Infusion Pump Testing Solutions

Comprehensive biomedical analyzers for infusion devices, syringe drivers, volumetric pumps, and PCA pumps with automated flow and occlusion testing per IEC 60601-2-24 standards.

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1 to 4

Concurrent Channels

IEC 60601-2-24

Compliant Testing

0.01 mL/hr

Flow Resolution

MED-eBase

Automated Software

Rigel Precision Line

Why Choose Aragon Africa

Delivering world-class Rigel Multi-Flo infusion pump analyzers designed for rapid, repeatable flow rate and occlusion verification.

Automated Flow-Rate Testing

Instantaneous flow rate measurement curves from 0.1 mL/hr up to 1500 mL/hr with high-accuracy optical displacement sensors.

Occlusion Pressure Verification

Accurate peak pressure monitoring up to 30 PSI / 2000 mmHg to verify line blockage detection and safety alarm cut-offs.

Multi-Channel Concurrent Testing

Test up to 4 infusion channels simultaneously on a single analyzer to maximize biomedical lab throughput and efficiency.

ISO 17025 Calibration & Support

In-house calibration, technical service, and repair facility in South Africa ensuring ongoing device accuracy and compliance.

Explore Range

Infusion Pump Testing Products

High-accuracy multi-channel analyzers, specialized Luer-lock adapters, MED-eBase reporting software, and calibration service kits.

Multi-Flo Analyzer

High-precision infusion pump analyzer with instantaneous flow measurement, occlusion pressure sensing, trumpet curve logging, and PCA bolus evaluation.

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Adapters & Tubing Kits

High-grade non-expansion medical tubing sets, priming fluid bags, male/female Luer-lock adapters, and waste drain collectors.

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MED-eBase Software

Automated database software for uploading test results, generating trumpet curves, scheduling routine PM, and printing compliance reports.

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Calibration Services

Annual ISO 17025 accredited calibration procedures, optical glass chamber cleaning, and sensor recertification for Multi-Flo units.

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Feature Matrix

Comparison Table

CAPABILITY / SPECIFICATION	Multi-Flo (1 Ch)	Multi-Flo (2 Ch)	Multi-Flo (4 Ch)	MED-eBase Suite
Flow Rate Range (0.1 - 1500 mL/hr)				Data Logging
Occlusion Pressure (up to 30 PSI)				Graph Analysis
PCA Bolus Volume Measurement				Bolus Logs
Trumpet Curve Analysis				Auto Generator
Concurrent Channel Capacity	1 Pump	2 Pumps	4 Pumps	Unlimited DB
IEC 60601-2-24 Protocol Automation				Built-in Templates

Standardized Protocol

How It Works

1 Connect Pump

Attach standard IV administration line or syringe to Multi-Flo Luer-lock inlet port with prime solution.

2 Select Test

Choose flow rate test, PCA bolus volume check, or inline occlusion pressure limit sequence from menu.

3 Run Flow Test

Start pump delivery; optical displacement sensors record real-time instantaneous flow rate and cumulative volume.

4 Verify Occlusion

Measure pressure rise time and peak occlusion pressure before pump safety cut-off alarm triggers.

5 Export Results

Sync recorded data to MED-eBase software to generate trumpet curves and formal calibration certificates.

Core Verification Capabilities

Key Infusion Tests

Flow Rate Accuracy

Verifies delivery rates down to 0.01 mL/hr for micro-infusion syringe pumps and high-volume infusion rates up to 1500 mL/hr.

Occlusion Pressure

Measures upstream and downstream line blockage threshold pressure to ensure patient safety against vein damage or line disconnects.

Bolus Delivery Volume

Captures Patient-Controlled Analgesia (PCA) bolus shot volumes, delivery speeds, and post-occlusion bolus release quantities.

Trumpet Curve Analysis

Generates standardized trumpet curves showing short-term flow rate fluctuations and long-term delivery percentage errors per IEC 60601-2-24.

Low-Flow Monitoring

Specialized micro-flow detection ensures stable medication flow in neonatal care units and critical drug dosage environments.

Automated Data Logging

Stores up to 24 hours of continuous flow curve data internally for subsequent download into hospital CMMS databases.

Deployment Sectors

Target Applications

Hospitals & ICUs

Routine preventive maintenance on critical care volumetric pumps and neonatal syringe drivers.

Biomedical Engineers

BMET technicians carrying out rapid, multi-pump batch testing across hospital wards.

Service Providers

Independent medical equipment service companies issuing annual flow calibration certificates.

Pump Manufacturers

End-of-line quality control testing during infusion pump manufacturing and assembly.

Calibration Labs

ISO 17025 accredited metrology laboratories requiring traceable volumetric standard devices.

FAQ Helpdesk

Frequently Asked Questions

Why test infusion pumps?

Infusion pumps deliver critical intravenous medications, anesthetics, and chemotherapy drugs directly into patient bloodstreams. Regular testing verifies flow rate accuracy, cumulative volume delivery, and occlusion pressure alarm thresholds to prevent under-dosing, over-dosing, or line blockages.

What standards apply to infusion pump testing?

The primary international standard is IEC 60601-2-24, which governs the basic safety and essential performance of medical infusion pumps and controllers, specifying exact requirements for flow measurement, trumpet curve generation, and occlusion pressure safety limits.

How often should infusion pumps be tested?

Healthcare guidelines and hospital PM schedules typically require annual or bi-annual preventative maintenance testing. In addition, pumps should be re-tested following any mechanical maintenance, calibration adjustment, or software update.

What is a trumpet curve in infusion testing?

A trumpet curve is a graphical representation required by IEC 60601-2-24 that illustrates a pump’s delivery error over varying observation time windows (e.g., 2, 5, 11, 19, and 31 minutes). It illustrates short-term flow fluctuations versus long-term volumetric accuracy.

Medication Safety Assurance

Ensure Accurate Drug Delivery

Outfit your biomedical engineering teams with Rigel Multi-Flo analyzers for fast, repeatable infusion pump verification, automated trumpet curve logging, and complete IEC 60601-2-24 compliance.

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