Thermo Fisher plasma spectrometer

Thermo Fisher plasma spectrometercover all aspects

Radom Corporation, located north of Chicago and on the west coast of Lake Michigan, is a global leader in plasma technology, providing sustainable and innovative solutions for industries such as analytical instruments, clean technology, hydrogen production, and nitrogen fixation.

Over the past 15 years, RADOM scientists have focused on reforming and innovating plasma technology, developing a highly differentiated plasma technology called Cerawave ™, Currently, intellectual property protection has been obtained in multiple countries and regions around the world.

Revolutionary Cerawave ™ The technology can generate powerful and sustainable plasma, and the groundbreaking 1-100 kW high-power plasma torch does not require a water circuit, cooler, or radiator. This scalable, electrodeless design provides good efficiency, aiming to improve safety, reduce operating costs, and minimize environmental pollution, opening the door for large-scale industrial and environmental applications.

Thermo Fisher plasma spectrometerIntroduction

Equipped with Cerawave ™ The new RADOM ICP technology adopts a modular design, consisting of two modules: a plasma generator (including an injection system) and a mid step spectroscopic detection system.

Durable and sturdy plasma generator, generating stable and strong

2450 MHz plasma, an international technology high frequency band low-power RF generator that does not require external water cooling and significantly reduces after-sales maintenance costs.

The injection system adopts a standard 20mm torch tube outer tube, and a variety of specifications such as 1mm, 1.5mm, 2mm, and 2.5mm center tube can be selected. The torch tube is vertically placed and efficient tail flame removal technology is used.

Torch tube precise positioning component, easy and simple to operate: press the lock buckle, install the torch tube, align the hole position, and complete.

Performance Characteristics

Environmentally friendly, green and low-carbon

No need for external circulating water machine, low noise

RF energy utilization is higher, and the torch tube is less prone to salt/carbon deposition

Adopting classic stepped grating spectroscopy, with one exposure and full spectrum direct reading

The Mass Flow Controller (MFC) accurately controls the cooling gas, auxiliary gas, and atomization gas to ensure data accuracy

Stable plasma gas demand: nitrogen

Gas source: liquid nitrogen, compressed nitrogen, nitrogen generator

Can be connected to an automatic sampler

Low maintenance frequency and extremely low operating costs

RIS operating software

The interface is simple, easy to operate, and the functions are intuitive

Convenient display of high-resolution spectral peaks

All spectra can be saved and retrieved twice

Plasma specific spectral line library

Pre stored curves for fast qualitative and semi quantitative analysis

Fully automatic preheating and plasma control

Internal standard calibration

Fully automatic and precise peak fitting

Real time status display

compact structure

Compact size, saving space

Easy to install and get started with

Strong anti-interference ability, stable and reliable performance

Complete deployment within 1 hour, from packaging box to startup testing

Can be used to build mobile laboratories and achieve real-time source detection

Typical Applications

High salt, hazardous waste, seawater

Direct analysis of high salt samples (30%)

Specialized injection system, low maintenance

Geology and Mining

Mining or recycling of precious metals

Fast, low-cost, and safe completion of on-site ore testing

Detection of Wear Metal Elements in Lubricating Oil

Stronger substrate tolerance

Lower usage and maintenance costs

Longer service life

Detection of metal elements in bleach (disinfectant)

Production and storage process monitoring

Utility guarantee

Preventing environmental pollution