In the modern era of industrialization, precise analysis of trace and ultra-trace concentrations of chemical elements plays a vital role in business development. From the pharmaceutical industry with its strict biosecurity requirements and environmental testing labs to metallurgy and mining sectors demanding high durability, a versatile analytical instrument is what every laboratory aims for. Understanding this demand, Maxlab proudly introduces the next-generation High-Resolution ICP-OES Spectrometer, highlighting the ICP-700T Pro model – a comprehensive technological solution to elevate the analytical capabilities of your laboratory.

When operating an optical analysis system, technicians frequently face two challenging problems: spectral interference between elements with adjacent wavelengths and exorbitant operational costs, particularly regarding argon gas consumption. Conventional instruments on the market typically offer an optical resolution of around 0.008nm, which often leads to inaccurate data readings or requires tedious hours of manual raw background data processing.

The introduction of the Bovei High-Resolution ICP-OES Spectrometer, officially distributed by Maxlab, has redefined the standards of spectral analysis. The ICP-700T Pro model is equipped with revolutionary technological improvements that not only eliminate spectral overlap but also optimize operational costs to an all-time low.

The core element behind the reputation of this High-Resolution ICP-OES Spectrometer is its Czerny-Turner optical design with a focal length of up to 1000mm. This is combined with an optional ultra-high ion-etched holographic grating featuring 4320 lines/mm.

This perfect synergy allows the ICP-700T Pro to shrink the standard resolution of ordinary instruments from 0.008nm down to an ideal level of under 0.005nm (for the Mn257.610nm line). This ultra-high resolution ensures that mutual spectral interference between test elements never occurs, making the quantification of complex matrices absolutely accurate.

The instrument features a self-developed solid-state high-frequency RF generator with an adjustable output power range from 800W to 1600W. This RF power supply can be continuously adjusted with an incremental accuracy of 1W and exhibits an impressive power stability of less than 0.01%. Combined with advanced automatic tuning matching technology, the energy delivered to the plasma load always maintains maximum efficiency, ensuring a highly stable sample ionization process.

In the world of trace analysis (ppb level), the Relative Standard Deviation (RSD) is the most precise metric for evaluating instrument stability. While standard spectrometers only achieve an RSD ≤ 1.5%, the ICP-700T Pro model proudly sets a new benchmark with an RSD ≤ 1.0% (tested with a 2ppm mixed multi-element solution). The measurement results obtained between multiple sample runs are almost identical, providing absolute reliability for strict quality control audits.

Beyond the impressive hardware specifications, the High-Resolution ICP-OES Spectrometer model ICP-700T Pro wins over users with its intelligent engineering and optimized control software:

One of the greatest barriers for businesses considering an investment in an ICP-OES system is the high cost of maintaining argon gas, along with the traditional requirement for ultra-high purity argon (99.999%).

The High-Resolution ICP-OES Spectrometer ICP-700T Pro provided by Maxlab breaks down this economic barrier. The system’s gas delivery path is heavily optimized so that it only requires commercial-grade argon gas with a purity of 99.99% to operate flawlessly. Furthermore, when the instrument is not in operation, the power supply, cooling water circulator, and gas lines are completely shut down without incurring any standby costs. As a result, businesses can save at least one-third of their monthly operational costs compared to other brands on the market.

The system is capable of simultaneously analyzing over 70 elements (including all metallic elements and the vast majority of non-metals) with a wide linear dynamic range spanning 5 to 6 orders of magnitude. Consequently, it is widely applied in:

Maxlab does not simply supply scientific instruments; we deliver a comprehensive solution for your entire laboratory ecosystem. When choosing the High-Resolution ICP-OES Spectrometer model ICP-700T Pro at Maxlab, customers receive:

Let the High-Resolution ICP-OES Spectrometer model ICP-700T Pro become your ultimate asset, ensuring credibility and precision for every analytical result in your laboratory. Contact Maxlab today to receive a detailed quotation and explore our latest technological promotion programs!