Full-spectrum Direct Reading inductively Coupled Plasma Optical Emission Spectrometer

Overview

The ICP-OES MICS Series is a next-generation full-spectrum direct-reading inductively coupled plasma optical emission spectrometer designed to meet the demanding operational requirements of modern analytical laboratories. Equipped with a cutting-edge, integrated solid-state RF power supply, a stable constant temperature two-dimensional spectroscopic system, and a scientific-grade refrigeration overflow prevention CCD detection system, the ICP-OES MICS ensures exceptional performance across a wide range of applications. It leverages advanced spectral correction technologies developed in China, making it one of the most reliable and flexible ICP-OES systems available. The instrument combines precision, versatility, and ease of use, ideal for a variety of fields such as environmental protection, food safety, geology, metallurgy, petrochemicals, and clinical medicine.

With a detection limit that can reach parts per billion, the ICP-OES MICS is capable of performing qualitative, semi-quantitative, and precise quantitative analysis of major, trace, and ultra-trace elements across a broad spectrum. It features a scientific research-level CCD detector that covers the full wavelength range of 160–900 nm, enabling simultaneous detection of all elements in a single exposure. Its automatic safety features, including argon gas monitoring, solid-state RF power supply, and intelligent flame monitoring, provide reliability and ease of operation, making it a trusted solution for both experienced and novice users. Furthermore, the compact design and ease of maintenance make it highly suitable for frontline analytical experiments, facilitating miniaturization, convenience, and automation in laboratory settings.

Features：

• Precision Spectroscopic System:

  • Mid-step grating and prism dispersion for excellent spectral resolution and high luminous flux.

• Advanced CCD Detection System:

  • Self-developed large-format CCD with millions of pixels, covering 160-900 nm wavelength range, allowing for full-spectrum simultaneous detection.

• Integrated Solid-State RF Power Supply:

  • High output efficiency and stable power output with safety protections (water, gas, overload).

• Argon Gas Monitoring & Protection:

  • Automatic shutdown and alarm reminder when argon gas levels fall below the safety threshold.

• Intelligent Flame Monitoring:

  • Real-time flame status monitoring with automatic shutdown in case of flameout.

• High Precision Airflow Control:

  • Mass flow controllers (MFCs) with continuous adjustable flow rate for plasma, auxiliary, and carrier gases, ensuring accurate test results.

• Peristaltic Pump Injection Device:

  • Five-channel, fully automatic design with adjustable speed for online sample dilution and internal standard addition.

• Compact & Easy to Maintain:

  • Designed for ease of operation and low maintenance, making it suitable for both experienced and novice users in various laboratory settings.

Specifications