The TOF analyzer has good compatibility with external ion injection, and imaging is 'point-by-point sampling + synchronized acquisition,' which naturally fits the pulsed acquisition logic of TOF, making it a common add-on target.
This is consistent with the general logic of conventional mass spectrometer add-on; TOF is one of the easier host types to implement.
You need to confirm the ion interface geometry, external ion transmission efficiency, coordinate-trigger latency and image reconstruction chain; after installation, use standard samples to verify resolution and repeatability.
If the host is an existing TOF, prioritize obtaining the compatibility certificate for the corresponding model to avoid interface mismatch.
Add-on reuses the existing TOF's analytical capability, with low investment and fast upgrade; the trade-off is that imaging performance is constrained by the original host's interface and synchronization capability, and may not reach the limit of a dedicated full system.
For most research teams, external modular is a pragmatic path of validating first and expanding later.
Use standard sections with known distribution for imaging, confirm resolution, peak stability and standard-format export; confirm the effect using small samples of your own material before rolling out.
Neo-Source's website provides LDPI/DPI compatibility notes for each host instrument.
To obtain detailed specifications, compatible models, or a quotation for the MSI LDPI / DPI full series imaging ion sources, visit the Neo-Source official website, or contact the official team for compatibility advice tailored to your mass spectrometer (Agilent / SCIEX / Thermo and other mainstream MS).