Infusion device Leakage negative pressure tester
The Infusion Device Leakage Negative Pressure Tester is designed to evaluate the airtightness of syringes, infusion sets, and related medical devices under negative pressure. The instrument applies precise vacuum conditions to detect leaks, ensuring the integrity of medical devices for patient safety. It is suitable for laboratory testing, production quality control, research and development, and regulatory certification.
Application
The tester is suitable for leakage testing of medical infusion devices in the following industries and products:
(1) Medical Quality Control: Ensures syringes, infusion sets, and other injection devices meet strict leakage standards to protect patient safety.
(2) Pharmaceutical Manufacturing: Validates packaging and device integrity for sterile medical products.
(3) Research & Development: Supports design validation, accelerated aging, and product optimization of infusion devices.
(4) Certification & Regulatory Testing: Enables compliance with national and international medical device standards and regulatory requirements.
(5) Third-Party Testing Laboratories: Provides standardized, repeatable leakage testing for medical device certification.
Standards
The instrument is compliant with the following standards, including relevant international regulations:
(1) GB 8368-2005 – Disposable Infusion Sets for Single Use — Gravity Infusion Type, Airtightness Testing Requirements
(2) ISO 8536-4 – Sterile Syringes for Medical Use — Leakage Test Methods
(3) ISO 13485:2016 – Medical Devices — Quality Management Systems for Regulatory Compliance
(4) ASTM F2392-04 – Guide for Leak Testing of Medical Fluid Delivery Devices
Features
(1) Precision negative pressure testing: -10 to -30 kPa with ±0.5 kPa accuracy
(2) Dual-temperature testing: 23 ±1°C and 40 ±1°C to simulate real-world and accelerated aging conditions
(3) PLC-driven automated control: ensures repeatable and reliable results
(4) Safety interlocks and auto-shutoff prevent device damage
(5) Compact footprint (500×600×500 mm) suitable for labs and production lines
(6) Adjustable test time (1–16 seconds) with intuitive digital touchscreen interface
(7) Distilled water flushing system in vacuum chamber eliminates air bubbles for accurate detection
(8) Stainless steel construction for corrosion resistance and easy cleaning
Technical Parameters
| Parameter | Specification |
|---|---|
| Control Mode | Automatic (PLC) |
| Test Pressure Range | -10 kPa to -30 kPa (Adjustable) |
| Pressure Accuracy | ±0.5 kPa |
| Temperature Range | 23 ±1°C / 40 ±1°C |
| Test Time | 1–16 seconds (Adjustable) |
| Chamber Material | Medical-grade stainless steel |
| Power Supply | AC 220V ±10%, 50Hz |
| Dimensions (L×W×H) | 500 mm × 600 mm × 500 mm |
| Net Weight | 30 kg |
| Display | LED Touchscreen (Pressure/Time/Status) |
Accessories
(1) Vacuum chamber with integrated distilled water flushing system
(2) Standard connectors for syringes and infusion sets
(3) Power cable
(4) Operation manual
(5) Calibration certificate
Test Procedures
(1) Install the infusion device or syringe in the vacuum chamber connector
(2) Seal the chamber properly and ensure the distilled water flushing system is operational
(3) Set the test pressure (-10 to -30 kPa) and test time (1–16 s) on the touchscreen interface
(4) Select the desired temperature condition (23°C or 40°C)
(5) Start the automated test
(6) Monitor the pressure decay and leakage rate in real time on the display
(7) Review results and mark the device as “Qualified” or “Unqualified”
(8) Release the pressure and remove the tested device
(9) Repeat for additional samples
Maintenance Information
(1) Clean the vacuum chamber and connectors after each test to remove residues
(2) Inspect seals, connectors, and chamber surfaces for wear or damage
(3) Calibrate pressure sensors and temperature control systems regularly
(4) Store the instrument in a clean, dry, and ventilated environment
(5) Avoid excessive force or impact on the instrument to prevent damage
(6) Maintain logs for calibration, testing, and maintenance to comply with regulatory requirements
Send product request
Other supplier products
 |
Micro-hole Detection Instrument | The pinhole tester for aluminum foil is a device specifically used to detect micro - pinholes in aluminum foil materials. The following is a detail... |
 |
Urinary Catheter Strength Tester | The Urinary Catheter Strength Tester is designed to evaluate the physical strength and mechanical properties of urinary catheters. It provides accu... |
 |
Carbon Black Content Tester | Standard GB 13021-1991: Determination of carbon black content in polyethylene compounds. GB/T 2951.41-2008: Test method for carbon black and ash ... |
 |
Liquid Spontaneous ignition point tester | Product Description complies with GB/T 21860-2008 “Test Method for Autoignition Temperature of Liquid Chemicals” and ASTM E “Tes... |
 |
Circular Sample Cutter Tester | The Circular Sample Cutter Tester is a manual precision instrument designed to cut standardized circular specimens from textiles, fabrics, papers, ... |
Same products
 |
Air Permeability Tester STD- F8 | Seller: Standard International Group (HK) Limited | The Air Permeability Tester is designed to quickly and accurately measure the breathability and p... |
 |
Surface Performance Tester STD-FB4 - A | Seller: Standard International Group (HK) Limited | Introduction TheSurface Tester analyzes finger movements-particularly, strokes-performed by arti... |
 |
Compression Tester STD - FB3 - A | Seller: Standard International Group (HK) Limited | TheCompression Tester analyzes hand movements-particularly, pushing with a finger-performed by ar... |
 |
Single - Strand Bending Tester STD - FB2 - SH | Seller: Standard International Group (HK) Limited | Standards ASTM A370. ASTM A416. ISO6934.4 The Single Fiber Bending Tester makes it possible to ... |
 |
Bending Tester STD- FB2 - S | Seller: Standard International Group (HK) Limited | Compliance Standards ASTM D790 (Plastics Flexural Properties) ISO 178 (Flexural Strength of Rig... |
