Quantima/IntegraInductively Coupled Plasma Emission Spectrometer ICP

40.68 MHz self-excited RF generator is robust and durable, with high energy conversion efficiency in the industry

Depending on the application, different gratings can be selected to achieve higher resolution (up to 0.004nm) or higher sensitivity

The scanning speed of the monochromator has increased by 11% compared to traditional instruments, further reducing the consumption of argon gas

The optical stability of a constant temperature optical system

Nitrogen purging optical system, with the analytical capability of vacuum optical system, while avoiding frequent regular maintenance of vacuum pump

Integra optional dual path system configuration to improve analysis yield or simultaneously obtain analysis results at different resolutions

High precision quality flow meter, accurately controlling the flow rates of atomizing gas, auxiliary gas, and plasma gas

Using an argon humidifier to process various complex matrices (such as 40% high salt samples) without the need for sample dilution, and improving the detection capability of trace analysis

•Inductively Coupled Plasma Emission Spectrometer ICPOrganic samples can be analyzed directly without any oxygenation accessories

The built-in cooler means there is no need to configure a bulky external circulating cooling device

Among numerous ICP-OES, the consumption of argon gas is the least: for water-based samples, the consumption of argon gas is less than 11 L/min

Powerful multitasking Windows 32-bit software

230 parameters of computer-controlled instruments

Mature and comprehensive automatic optimization software

•Powerful semi quantitative function

Plasma Cam allows for convenient real-time observation of plasma torch flames through a computer

The plasma complete protection system PIP reduces the formation of "hollow flames" and avoids the melting of rectangular tubes