Name: TESCAN TIMA for Mineral Processing
Brand: Tescan
SKU: UCB0WU8V
Availability: InStock

TESCAN TIMA for Mineral Processing

UCB0WU8V

Brand: Tescan

Category: Scanning Electron Microscopes

Industry: Material Science & Chemistry, Food, Agricultural & Environmental

The TESCAN TIMA is the leading automated mineralogy platform for particle-by-particle analysis of mineralogy, grain size, texture, and liberation.

Designed specifically for mining, mineral processing, and metallurgical applications, TIMA provides rapid, detailed, and reproducible measurements that empower operators to optimize plant performance and improve recovery outcomes.

Using elemental analysis with advanced EDS spectral summing and a comprehensive mineral database, TIMA measures what no other tool in a processing plant can — the size, composition, and texture of individual particles — delivering actionable insights that drive smarter decisions from exploration to production.

Request Quote

The TESCAN TIMA (TESCAN Integrated Mineral Analyzer) offers a complete automated mineralogy solution engineered for particle-scale analysis and process optimization in mining and metallurgy.

By integrating high-speed SEM imaging, multi-detector EDS analysis, and powerful mineral classification algorithms, TIMA quantifies mineralogical composition, grain size, and liberation characteristics directly from process samples.

Its 4-EDS detector configuration, coupled with TESCAN’s proprietary spectral summing algorithm, ensures superior sensitivity for low-abundance elements and precise differentiation of mineral phases — even in complex or fine-grained samples.

The platform’s automation-ready architecture supports continuous, unattended operation, allowing remote access and multi-user analysis for maximum throughput. Built-in application-specific workflows and a mineral species database of ~5000 entries simplify operation and interpretation, enabling metallurgists and geologists to focus on results — not setup.

TIMA’s offline data processing and report generation capabilities further enhance productivity, freeing up the instrument for continuous acquisition while users analyze data remotely.

Particle-by-Particle Mineral Analysis — Quantify mineralogy, grain size, texture, and liberation with unmatched accuracy.
4-EDS Detector System — Ensures high-speed data acquisition and precise identification of low-abundance elements.
Advanced Spectral Summing Algorithm — Delivers superior mineral chemical resolution and accurate elemental mapping.
Built-in Metallurgical Distribution Analysis — Understand complex mineral relationships at the particle and size-by-size level.
Automation-Ready Design — Supports unattended, continuous operation with minimal operator input.
Offline Multi-User Analysis — Process, visualize, and report results remotely to maximize instrument uptime.
Comprehensive Mineral Database — Contains ~5000 known mineral species for automatic classification.
User-Defined Scripts — Customize mineral identification, classification, and textural analyses for specific commodities.
Batch Sample Processing — Efficiently handle large datasets and continuous sample runs for production environments.

Every Particle Tells a Story — TIMA Lets You Read It.

The TESCAN TIMA transforms mineral processing by providing automated, high-speed, particle-by-particle analysis of mineralogy, composition, and texture.
With its 4-EDS detection system, spectral summing precision, and automation-ready design, TIMA delivers the insights needed to optimize recovery, monitor plant performance, and reduce operational costs.
From exploration geology to plant-scale metallurgical modeling, TIMA empowers industries to make data-driven decisions with clarity, confidence, and consistency — redefining what’s possible in automated mineralogy.

Parameter	Specification
Technology Platform	Automated SEM-EDS Mineral Analysis System
Detection System	4× Silicon Drift Detectors (EDS) with high-speed spectral summing
Elemental Sensitivity	Detects and quantifies trace elements and low-abundance phases
Automation	Continuous unattended operation with remote and offline analysis capability
Database Integration	~5000 mineral species (IMA-approved) for automated classification
Analysis Scale	Particle-by-particle and size-by-size measurement
Software Environment	Application-specific workflows with multi-user remote access
Sample Types	Concentrates, tailings, feed ores, slags, smelter residues, and composites
Applications	Mineral liberation, process monitoring, metallurgical modeling, and QA/QC

Recovery Optimization
Determine recoverable losses, trace hazardous elements (As, Sb), and assess concentrate purity.
Flotation Efficiency
Differentiate minerals containing identical elements (e.g., Cu in chalcopyrite, chalcocite, and covellite).
Comminution Control
Predict optimal grind size for maximum liberation in flotation and leaching operations.
Leaching Performance
Quantify carbonaceous minerals to forecast “preg-robbing” potential and recovery rates.
Smelting & Refining
Plan concentrate blends with similar smelting properties for consistent downstream processing.
Geometallurgical Integration
Link geological, mineralogical, and metallurgical data for optimized mine-to-mill planning.
Plant Surveys & Monitoring
Add mineralogical data to chemical assays for daily, weekly, or monthly process control.
Metallurgical Modeling
Populate predictive models with detailed particle-based mineralogical and textural data.

TESCAN TIMA for Mineral Processing