High-Precision Icp-Ms Spectrometer for Element Analysis, Mass Range 2-260 Amu

Behold the groundbreaking SUPEC 7000 ICP-MS, a marvel of modern engineering and scientific innovation brought to you by Suzhou Yuanyin Technology Co., Ltd. This High-Precision ICP-MS Spectrometer is meticulously designed to conquer core technical challenges in the realm of mass spectrometry. It boasts an impressive array of state-of-the-art features, including the precision flow field control of high-temperature gases, sophisticated multistage gradient vacuum systems, and high-sensitivity ion interfaces for unparalleled performance. The instrument integrates a distributed collision reaction cell and a quadrupole mass analyzer, both exhibiting remarkable temperature and humidity resistance, ensuring reliability in diverse conditions. Harnessing the power of advanced technology, the SUPEC 7000 seamlessly combines with liquid chromatography, an online gas dilution system, and automatic rapid injection. Its versatile capabilities extend to oxy-combustion, laser ablation, direct atmospheric injection, and organic injection, catering to the demands of various specialized professional applications. Elevating the user experience, the Element V mass spectrometry software system provides an intuitive interface with a comprehensive standard methodology library, automatic tuning, and a guided operational mode, coupled with real-time visualized status monitoring. This synergy dramatically simplifies the operational complexities, making it accessible for laboratory experts and novices alike. It's a powerful ally in satisfying the broad spectrum of laboratory applications with ease and precision.

Experience the exceptional versatility of our High-Precision ICP-MS Spectrometer, your ultimate solution for advanced element analysis across diverse industries. This cutting-edge system is expertly designed for seamless integration into a multitude of fields, ranging from water quality and soil analysis to atmospheric particulate matter assessment and solid waste investigation. Additionally, it offers unparalleled precision in analyzing food, animals, plants, and food contact materials. Its robust capabilities extend to cosmetics, semiconductors, high-purity materials, minerals, petrochemicals, industrial products, textiles, and beyond. Each analysis is meticulously aligned with stringent national standards, ensuring reliable and accurate results that meet the most demanding analytical requirements.

Experience unparalleled precision with our cutting-edge ICP-MS technology, ingeniously refined through aerodynamic simulation at the thermal plasma-vacuum junction. Achieve dramatic enhancements in sensitivity, a remarkable increase of 3 to 5 times, pushing the detection limits to astonishing ppt levels. Perfectly designed for discerning analysis of high-purity materials and reagents, this innovation sets a new standard in elemental analysis.
The SUPEC 7000's extraordinary matrix resistance welcomes high-salt samples, accommodating concentrations up to 10% effortlessly. This capability is realized through meticulous fluid simulations of ion interfaces and innovative design incorporating dual off-axes at the front and back. Patented collision reaction cells, coupled with a powerful self-excited all-solid-state ICP ion source and argon online dilution, fortify this system with unrivaled technological prowess, ensuring immaculate accuracy and repeatability in complex sample analysis.
Revolutionize your analytical procedures with our state-of-the-art gas path design. The integration of a digital pressure control system with high-precision regulation guarantees unmatched stability in flow analysis, elevating your data integrity to new heights. This sophisticated arrangement ensures consistently superior analytical data performance, providing confidence in every measurement.
Bringing innovation to mobility, the SUPEC 7000 stands alone as the only ICP-MS capable of on-board operation. Meticulously engineered for shock absorption with an all-solid-state design, it has undergone rigorous testing against road load data and real-world conditions. Its performance over tens of thousands of kilometers confirms its outstanding reliability, making it the ideal choice for dynamic applications on the move.
Discover the ultimate convenience with our fully automated heavy metal analysis system, adeptly designed for laboratory filter membranes, soil, and more. Our cutting-edge on-line monitoring systems provide continuous oversight of heavy metals in surface water and atmospheric particles, offering an indispensable tool for environmental surveillance and ensuring the safety of our ecosystem with precision and ease.
 

- Impressive Mass Range: 2-260 amu.
- Versatile Mass Resolution: Offers both high and standard resolution, adjustable from 0.3-2.0 amu. This continuous adjustment allows both modes to be utilized within a single analytical method, enhancing the versatility of sample analysis through resolution changes.
- Remarkable Linear Dynamic Range: Exceeding 9 orders of magnitude, ensuring wide-ranging analytical capabilities.
- Outstanding Background Stability: Defined as the mean at 5 amu, maintaining a superbly low background signal below 0.5 cps.
- Exceptional Short-Term Stability: Achieves a 20-minute stability with an RSD of less than 2%.
- Consistent Long-Term Stability: Delivers a 2-hour stability with an RSD under 3%.
- Superior Sensitivity: Under consistent instrument conditions, Li sensitivity exceeds 20 Mcps/ppm, In surpasses 180 Mcps/ppm, and U exceeds 200 Mcps/ppm, ensuring precise element detection.
- Control of Ion Interferences: Double charged ions and oxide ions, specifically Ce++/Ce+ and CeO+/Ce+, are expertly managed to remain below 3%.
- Exceptional Limit of Detection: Li detection limit is impressively low, under 2 ppt, and similarly, In and U limits are below 0.1 ppt, ensuring high precision in trace analysis.
- High Abundance Sensitivity: At the low mass end, 1 x 10-6; at the high-quality end, 5 x 10-7, providing superior sensitivity.
- Mass Axis Precision: Demonstrates exceptional stability with a mass axis shift of less than 0.05 amu over 24 hours.
- Precise Isotope Ratio Accuracy: Less than 0.2% for the 107Ag/109Ag ratio, with robust isotope ratio measurement capabilities.

- Encompassing the cutting-edge Icoupling mass spectrometer host, which includes the following components:
- The state-of-the-art ICP-MS dedicated analysis software, complete with an intuitive online help system, ensuring seamless operation.
- Advanced fast injection sample control software module. (Accompanied by verifiable proof of software screenshots.)
- ETV solid injection control software module, designed for precision. (Accompanied by verifiable proof of software screenshots.)
- Fully automated super microwave digestion device control software module, offering unparalleled efficiency. (Accompanied by verifiable proof of software screenshots.)
- A comprehensive set of tuning fluid and internal standard solution, tailored for optimal performance.
- Comprehensive one-year consumables package requirements: (Note: these are not included in the random consumables)
- High-quality quartz moment tube, 1 piece, ensuring durability and reliability.
- Peristaltic pump drain tube, 1 pack, engineered for consistent performance.
- Peristaltic pump input sample tube, 1 pack, crafted for precision and efficiency.
- Internal label input sample tube, 1 pack, designed to maintain integrity and accuracy.

Suzhou Yuanyin Instrument Co., Ltd. proudly stands as a leader in the innovative sphere of Analyzing Instruments. Our unwavering commitment is to provide unparalleled, state-of-the-art solutions that redefine testing services and equipment. Each offering is meticulously crafted to address the rigorous analytical requirements across diverse industries, ensuring top-tier precision and unmatched excellence.