Depending on the samples you are running on the system, it is possible for the Open Port Interface (OPI) electrode to become dirty or occluded over time. Below are two different cleaning strategies that can help you maintain your Echo® MS system and keep your OPI...
What is the best way to determine if a recurrent OPI leak during standard operation is due to a faulty/ fouled OPI probe head or a fouled/damaged electrode or poor flow rate optimization?
While it’s easy to think of the Echo® MS system as an ultrafast LC system in front of the SCIEX Triple Quad 6500+ mass spectrometer, the system operates on fundamentally different principles. For this reason, it requires different routine maintenance to keep it...
The Echo® MS system is a robust platform, and like any other platform, requires some routine maintenance on a regular basis. Here are 3 maintenance steps that can help you ensure consistent, reliable performance: Immediately before use or after switching carrier...
General points: Use of laboratory deionized (DI) water is specified at points in the procedure. However, if there are any concerns regarding quality, please utilize a reputable supplier of pure deionized water (>18.2M ohm). 5-10 liters will typically be required...
Assessing the linear response of ITC (dynamic ion transmission control) is an easy way to determine whether you should clean your QJet ion guide and IQ0 lens. A clean rod set and lens should give a linear response when ramping the ITC parameter and the ratio of 132...
These 4 short videos demonstrate the automated features included with SCIEX OS software for verifying the performance of the SCIEX Triple Quad systems, and for tuning and calibrating the instrument if it falls outside of performance specifications. These features...