NEWSKU-36-MU2WTM2O-P5X4
Roche cobas h 232 Cardiac Marker Reader No Scanner
Unit Price · Ex-Lagos
₦4,607,879
approx. $3,011.69 at today's rate
100 units available · MOQ 1 unit · Ships in 48hrs
× ₦4,607,879
Buyer protected Nationwide logistics Paystack verified
Fulfilled by Store
HH-00016
The Roche cobas h 232 is a portable point-of-care cardiac marker reader designed for the quantitative evaluation of cardiac and cardiovascular biomarkers using Roche CARDIAC test strips.
The compact handheld analyzer enables healthcare professionals to perform important cardiovascular tests close to the patient rather than relying exclusively on a central laboratory. Roche describes it as a fully portable, maintenance-free handheld device with icon-based user guidance and a three-step testing workflow.
The system uses 150 µL of heparinized venous whole blood and supports assays for Troponin T, NT-proBNP, D-Dimer, Myoglobin and CK-MB.
Key Features
Portable handheld cardiac marker analyzer
No barcode scanner configuration
Designed for point-of-care and near-patient testing
Quantitative immunoassay measurement
Uses Roche CARDIAC test strips
150 µL sample requirement
Uses heparinized venous whole blood
Troponin T testing
NT-proBNP testing
D-Dimer testing
Myoglobin testing
CK-MB testing
Integrated test-strip warm-up
Icon-based user interface
Simple three-step testing workflow
Can be moved while testing
Designed for professional IVD use
Not intended for patient self-testing
Specification Details
Brand Roche Diagnostics
Model cobas h 232
Configuration No Scanner
Product Type POC Cardiac Marker Reader
Measurement Quantitative Immunoassay
Test System Roche CARDIAC Test Strips
Markers Troponin T NT-proBNP D-Dimer Myoglobin CK-MB
Sample Type Heparinized Venous Whole Blood
Sample Volume 150 µL
Operating Temperature 18–32°C
Operating Humidity 10–85% RH non-condensing
Maximum Operating Altitude 4,300 m
Storage/Transport Temperature −25 to 70°C
Application Cardiovascular Point-of-Care Testing
Use Professional / Near-Patient Testing
Self-Testing No
