Description
EDX 7000
EDX (Energy Dispersive X-ray Fluorescence)
EDX is a non-destructive technique used for rapid elemental screening and composition analysis, especially for solid, liquid, and powder samples with minimal preparation.
Available Models
- EDX-8000 – high-performance XRF analyzer for rapid, non-destructive multi-element screening
- EDX-7000 – versatile XRF system for routine elemental analysis with minimal sample preparation
Core Characteristics & Performance
- Non-Destructive Analysis – preserves sample integrity
- Minimal Sample Preparation
- Simultaneous Multi-Element Detection (Na–U range)
- Wide Dynamic Range – ppm to high % concentrations
- Fast Screening Capability – ideal for high-throughput environments
Smart Features & Automation
- Fundamental Parameter (FP) Method – quantitative analysis without standards
- Automated Sample Handling Options
- Built-in Calibration & Method Libraries
- User-Friendly Software for Rapid Analysis
Industries Served
- Water & Environment– soil and solid waste screening
- Material Testing – material composition, alloy verification, ore analysis, hazardous substance screening
AA-7800 Series
Atomic Absorption Spectroscopy (AAS)
AAS is used for the quantitative determination of specific metals in samples, making it ideal for routine and targeted elemental analysis.
Key Models
- AA-7800 Series – advanced atomic absorption system with enhanced automation for high-precision metal analysis
- AA-7000 Series – reliable AAS platform for routine elemental quantification with flexible configurations
Core Characteristics & Performance
- High Selectivity for Target Elements
- Dual Atomization Options – flame (routine) and graphite furnace (trace analysis)
- Good Detection Limits – suitable for ppm to low ppb levels
- Stable Optical System – ensures reproducibility
Smart Features & Automation
- Automatic Flame Optimization & Gas Control
- Graphite Furnace Automation – temperature programming and sample handling
- Self-Diagnostics & Safety Monitoring
- LabSolutions AAS Software – streamlined workflows and reporting
Industries Served
- Water & Environment – heavy metals in water and soil, soil and fertilizer analysis
- Food & Beverage – metal contamination analysis
- Pharmaceutical – raw material and impurity testing
ICPE 9800
ICP-OES (Inductively Coupled Plasma – Optical Emission Spectroscopy)/ ICPE
ICP-OES enables simultaneous multi-element analysis with high speed and accuracy, ideal for medium to high concentration ranges.
Key Shimadzu Models
- ICPE-9800 Series – high-throughput ICP-OES system for simultaneous multi-element analysis across wide concentration ranges
Core Characteristics & Performance
- Simultaneous Multi-Element Detection
- Wide Dynamic Range – from ppm to percent levels
- High Throughput – rapid analysis of multiple elements
- Robust Plasma Source – handles complex matrices
Smart Features & Automation
- Auto Plasma Ignition & Optimization
- Background Correction & Interference Reduction
- Automatic Sample Introduction Systems
- LabSolutions ICP Software – method development and data handling
Industries Served
- Water & Environment – water, soil, and waste analysis
- Material Testing – ore and alloy composition
- Petroleum & Chemicals– trace metals in fuels and oils, raw material quality control
ICPMS 2050
ICP-MS (Inductively Coupled Plasma Mass Spectrometry)
ICP-MS is Shimadzu’s highest-sensitivity elemental technique, enabling ultra-trace detection and isotopic analysis for complex and regulated applications.
Key Shimadzu Models
- ICPMS-2030 – compact, high-sensitivity ICP-MS system for routine to advanced trace elemental analysis
- ICPMS-2040 / 2050 (series evolution) – next-generation ICP-MS system delivering enhanced sensitivity and productivity for ultra-trace analysis
Core Characteristics & Performance
- Ultra-Trace Detection (ppb to ppt levels)
- Multi-Element & Isotope Analysis
- Wide Dynamic Range
- High Throughput with Fast Scanning
- Excellent Interference Control
Smart Features & Automation
- Collision/Reaction Cell Technology – minimizes spectral interferences
- Automatic Tuning & Plasma Optimization
- Integrated Sample Introduction Systems
- Advanced LabSolutions ICP-MS Software
- Self-Diagnostics & Predictive Maintenance
Industries Served
- Pharmaceutical – ICH Q3D elemental impurity compliance
- Water & Environment – trace metals in water and air
- Food – toxic element detection
- Material Testing – ultra-trace contamination control in semiconductors
- Clinical & LifeSciences – trace element and biomonitoring studies
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