LCMS-8065XE
The new LCMS-8065XE is a triple-quadrupole mass spectrometer with EVOLVED, EFFICIENT, and EXACT capabilities. These exceptional capabilities ensure high reliability and enhanced productivity, empowering the laboratory for the future.
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Product Description
The new LCMS-8065XE is a triple-quadrupole mass spectrometer with EVOLVED, EFFICIENT, and EXACT capabilities. These exceptional capabilities ensure high reliability and enhanced productivity, empowering the laboratory for the future.
Technical specifications
Exploring the Core of High-Sensitivity Analysis
The newly designed StreamFocus ESI probe enhances UFsensitivity™ analysis by reducing droplet dispersion within the ESI spray. Equipped with a specially engineered low-diffusion nebulizer nozzle, it enables greater ion intake while reducing nebulizer gas consumption—making it particularly well-suited for reducing operational expenses.
The IonFocus unit in the LCMS-8065XE optimizes ion transmission. It solves the common trade-off between contamination reduction and sensitivity loss by using an electrode to focus and direct only target ions into the mass spectrometer, excluding neutral contaminants. This results in high sensitivity, exceptional robustness, and enhanced instrument uptime for reliable, long-term analysis.
New UF Technologies Enable Ultra-Fast Mass Spectrometry Applications
Shimadzu’s triple quadrupole mass spectrometers, powered by a suite of proprietary UF Technologies, have earned widespread acclaim from users across diverse applications. The new LCMS-8065XE incorporates the latest advancements in these technologies, delivering unmatched sensitivity and faster analysis speeds—redefining what’s possible in quantitative mass spectrometry.
UFsweeper™ Ⅳ
Shimadzu's proprietary UFsweeper™ technology—designed to efficiently guide ions through the collision cell without energy loss—has been further refined. The updated collision cell features a larger entrance lens diameter and an increased number of lenses, significantly boosting ion throughput. These improvements result in enhanced ion transmission and greater sensitivity, enabling more precise and reliable quantitative analysis.
