Thermo Fisher iCAP ICP7600-OES Plasma Spectrometer

For most high demand trace element analysis, Thermo Scientific iCAP 7600 ICP-OES can efficiently and accurately transmit sample data, thereby increasing production capacity. This powerful spectrometer combines excellent performance with long-term stability and low gas consumption,

For most high demand trace element analysis, Thermo Scientific ™ iCAP ™ 7600 ICP-OES can efficiently and accurately transmit sample data, thereby increasing production capacity. This powerful spectrometer combines excellent performance with long-term stability and low gas consumption, providing a cost-effective method that can significantly improve the quality and quantity of trace analysis in your laboratory. Our high-capacity ICP-OES also provides flexible accessory support (such as laser ablation) and is equipped with Thermo Scientific technology ™ Qtegra ™ Intelligent Scientific Data Solution ™ ISDS software for easy setup and operation.

Inductively Coupled Plasma Optical Emission Spectroscopy (ICP-OES) is a widely recognized and powerful technique for analyzing and quantifying trace elements in liquid and solid samples.

The durable and reliable iCAP 7600 ICP-OES is a powerful elemental analyzer that takes up minimal space. The other features and advantages of this spectrometer are as follows:

generality:

It is an ideal choice for high-throughput contract laboratories and research and development facilities in most application fields.

Quickly analyze high demand sample matrices, such as those used in the fields of pharmaceuticals and materials science.

Scalability and accessory conductivity are maximized, supporting continuously growing laboratory requirements.

Productivity and performance:

The powerful Sprint valve, ultra fast analysis, high accuracy, and ease of use make this system capable of increasing the sample processing capacity in the laboratory.

Durable and reliable performance, along with powerful functionality and stability, make it capable of handling the most challenging sample matrices.

Efficient optical transmission and excellent resolution can improve system sensitivity and detection capability.

Choose wavelengths outside of 166-847 nm and perform optimal signal-to-noise ratio measurements at all concentrations.

A highly stable and temperature controlled multi-color analyzer can achieve long-term analysis operation and reduce the number of recalibrations.

The Element Finder plugin can automatically develop methods to select the most suitable wavelength for the sample.

Performance and flexibility:

Accurate and stable transport of all airflows can be achieved regardless of changes in the air environment to maintain plasma stability.

Easy connection to peripheral devices, convenient for integration with advanced technologies such as laser ablation.

A complete mass flow controller can deliver additional gases without the need for complex applications.

Multiple sample processing kits and automatic samplers are available to achieve simple, efficient configuration and optimal analytical performance.

There are dedicated configurations available for vertical observation of plasma or bidirectional (vertical and horizontal) observation of plasma.

The integrated hydride generation system accessory can provide sub ppb detection for hydride forming elements.

Software:

The Qtegra Intelligent Scientific Data Solution (ISDS) software can minimize task time and maximize automation.