIMA accurately detects even trace elements and fine-grained minerals within complex rock matrices.

The platform’s intuitive, workflow-based software and built-in mineralogical database — containing nearly 5,000 IMA-approved mineral species — eliminate subjectivity in interpretation and ensure fully reproducible results.

With offline data processing, users can perform advanced analyses and elemental mapping while freeing up valuable instrument time. Whether for academic research, exploration geology, or industrial process control, TIMA provides the clarity, confidence, and consistency essential to modern geoscience.

Automated Mineral Identification & Quantification — Analyze mineral assemblages automatically using algorithm-generated or user-defined classification rules.
Comprehensive Mineral Database — Includes nearly 5,000 International Mineralogical Association (IMA) approved species for effortless phase identification.
4-EDS Detector Configuration — Ensures rapid data collection and reproducible results across large sample areas.
High-Sensitivity Spectral Summing — Detects and quantifies low-abundance elements with superior accuracy.
Integrated Correlative Imaging — Acquire high-resolution BSE, EDS, and cathodoluminescence data in a single run.
Automated Mineral Search — Pinpoint minerals of interest within complex geological samples with ease.
Offline Data Processing — Perform detailed analysis and mapping without occupying instrument time.
Advanced EDS Batch Quantification — Assess chemical variability within grain populations or bulk rock compositions.
Predictive Phase Estimation — Estimate undetected elements (e.g., Li, Be) via stoichiometric recalculation and compositional inference.

See the Earth Differently — with Data You Can Trust.

The TESCAN TIMA transforms mineralogical research by combining automation, precision, and advanced EDS analytics in one unified platform.
From rock classification to provenance and porosity studies, TIMA empowers geoscientists to quantify, interpret, and visualize mineral compositions faster and more reliably than ever before.
With its 4-EDS system, integrated database, and offline analysis capability, TIMA sets a new benchmark for objective, reproducible mineral analysis — delivering clarity and confidence for every sample, every time.

Parameter	Specification
Technology Platform	Automated SEM-EDS Mineralogical Analyzer
Detection System	4× Silicon Drift Detectors (EDS) with spectral summing algorithm
Database Integration	~5000 IMA-approved mineral species
Spatial Resolution	Sub-micron imaging for grain and phase boundary detection
Elemental Detection	Quantitative and semi-quantitative EDS analysis, low-abundance element detection
Imaging Modes	BSE, EDS, Cathodoluminescence (CL)
Software Environment	Workflow-based interface with automated phase recognition and batch processing
Offline Data Processing	Full data accessibility for post-acquisition analysis
Applications	Mineralogy, petrology, geochemistry, mining, provenance, and environmental studies

Mineral Microanalysis — Resolve and identify fine grains with high-resolution BSE and EDS data.
Thermobarometry Support — Identify mineral pairs and coordinates for follow-up EPMA or LA-ICP-MS studies.
Geochronology — Automate detection and cathodoluminescence imaging of datable minerals (e.g., zircon, monazite).
Rock Classification — Quantify volumetric mineral proportions for accurate chemical characterization.
Automated Mineral Search — Locate petrogenetically significant or economically important mineral phases.
Provenance Studies — Analyze mineral chemistry (e.g., garnet, spinel) in sediments or archaeological materials.
Porosity Analysis — Quantify pore distribution and associations with mineral phases for reservoir or materials studies.
Sample Screening — Pre-select suitable specimens for further microanalytical techniques (EPMA, LA-ICP-MS).

TESCAN TIMA for Earth Sciences