iLine microINR PT INR Machine

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Specifications

Parameter : PT / INR
Measurement Principle : Microfluidic chip with machine vision detection
Sample Type : Fresh capillary whole blood (fingerstick)
Result Time : ~1 minute
Memory Capacity : Up to 199 results + error messages
Automatic QC : Multilevel internal QC per test
Dimensions : 119 × 65 × 35 mm
Screen size : 45 × 45 mm
Controls : 2-button operation
Power Supply : Rechargeable lithium battery
Battery Capacity : ~70 tests per charge cycle
Interface : USB (charging & data transfer)

highlights

Lab-quality accuracy with portable convenience
Fast INR results (within ~1 minute)
Minimal blood sample via fingerstick
No calibration required (automatic lot ID)
Integrated QC ensures reliability in every test
Improves patient compliance and therapy control
Supports both home and professional healthcare environments

in the box

microINR Meter (analyzer)
microINR Chips (test strips, supplied separately or in kits)
User manual / instructions for use
Charging cable (USB interface)
Accessories depending on kit configuration

Use Cases :

Monitoring patients on warfarin / oral anticoagulant therapy
Patient self-testing at home
Point-of-care testing (POCT) in clinics and hospitals
Anticoagulation clinics & outpatient departments
Remote monitoring / telehealth support

Key Features :

Portable handheld PT/INR analyzer
Fingerstick testing using capillary whole blood
Microfluidic chip technology (Lab-on-a-chip concept)
Multilevel on-board quality control (QC) for each test
Automatic lot identification (no calibration required)
Rechargeable lithium battery
User-friendly operation with minimal steps
Automatic start upon chip insertion
Acoustic and visual guidance during testing

Warranty

Seller

AA MEDIE QUIPLearn More

Product Description

The iLine microINR System is a portable point-of-care PT/INR coagulometer designed for monitoring oral anticoagulation therapy (OAT), particularly in patients taking vitamin K antagonists such as warfarin. It provides quantitative determination of prothrombin time (PT) expressed as INR using fresh c...