Coagulation Testing · Benchtop Automated
Automated Coagulation Analyzer MDA600 / MDA550
A benchtop automated analyzer for clinical coagulation testing, using three methodologies — clotting, immunoturbidimetric, and chromogenic substrate — for time- and activity-based testing of coagulation factors, anticoagulant proteins, the fibrinolytic system, and circulating anticoagulants.
- 8 test channels, full optical transmittance, dual-wavelength light source (570nm × 6, 405nm × 2)
- 24 drawer-style sample positions, 14 reagent wells, positions 1–9 auto-refrigerated (4–20°C)
- Any sample position can be set to STAT priority; supports batch and multi-assay task submission
- PT single-assay throughput ≥ 200 tests/hour; reaction zone temperature controlled at 37 ± 1°C
Specifications
| Model | MDA-600 / MDA-550 |
| Methodology | Clotting, immunoturbidimetric, chromogenic substrate |
| Test Channels | 8 channels, all optical transmittance detection |
| Light Source / Wavelength | Dual wavelength; 570nm × 6 channels, 405nm × 2 channels |
| Test Items | Clotting: PT, APTT, FIB, TT; Immunoturbidimetric: D-Dimer, FDP; Chromogenic substrate: ATIII, Anti-Xa, etc. (freely combinable) |
| Sample Positions | 24 (4 drawer-style sample racks × 6 positions); any position can be set to STAT |
| Reagent Positions | 14 wells; positions 1–9 auto-refrigerated (4–20°C) |
| Sampling System | Single sampling arm, integrated probe assembly, liquid-level sensing and temperature control |
| Reaction Cuvette | 4-in-1 cuvette, plastic, max capacity 600 μL per well |
| Test Speed | PT single-assay ≥ 200 tests/hour |
| Temperature Control | Reaction zone strictly maintained at 37 ± 1°C |
Specifications are from the product manual; the documents included with the unit govern.
Features
Applications
Intended for medical institutions to analyze blood coagulation, anticoagulation, fibrinolysis, and anti-fibrinolysis function — used for time- and activity-based clinical testing of coagulation factors, anticoagulant proteins, the fibrinolytic system, and circulating anticoagulants. The control software communicates with the instrument in real time, supporting data processing, storage, patient report generation, and database query/printing.