Automatic Coagulation Analyzer

Automatic Coagulation Analyzer

Dual-Method of Anticoagulant System

H 2600 automatic coagulation analyzer adopts humanized design concept. The efficient and stable detection performance meet the needs of clinical laboratories.
The combination of dual magnetic bead method and optical method; Independent operation; Fast and efficient.

Throughput for PT: 260T/H
Throughput for D-Dimer: 60T/H

The test data can be permanently stored, which fully meets the data storage requirements of ISO15189.

Intelligent
  • Consumable

    Intelligent consumable management, non-stop filling without shutdown.
    1000 cuvettes are loaded at one time.

  • Sample Loading Module

    Automatic dilution of samples, automatic detection of liquid level and clot.
    STAT position, emergency samples are prioritized.

  • Reagent Module

    In double reagent needles, the heating function of the second reagent needle precisely controls reagent temperature.
    Automatic detection of liquid level.
    Reagent chamber with refrigeration and temperature detection function.
    Reagent bar code identification, reagents can be placed at any position.

  • Intelligent Software System

    Intelligent permission management.
    Automated data storage and backup.
    Accurate sound and light alarm system.
    Friendly user interface, support bidirectional LIS communication.
    The test data can be permanently stored, which fully meets the data storage requirements of ISO15189.
    Multi-language platform, humanized operation, all-round status monitoring.

Highly Efficient
Sample Module

Maximum 50 samples loaded at a time.
Unique anti-reverse design of the sample rack; Avoids incorrect placement of sample racks; Sample barcode management.
Supports bidirectional communication of LIS systems.

Accurate
Incubation and Detection Module

Precise temperature control and temperature protection function.
The magnetic bead method avoids interference of jaundice, hemolysis, chylo, air bubbles, etc.
The magnetic bead method and the optical method are used at the same time without interfering with each other.