Categories
See All >

TC-Matrix 240 Automatic Chemistry Analyzer

(0 reviews)
Views:3

Sold by:
Inhouse product

Price:
৳0.00
/Approximately 50 kg.

Quantity:
(1 available)

Total Price:
Share:

The TC-Matrix 240 Automatic Chemistry Analyzer is a high-performance laboratory instrument designed for conducting a variety of clinical chemistry tests. This analyzer is widely used in clinical laboratories for diagnostics, allowing for rapid and accurate analysis of patient samples. The TC-Matrix 240 offers high throughput, reliability, and ease of use with advanced features for enhanced laboratory workflow.

Description:

The TC-Matrix 240 is an advanced automatic clinical chemistry analyzer built to meet the high demands of medical laboratories. It provides accurate test results by utilizing sophisticated optical and biochemical principles. The analyzer can handle a large number of samples in a short period, making it ideal for high-throughput environments.

It supports a wide range of tests, including routine chemistry, immunochemistry, and enzymatic assays. The intuitive interface, combined with automated sample handling and processing, allows laboratories to minimize human error and optimize productivity. The analyzer has an integrated barcode scanner for sample identification and traceability, ensuring the integrity of patient data throughout the analysis process.

The TC-Matrix 240 comes equipped with an auto-loading sample tray, reagent storage system, and an advanced computer system for easy data analysis and report generation. The system can perform simultaneous multiple tests on a single sample, reducing wait times and improving overall efficiency in busy laboratories.

Technical Specifications:

  • Sample Throughput: Up to 240 tests per hour (depending on test type and complexity).
  • Detection Method: Photometric detection (colorimetry), as well as turbidimetric and fluorescence measurements.
  • Number of Channels: 1, with an optional second channel for extended testing.
  • Test Types: Routine clinical chemistry, immunoassays, enzymes, lipids, electrolytes, and more.
  • Sample Volume: 1-50 µL (depending on the test type).
  • Reagent Capacity: Multiple reagent positions (typically up to 40 positions).
  • Sample Capacity: Holds up to 120 sample positions (automated sample loading).
  • Test Speed: 240 tests per hour (can vary depending on the specific assay).
  • Precision: CV (coefficient of variation) less than 2%.
  • Temperature Control: Built-in thermostat, typically 37°C for optimal enzyme reactions.
  • Display: 10.4-inch LCD touch screen for easy operation and navigation.
  • Data Storage: Capacity to store up to 500,000 test results.
  • Connectivity: USB ports, RS-232 interface, and compatibility with LIS (Laboratory Information System) for seamless data integration.
  • Barcode Scanning: Automatic sample identification and tracking using barcode scanning.
  • Reagent Management: Auto-dilution of reagents, with reagent level monitoring and notifications.
  • Calibration: Automated calibration for different types of assays and reagents.
  • Power Requirements: 220V-240V, 50Hz-60Hz, typically 800-1000W.
  • Dimensions: 900 mm (L) x 600 mm (W) x 500 mm (H).
  • Weight: Approximately 50 kg.
  • Safety Features: Includes alarm functions for error conditions, reagent depletion, and sample overflow.

Additional Features:

  • Automation: Minimizes the need for manual intervention, reducing the risk of human error.
  • Maintenance: Self-cleaning mechanism for photometric cells and system diagnostics for preventive maintenance.
  • User Interface: Multi-language support with an easy-to-use touch interface for operation.
  • Environmental Compliance: Meets CE standards and complies with international safety and quality certifications.

The TC-Matrix 240 is suitable for use in high-volume settings such as hospitals, diagnostic centers, and research labs, offering consistent, high-quality results that clinicians rely on for accurate diagnosis and treatment planning.

There have been no reviews for this product yet.