Technical specifications
Technologies
Fluorescence flow cytometry:
WBC DIFF, IG
DC sheath flow method: RBC, HCT, PLT
Cyanide-free SLS method: HGB

Parameters
WBC, RBC, HGB, HCT, MCV, MCH, MCHC, PLT,
NEUT (%,#), LYMPH (%,#), MONO (%,#), EO (%,#), BASO (%,#),
RDW-SD, RDW-CV, MPV, P-LCR, PDW, PCT,
research parameters: IG (%, #),
OTHER (%, #)

Throughput:manual or cap piercing: 60 samples/hour,
sampler: 20 samples/23 minutes

Aspiration Volume: 20µL for all modes
(open/closed, sampler and capillary)

Data Storage:10,000 samples (incl. graphics), 5,000 patient information, 1,000 selective test orders

Quality control:
20 QC files, 1 XbarM file
(300 data points),
optional: SNCS Online QC

Interface:HOST (Ethernet or serial), graphic printer (USB)

Options: rack sampler incl. bar code reader, hand-held bar code reader

Dimension and weight:
WxHxD [mm]/[kg]
320x403x413/24 (XS-1000i main unit)
320x503x413/24 (XS-800i main unit)
280x400x355/10 (sampler)
305x85x345/8 (IPU: information processing unit)

Product Outline
Fluorescence Flow Cytometry Anywhere
•fluorescence flow cytometry
for accurate leukocyte detection
•same X-family technology platform as
XE-2100 and XT-series
•Sysmex' smallest 5-part differential haematology analyser
•a Sysmex analyser developed with 40 years
of R&D expertise
•virtually maintenance-free:
3 min. of automatic daily shutdown
•low aspiration volume: only 20µL

Proven x-family technology
•fluorescence labelling of blood cells
•differentiate leukocytes effectively
by determining their nucleic acid content
•reliable differential even under critical conditions
by flexible algorithms (ACAS)

Optimised miniaturisation
•only 20µL aspiration volume for a CBC+DIFF
•small footprint
•integrated pneumatic unit
optional sampler unit for walk-away automation

Reliable and advanced
•only 4 reagents
•robust system requiring minimal maintenance
•reduces reagent consumption by true random selective testing

Ultimate analytic performance
•reliable 5-part differential even with particulate matter in the sample, e.g. lyse-resistant RBC
•fluorescent detection of immature granulocytes potentially serves as an indicator of infections
•separate determination of activated lymphocytes
in the high-fluorescence area
•haemoglobin results of good reliability even in the presence of leukocytosis or lipids

Optimised workflow
•fluorescent technology reduces review rates
and saves time
•user-friendly software
•full flexibility to integrate into your laboratory solution