Sysmex DI-60 Bi-Directional LIS Interfacing Guide
Integration architecture for Sysmex DI-60: real-time data capture, Westgard QC evaluation, and seamless LIMS synchronization.
1. Sysmex DI-60 Diagnostic Architecture & Clinical Use
Operating at the core of clinical laboratory operations, the Sysmex DI-60 from Sysmex Corporation / CellaVision delivers specialized Hematology diagnostics for Automated digital cell morphology system connected inline to XN-3100/XN-9100 for high-resolution WBC pre-classification, RBC morphology, and body fluid analysis.. Direct integration with AILS Cloud LIMS establishes an automated bi-directional link that eliminates lost results, enforces sample volume compliance of Standard Romanowsky stained smears (May-Grünwald Giemsa, Wright-Giemsa, Wright) prepared via SP-50; 4,000 slides (20 GB) local storage, and maximizes walkaway processing up to Peripheral Blood: up to 30 slides/hour (100 WBC + RBC + PLT); Body Fluid: up to 40 cytospin slides/hour using authentic HL7 v2.5 / DICOM / HTTP REST message framing.
Built for continuous laboratory workloads reaching Peripheral Blood: up to 30 slides/hour (100 WBC + RBC + PLT); Body Fluid: up to 40 cytospin slides/hour, the Sysmex DI-60 queries AILS Gateway asynchronously as racks progress. Test panels are verified from local high-speed cache, eliminating network latency during peak morning accessioning shifts.
Specimens with unremarkable clinical values, passing delta checks, and valid QC runs are auto-validated in under 5 seconds. Borderline or instrument-flagged specimens are routed immediately to the digital review bench with highlighted clinical notes.
2. Sysmex DI-60 TCP/IP Socket & Network Configuration
Gigabit Ethernet RJ45 / CellaVision Remote Review Workstation / SP-50 Feeder | Settings: 1000 Mbps TCP/IP LAN (Port 10001). Handshake: HL7 ORU^R01 with numerical differential + URL pointers to high-res cell images hosted on CellaVision Server or Caresphere Workflow Solution (WS)
[Sysmex DI-60 Ethernet IP] [AILS Gateway Socket Router] IP Assignment: Static / Fixed DHCP <=======> Listening Host IP: 192.168.1.X Target Port: Port 10001 Frame Start: <VT> (ASCII 0x0B) --------> Buffer Allocation Frame End: <FS><CR> (0x1C 0x0D) --------> Checksum & Commit Record Handshake: Bi-Directional Commit ACK / DSR^Q03 Query-Response
3. Sysmex DI-60 HL7 v2.x Message Stream
Below is a validated communication frame transmitted between the Sysmex DI-60 and AILS LIS middleware:
MSH|^~\&|Sysmex_DI_60|Sysmex|AILS_GATEWAY|CENTRAL_LAB|20261030121900||ORU^R01|MSG_50009|P|2.5 PID|1||PAT842009||DOE^PATIENT_9||19840512|M OBR|1|ORD_ACC20261009|ACC20261009|Sysmex DI-60^Profile|||20261030121900 OBX|1|NM|786-4^MCHC^LN||35.01|g/dL|32.0 - 36.0|N|||F|||20261030121900 OBX|2|NM|777-3^PLT^LN||162.45|10*3/uL|150 - 450|N|||F|||20261030121900 OBX|3|NM|751-8^NEUT#^LN||2.61|10*3/uL|2.00 - 7.50|N|||F|||20261030121900 OBX|4|NM|731-0^LYMPH#^LN||1.53|10*3/uL|1.00 - 3.50|N|||F|||20261030121900 OBX|5|NM|742-7^MONO#^LN||0.67|10*3/uL|0.20 - 1.00|N|||F|||20261030121900 OBX|6|NM|711-2^EO#^LN||0.47|10*3/uL|0.02 - 0.50|N|||F|||20261030121900
4. Sysmex DI-60 Clinical Parameter LOINC & Reference Range Dictionary
| Instrument Code | LOINC Code | Clinical Parameter Name | Standard Units | Default Reference Range |
|---|---|---|---|---|
| MCHC | 786-4 | Mean Corpuscular HGB Conc. | g/dL | 32.0 - 36.0 |
| PLT | 777-3 | Platelet Count | 10*3/uL | 150 - 450 |
| NEUT# | 751-8 | Absolute Neutrophil Count | 10*3/uL | 2.00 - 7.50 |
| LYMPH# | 731-0 | Absolute Lymphocyte Count | 10*3/uL | 1.00 - 3.50 |
| MONO# | 742-7 | Absolute Monocyte Count | 10*3/uL | 0.20 - 1.00 |
| EO# | 711-2 | Absolute Eosinophil Count | 10*3/uL | 0.02 - 0.50 |
5. Sysmex DI-60 Biomedical Engineering Field Notes & Troubleshooting
Verified against Sysmex DI-60 Automated Digital Cell Morphology System Brochure & Specs (MKT-10-1196, Rev 5) & Sysmex CellaVision / DI-60 LIS Integration & Image Link Specification
Preanalytical Sample Aspiration: Ensure primary EDTA tubes meet the Standard Romanowsky stained smears (May-Grünwald Giemsa, Wright-Giemsa, Wright) prepared via SP-50; 4,000 slides (20 GB) local storage draw requirement for Sysmex DI-60. Inadequate tube filling or micro-clots trigger aspiration pressure bubble alarms as outlined in Sysmex DI-60 Automated Digital Cell Morphology System Brochure & Specs (MKT-10-1196, Rev 5).
Interface Communication Settings: Configure the Gigabit Ethernet RJ45 / CellaVision Remote Review Workstation / SP-50 Feeder port on the Sysmex DI-60 to 1000 Mbps TCP/IP LAN (Port 10001). Ensure hardware flow control (RTS/CTS) is set according to Sysmex CellaVision / DI-60 LIS Integration & Image Link Specification to avoid buffer overrun.
Differential Flagging & Scattergrams: Verify that immature granulocyte, erythroblast (NRBC), and platelet clump flags generated by Sysmex DI-60 are mapped to clinical review holds in AILS LIMS.
Bi-Directional Query Timeout: If Sysmex DI-60 queries AILS Gateway for test orders, ensure the host timeout is configured to >= 3.0 seconds to prevent query re-transmission during peak batch accessioning.
Preventative Flush & Shutdown: Strictly follow daily sodium hypochlorite cleaning cycles specified in Sysmex DI-60 Automated Digital Cell Morphology System Brochure & Specs (MKT-10-1196, Rev 5). Lyse reagent crystallization on the aperture orifice causes calibration drift across 18 WBC classes (segmented/band neutrophils, eosino...
Frequently Asked Questions: Sysmex DI-60 LIS Interfacing
Common biomedical engineering questions regarding connection, worklist setup, and data capture with AILS Cloud LIMS.
Q: What are the exact communication port settings for the Sysmex DI-60 interface?
The Sysmex DI-60 connects via Gigabit Ethernet RJ45 / CellaVision Remote Review Workstation / SP-50 Feeder operating under HL7 v2.5 / DICOM / HTTP REST. For network configurations, configure the instrument with a static IP and point to the AILS Gateway socket listener on 1000 Mbps TCP/IP LAN (Port 10001). The driver maintains an persistent MLLP TCP socket with automatic reconnect.
Q: How are patient sample barcodes processed between Sysmex DI-60 and AILS LIMS?
Specimen barcodes are scanned as tubes enter the aspiration station. AILS Gateway verifies the accession number and transmits assigned panels (18 WBC classes (segmented/band neutrophils, eosinophils, bas...) to the analyzer firmware instantly.
Q: How are 5-part differentials, flags, and scattergrams handled from the Sysmex DI-60?
AILS Gateway parses numerical differential counts and qualitative flags (such as immature granulocytes, blasts, or platelet clumps) emitted by the Sysmex DI-60. Flagged samples are automatically held for manual peripheral blood smear review.
Q: How does AILS LIMS alert staff to critical panic results from the Sysmex DI-60?
Critical panic limits trigger immediate visual popups on laboratory dashboard screens and SMS alerts to attending physicians, creating a permanent timestamped audit trail compliant with ISO 15189.
Related Hematology Instrument Guides
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Stop Manual Result Entry on the Sysmex DI-60
Manual result entry introduces clerical errors and slows laboratory turnaround time. AILS LIMS directly interfaces with the Sysmex DI-60, capturing quantitative observations, QC runs, and sample integrity flags in real time with 100% digital accuracy.