DL-AAS2800
Best starting point for
Projects matching its documented flame AAS configuration and expansion path
Review element-specific method performance.
View productInstrument Comparison
DL-AAS2800 vs DL-AA2000 Atomic Absorption Systems
Compare two AAS platforms by confirmed configuration, element list, atomization, accessories, automation, documentation, and project scope.
Direct Answer
Which option should you choose?
DL-AAS2800 has a documented four-lamp flame configuration with automatic optimization, EPC gas control, and expansion options. DL-AA2000 is positioned as a configurable AAS platform. The correct choice depends on the element list, required flame, graphite-furnace or hydride scope, detection needs, throughput, and final quotation.
Options at a glance
DL-AA2000
Best starting point for
Elemental-analysis projects configured to specific atomization and accessory needs
Final scope requires application confirmation.
View productSide-by-side decision table
| Criterion | DL-AAS2800 | DL-AA2000 |
|---|---|---|
| Published positioning | Four-lamp flame AAS with expansion options | Configurable atomic absorption platform |
| Configuration basis | Documented features plus project options | Flame, furnace, hydride, and accessories by requirement |
| Selection evidence | Element list, ranges, method, sample preparation | Element list, ranges, method, sample preparation |
| Do not compare only by | Headline detection limit | Model name or brochure summary |
Questions to answer before selection
Which elements and ranges are required?
Is flame, graphite furnace, or hydride needed?
What sample digestion method will be used?
What automation, lamps, software, and documents are required?