Succeeder SF-8100 Fully Automated Coagulation Analyzer
The Succeeder SF-8100 is a flagship fully automated coagulation analyzer with 10-channel parallel testing for up to 400 PT tests/hour using optical, mechanical, and chromogenic detection. Built for reference and high-volume labs, it measures PT, APTT, TT, FIB, D-Dimer, and 30+ parameters via multi-method integration, features auto-loader, reagent cooling, 10.4-inch touchscreen, built-in printer, and HL7 LIS connectivity for comprehensive, high-precision clotting analysis in plasma samples.
Description
Coagulation Parameters: Comprehensive Hemostasis Profiling The Succeeder SF-8100 delivers an extensive hemostasis panel including prothrombin time (PT), activated partial thromboplastin time (APTT), thrombin time (TT), fibrinogen (FIB), D-Dimer (D-D), anti-thrombin III (AT-III), protein C/S, lupus anticoagulant (LA), von Willebrand factor (vWF), and full factor assays (II, V, VII, VIII, IX, X, XI, XII). This advanced suite supports in-depth thrombophilia workups, anticoagulant monitoring, and DIC scoring, enabling evidence-based therapy adjustments in hemophilia clinics, transplant centers, or stroke units with superior specificity.
Parameters Measured: Quantifies 30+ parameters with ultra-wide linearity (e.g., PT 5–150 s, APTT 15–200 s, FIB 0.1–15 g/L, D-D 0.05–20 µg/mL, AT-III 10–150%) using triple detection modes—optical turbidity for inhibitors, mechanical viscosity for weak clots, and chromogenic for enzyme activity. Real-time waveform analysis, multi-point calibration, and AI-driven anomaly detection yield CV <1.5%, with automated flags for biphasic curves or hypercoagulability to meet CLSI H21-A5 and ISO 17593 standards in critical diagnostics.
Sample Requirements: Auto-aspirates 10–50 µL of citrated plasma from 300-position racks (primary tubes with barcode), supporting venous or capillary collection. Features auto-dilution (1:2–1:200), low dead volume (<200 µL), and probe collision protection; no carryover (<0.1%) via dual-wash system, ideal for pediatric, serial, or high-throughput testing without pre-analytics delays.
Throughput: Achieves up to 400 PT tests per hour (or 300 APTT) across 10 parallel channels, engineered for core labs processing 5,000–10,000 tests daily. Continuous auto-loading, intelligent batch scheduling, and <90-second STAT TAT enable 24/7 uptime, with modular expansion for parallel chemistry/immunoassay integration to consolidate workflows.
Technology: Integrates optical (scattered light), mechanical (dual magnetic viscosity), and chromogenic detection per channel for method-specific accuracy, with 37°C incubation across 20 reagent positions. AI-enhanced curve interpretation, predictive maintenance, and self-calibration ensure <1% drift; compliant with CLSI, IFCC, and CAP for reference-grade performance in complex matrices.
User Interface and Storage: Equipped with a 10.4-inch high-resolution touchscreen featuring real-time multi-curve visualization, predictive QC trends, and multilingual interface (up to 10 languages, including English, German, and Japanese). Stores 50,000+ results with full audit trails, reaction graphs, and patient demographics; built-in thermal printer with customizable templates, plus USB/LAN/RS232/Wi-Fi for HL7/FHIR LIS/HIS integration and cloud exports in CSV/XML/PDF.
Reagent System: Open system with 20 cooled (2–10°C) incubation positions and 3 diluent slots for liquid or lyophilized reagents, supporting Succeeder’s high-stability kits. Auto-RFID inventory tracking, low consumption (5–25 µL/test), and 72-hour calibration stability reduce costs by 60%; two-level QC and daily auto-rinse minimize waste and downtime.
Dimensions and Portability: Floor-standing workstation at 1,200 × 800 × 1,200 mm (W × D × H) weighs 150 kg, with modular bays for future upgrades. Low power (≤800 VA) and quiet operation (<62 dB) fit 15–32°C ambient with 30–80% humidity, with seismic anchoring and lockable casters for high-capacity lab deployment.
- Throughput: Up to 400 PT tests/hour
- Detection Channel: 10 parallel channels (optical + mechanical + chromogenic).
- Detection Principle: Multi-method clotting (turbidity, viscosity, chromogenic) with AI waveform analysis.
- Detection Items: PT, APTT, TT, FIB, D-Dimer, AT-III, PC/PS, LA, vWF, Factors II–XII; alarms for biphasic/inhibitor curves.
- Built-in thermal printer, supports external printers. Multi-builtin print templates available.
- 50,000 sample results, including parameters, full waveforms, and patient information.
- Sample modes: Citrated plasma; auto-loader with barcode and dilution.
