Ignix 6100
ICP-OES

Description

Ignix 6100 is built on cutting-edge innovations to deliver superior performance and reliability 

Its revolutionary vertical torch with dual-view technology effortlessly analyzes samples with vast concentration differences within complex matrices. Our specially optimized RF generator delivers exceptional stability and sample adaptability. 

At the heart of the system, a proprietary large-area, high-sensitivity UCCD (UltraField CCD) detector captures the entire spectrum with outstanding clarity. 
Built on decades of spectroscopic expertise, our advanced technologies work as one. They deliver rock-solid performance: <1% RSD stability over 8hours and <0.1% RSD precision. The system delivers fast, consistent, and reliable results you can trust. 

Features

Rock-solid Performance

• 8-hour stability <1% RSD, precision <0.1% RSD
• Core components such as RF generator and injection system designed for long-term stability

Vertical Dual-View Technology (Axial + Radial)

• Vertical torch placement reduces salt deposition in high-salt samples, extends torch lifetime, and eases maintenance
• Axial view: high sensitivity for low-concentration analysis
• Radial view: minimizes matrix interference
• Adjustable observation height allows optimal positioning for each element, maximizing sensitivity and reproducibility

UltraField CCD (UCCD): Enhanced Sensitivity, Wavelength Range, and Simultaneous Analysis

• Large-area UCCD with larger pixels, ultra-low noise, and enhanced deep-UV response
• Anti-blooming design prevents strong spectral line overflow, improving accuracy for adjacent lines
• Full wavelength range 165–900 nm measured in a single scan; up to 72 elements simultaneously in seconds

Multi-dimensional Optical System

• All-solid-state, constant-temperature 2D optical system with full-spectrum real-time correction
• Optical path minimizes refraction/reflection, maximizing UV light intensity
• Optical enclosure maintained at 36°C to minimize drift; purge channels provide rapid argon environment for UV analysis
• Thermal barrier design reduces environmental influence and enhances ruggedness for field/mobile use

Highly Optimized RF Generator

• Self-excited RF with rapid matching stabilizes plasma even for challenging samples (organic solvents, air introduction), reducing flameout risk
• RF power continuously adjustable 500–1600 W
• Water-cooled thermal management keeps power drift <0.1%, improving long-term reliability

Active Drift Guard

• Automatically sets spectral positions during startup/ignition using C/N/Ar native lines, no sample required
• Real-time full-spectrum alignment using neon reference lines corrects minor spectral shifts during measurement

OnePass Gain & Dynamic Range Expansion

• Automatic attenuation based on element concentration, supporting single-run analysis of wide dynamic range samples
• Supports direct measurement of 1–100× concentration range

Dynamic Data Integration System

• Simultaneously acquires signal and background, automatically selects optimal exposure based on real-time spectrum intensity
• Microsecond-level integration times, combined with calibration, extend dynamic range and prevent saturation
• Reduces repetitive dilution, improving quantification speed and accuracy

Advanced Injection Control System

• 12-rotor, 4-channel peristaltic pump for stable sample delivery; supports automatic addition of standards
• Multi-channel MFC (0.01 L/min) for precise and reproducible gas flow control
• Fully modular torch with self-aligning structure, center-tube replacement reduces consumable costs

Smart MFC-Controlled Dilution

• MFC-controlled argon dilution line supports >10% salt samples, simplifying sample preparation

IgnixPro Software

• Real-time equipment status monitoring and alerts
• Method management: backup/import
• Full-range spectral control, sub-array settings, user-friendly interface