Inductively Coupled Plasma Emission Spectroscopy (ICP-OES) – ToronICP™ 700P (Advanced)
Inductively Coupled Plasma Emission Spectroscopy – ToronICP™ 700P (Advanced) is a high-performance analytical solution designed for fast and accurate multi-element analysis in modern laboratory environments. Utilizing inductively coupled plasma emission spectroscopy, the system generates a stable, high-temperature inductively coupled plasma that excites elements within liquid samples and measures their characteristic emission spectra with high sensitivity and precision.
The ToronICP™ 700P is an advanced inductively coupled plasma spectrophotometer for simultaneous multi-element detection over a wide dynamic range. It features a stable, solidstate RF power supply and intelligent software for streamlined system control, data acquisition, and processing. Designed for performance and ease of use, it makes advanced ICP analysis accessible to routine laboratories and new users.
Applications
The Inductively Coupled Plasma Emission Spectroscopy – ToronICP™ 700P (Advanced) is widely used across industries that require reliable elemental analysis, including:
- Environmental monitoring, for trace and major element analysis in water, soil, and environmental samples
- Metallurgy and materials science, including alloy composition and impurity control
- Chemical and petrochemical laboratories, supporting raw material and product quality evaluation
- Geological and mineral analysis, for elemental characterization and research
- Industrial quality control laboratories, requiring fast and repeatable results
- Academic and research institutions, conducting routine and advanced ICP studies
Inductively Coupled Plasma Emission Spectroscopy – ToronICP™ 700P (Advanced) Key Features
- Inductively Coupled Plasma Emission Spectroscopy (ICP-OES) for rapid, simultaneous multi-element detection
- Advanced solid-state RF power supply, ensuring stable plasma generation and reliable long-term operation
- High degree of automation, with software-controlled ignition, tuning, and analytical workflows
- Low detection limits, suitable for trace-level elemental analysis
- Fast analysis speed, supporting high laboratory throughput
- Optimized spectral processing algorithms, reducing interference and improving data accuracy
- User-friendly software interface, enabling efficient operation with minimal training
- Optional audit trail and access control, enhancing data integrity and traceability
ToronICP™ 700P software operation interface
Optional audit trail and access control
Theory and Working Principle
Inductively Coupled Plasma Optical Emission Spectroscopy (ICP-OES) is a robust and versatile analytical technique for elemental analysis. It operates by introducing liquid samples, converted into a fine aerosol, into an extremely hot, stable argon plasma. This plasma is generated using a radio-frequency electromagnetic field, creating temperatures that can exceed 10,000 K.
Within this high-temperature plasma, the elements in the sample become excited and subsequently emit light. Crucially, each element emits light at specific, unique wavelengths. The inductively coupled plasma spectrophotometer then detects this emitted light, which enables the simultaneous identification and precise quantification of numerous elements.
ICP-OES is highly valued across various fields—including environmental monitoring, industrial quality control, metals analysis, and scientific research—due to its key attributes: high sensitivity, accuracy, speed, minimal chemical interference, and a broad linear measurement range.
Inductively Coupled Plasma Emission Spectroscopy – ToronICP™ 700P (Advanced) Technical Specifications
| Model | ToronICP™700P |
|---|---|
| Analytical Technique | Inductively Coupled Plasma Emission Spectroscopy (ICP-OES) |
| Instrument Type | Inductively Coupled Plasma Spectrophotometer |
| Element Detection | Up to 70 elements |
| Analysis Mode | Simultaneous multi-element analysis |
| RF Generator | Solid-state RF power supply |
| Operation Mode | Fully automated, software-controlled |
| Software Functions | Real-time spectral display, analysis, data storage, export |
| Data Integrity | Optional audit trail, permission management, data backup |
| User Management | Multi-user, multi-permission access |
| Application Areas | Environmental, chemical, petrochemical, metallurgical, geological, research labs |