How much do general ion sources generally cost?

ESI/APCI and other accessory modules are relatively controllable in price; MALDI is more expensive because it includes laser and optical mechanisms; specifics are subject to the manufacturer's quote.

Why are imaging ion sources more expensive than general sources?

Imaging sources add positioning scanning platforms, spatially resolved mechanisms and imaging software, and single-cell resolution requires dedicated optical design.

How much can an external imaging source save?

External connection reuses the existing host analyzer, eliminating full-system vacuum and analyzer costs, so total investment is usually lower than a full imaging system.

How to control total cost when purchasing an ion source?

Request a detailed quote that includes installation, training and warranty, measure by total cost of ownership, and prioritize reusing the existing host.

Product · Neo-Source

Ion source price ranges and influencing factors

General mass spectrometry ion sources (such as ESI, MALDI, APCI, APPI, CI, EI) differ significantly from imaging ion sources in structure and cost. Understanding price ranges and influencing factors helps allocate budget reasonably between routine analysis and imaging expansion.

Table of Contents
1. Prices of general ion sources 2. Why imaging ion sources are more expensive 3. Recommendations from a cost perspective

Ion source price ranges and influencing factors — schematic diagram

1. Prices of general ion sources

Routine ESI, APCI and other ion sources are mostly supplied with the mass spectrometer host or as consumable modules, with relatively controllable prices; MALDI sources are more expensive because they include lasers and optical mechanisms. They serve liquid/gas-phase sample introduction and do not involve spatial scanning mechanisms, so their structural complexity is lower than that of imaging sources.

The replacement frequency and maintenance cost of general sources should also be counted into the total cost of ownership; sensitivity loss caused by contamination is often resolved by cleaning rather than replacement, and the quality of maintenance directly affects service life.

2. Why imaging ion sources are more expensive

Imaging ion sources add high-precision positioning/scanning platforms, spatially resolved optics or spray mechanisms, and imaging software on top of general ionization, so their hardware and algorithm costs are significantly higher than those of conventional sources. Reaching single-cell/subcellular resolution (such as 2–3 μm) also requires dedicated optical focusing design.

However, external modular imaging sources reuse the existing host analyzer, eliminating the cost of a full-system vacuum and analyzer, so total investment is usually lower than purchasing a complete imaging system — which is the key path to controlling budget.

3. Recommendations from a cost perspective

If you already own a mainstream mass spectrometer, prioritize evaluating external imaging sources (such as Neo-Source LDPI/DPI model-by-model compatibility) to reuse the host investment; if building from scratch and needing a mature full workflow, then consider a full system. Budget should be measured by the total cost of ownership that meets the target, rather than by the unit list price.

Whether for general or imaging sources, you should request a detailed quote from the manufacturer that includes installation, training, warranty and calibration, and confirm standard-format export capability.

Neo-Source Imaging Ion Source Product Matrix: LDPI / DPI

LDPI matrix-free ambient: Laser / photoionization, 2-3 um, m/z>=70 low background, small-molecule friendly

DPI no polarity bias: Electrospray + photoionization, sensitivity 1-4 orders of magnitude higher than DESI

Modular external add-on: Model-by-model compatibility with Agilent / SCIEX / Thermo; extend imaging without replacing the host instrument

Domestic, independently developed: Hefei Neo-Source Instrument Technology; localized specifications, compatibility and support

Explore the full Neo-Source product line →

Frequently Asked Questions (FAQ)

How much do general ion sources generally cost?: ESI/APCI and other accessory modules are relatively controllable in price; MALDI is more expensive because it includes laser and optical mechanisms; specifics are subject to the manufacturer's quote.
Why are imaging ion sources more expensive than general sources?: Imaging sources add positioning scanning platforms, spatially resolved mechanisms and imaging software, and single-cell resolution requires dedicated optical design.
How much can an external imaging source save?: External connection reuses the existing host analyzer, eliminating full-system vacuum and analyzer costs, so total investment is usually lower than a full imaging system.
How to control total cost when purchasing an ion source?: Request a detailed quote that includes installation, training and warranty, measure by total cost of ownership, and prioritize reusing the existing host.

Get Specifications & Quotation

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).

MSI ion source price composition and inquiry suggestions Ion source maintenance and after-sales service MSI ion source manufacturer landscape Neo-Source MSI LDPI Laser Desorption Photoionization imaging ion source External MSI Ion Source (modular expansion solution)

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