DxC Integrated Workstation In-Lab Training Manual
Page 15 of 101
Rev. A (June 2014)
Beckman Coulter Professional Development
If the sample needs to be tested at the DxI analyzer:
A sample container is pierced by a piercer probe (5) if a cap is present
Sample is aspirated by an aliquot probe (5) and delivered to an empty sample
vessel (SV) on the UCTA SV shuttle (6)
The SV shuttle moves to the UCTA pick and place (7)
The UCTA pick and place transfers the SV from the SV shuttle to the UCTA SV
nest (8)
The UCTA pick and place transfers the SV from the SV nest to UCTA transfer
shuttle (9)
The UCTA transfer shuttle moves to the DxI pick and place (10)
The DxI pick and place transfers the SV from the UCTA transfer shuttle to the
DxI sample storage (11)
Empty SV(s) from the DxI sample storage are transferred to the SV shuttle for
the next sample aliquot(s)
DxI analysis begins
The SV is used as the sample for immunoassay testing
A reagent pipettor delivers reagent and sample to a reaction vessel (RV)
The RV is incubated then washed to remove unbound material; substrate is
added to the RV for the chemiluminescent reaction
The luminometer measures the amount of light generated from the RV; the
measure light is converted to assay concentration
The UCTA shuttle moves the sample rack to the DxC load area.
If the sample needs to be tested at the DxC analyzer:
The sample rack is delivered to the DxC sample carousel.
DxC analysis begins
If the sample requires MC testing:
Sample is delivered to the MC reaction cups modules for reaction cup
analysis and to the EIC for electrolyte analysis
If the sample required CC testing:
The CC reagent probes deliver reagent to a cuvette; the reagent is
warmed and photometer takes reagent blank readings
Sample is delivered to the cuvette
The photometers takes reaction readings; the readings are converted to
analyte concentration
The cuvette wash station washes, rinses, and dries the cuvette for resuse
When the sample is no longer needed for testing, the DxC shuttle moves the
sample rack to the DxC off-load area.