CVC MicroTech Nano-XPLC & Nano Column - 8 Pages
theONEandONLY This cutting-edge innovation has emerged for pursuit of greener and healthier life. It requires less solvent for almost 1/8000 of consumption compared with the traditional HPLC. One gallon of acetonitrile will be exhausted by 2.6 days for traditional HPLC running 24 hours a day; it can however prolong for 22,000 days (60 years) when used for the Nano XPLC. The less consumption of acetonitrile benefits greatly not only for the environment but also for users' health. This safer and more eco-friendly technology is built on the CVC patented technology of splitless nano flow rate pump, it allows the flow rate ultimately down to 10 nl/min. under the extremely high pressure up to 20,000 psi. The combination of ultra-high pressure HPLC and 100 cm nano-columns enhances significantly sample analysis productivity. With the CVC world-leading technology, Nano XPLC is designed to satisfy ail strict requirements of quality in life science, research of proteomics and metabolomics, and new drug discovery. Dual-core Nano XPLC also advances the productivity of mass spectrometer. Its dual-core processing pump is composed of 2 sets of binary pumps which can continuously pass analytes to MS from one binary gradient pump to another in squence. CVC Dual-core Nano XPLC system gn驩rtes twice efficiency of LC/MS analysis in a cost-effective way. So powerful and intelligent, like KING KONG's turn-up shocks the whole world, CVC Nano XPLC cornes out to unlimit your expectations to the next gn⩩ration of liquid chromatography analysis. Nano XPLC Nano XPLC, the Extrme High Performance Liquid Chromatograph, is an innovative nanoscale flow rate high performance liquid chromatograph. High Reproducibility: Closed loop digital control for reliable 7-24 opꕩrations Flexibility: From binary to 2D and dual channel high throughput analyzer Օ High Sensitivity: Sub-femtomole dtection High Resolution: 100 cm column applications at 20,000 psi 镕 High Speed: High pressure, high flow rate, short column length, & 1.7 um particles Patent The Patented Closed-Loop Digital-Motion-Control Technology guarantees prcise control of the piston motion to achieve high accuracy and high reproducibility of the flow rate management. Flow rate range is 20 nL/min ~ 50 uL/min.