English
The Ebio Reader 3700 Plus time-of-flight mass spectrometer is a multifunctional and multi-purpose biological detector based on the time-of-flight (MALDI-TOF) mass spectrometry platform. It is widely used in medical microbiological identification, industrial microbiological identification, medical biomarker identification, protein and nucleic acid identification, medical SNP detection...
ICP-TOF-MS 3800 Inductively Coupled Plasma Time of Flight Mass Spectrometer
Low operating costs Instrument operating costs are very important for each laboratory. The ICP-TOF-MS 3800 has a fast analysis speed and far lower argon consumption than the quadrupole ICP-MS. It takes only 25 seconds to analyze the 20 elements in the sample ICP-TOF-MS 3800.
The argon consumption of the ICP-TOF-MS 3800 is 12L/min, because the analysis speed of the ICP-TOF-MS3800 is more than 5 times faster than that of the quadrupole mass spectrometer, making it more than ten times lower than that of the quadrupole when analyzing each element, which of course saves a lot of costs.
The new octapole colliding cell (OCC) addresses the technical advantage of the ICP-TOF-MS 3800 that can simultaneously analyze all mass numbers. The mass-independent octapole colliding cell (OCC) can perform interference management in sample analysis and remove all interfering ions in the full mass range. The OCC is located inside the ICP-TOF-MS 3800 for easy maintenance and maintenance.
Rapid sample analysis ICP-TOF-MS 3800 has synchronous data collection capabilities. During the analysis process, all elements and their isotope information that ICP-MS can detect can be obtained for accurate quantitative analysis. All mass numbers are obtained at the same time, which means that users can see potential contaminants and elements that are not considered and concerned at this stage. This additional information can prompt users to investigate and quantify newly identified contaminants and elements. ICP-TOF-MS 3800‘s analysis speed is 5 times faster than any quadrupole ICP-MS. For users with a large number of samples, it is one of the must-have analysis tools!
ICP-TOF-MS 3800 Inductively Coupled Plasma Time of Flight Mass Spectrometer
Low operating costs Instrument operating costs are very important for each laboratory. The ICP-TOF-MS 3800 has a fast analysis speed and far lower argon consumption than the quadrupole ICP-MS. It takes only 25 seconds to analyze the 20 elements in the sample ICP-TOF-MS 3800.
The argon consumption of the ICP-TOF-MS 3800 is 12L/min, because the analysis speed of the ICP-TOF-MS3800 is more than 5 times faster than that of the quadrupole mass spectrometer, making it more than ten times lower than that of the quadrupole when analyzing each element, which of course saves a lot of costs.
The new octapole colliding cell (OCC) addresses the technical advantage of the ICP-TOF-MS 3800 that can simultaneously analyze all mass numbers. The mass-independent octapole colliding cell (OCC) can perform interference management in sample analysis and remove all interfering ions in the full mass range. The OCC is located inside the ICP-TOF-MS 3800 for easy maintenance and maintenance.
Rapid sample analysis ICP-TOF-MS 3800 has synchronous data collection capabilities. During the analysis process, all elements and their isotope information that ICP-MS can detect can be obtained for accurate quantitative analysis. All mass numbers are obtained at the same time, which means that users can see potential contaminants and elements that are not considered and concerned at this stage. This additional information can prompt users to investigate and quantify newly identified contaminants and elements. ICP-TOF-MS 3800‘s analysis speed is 5 times faster than any quadrupole ICP-MS. For users with a large number of samples, it is one of the must-have analysis tools!