ISO 80369-20 Medical Small Bore Connector Test Equipment โ€“ KingPo Annex B and Annex C Leakage Tester
ISO 80369-20 Medical Small Bore Connector Test Equipment โ€“ KingPo Testing Female Luer Connectors for Leakage
ISO 80369-20 Medical Small Bore Connector Test Equipment Full System โ€“ KingPo Annex B and C Compliant Test Equipment
ISO 80369-20 Medical Small Bore Connector Test Equipment โ€“ KingPo Advanced Digital Pressure Regulation System
ISO 80369-20 Medical Small Bore Connector Test Equipment,Medical testing equipment
ISO 80369-20 Medical Small Bore Connector Test Equipment โ€“ KingPo Annex B and Annex C Leakage Tester
ISO 80369-20 Medical Small Bore Connector Test Equipment โ€“ KingPo Testing Female Luer Connectors for Leakage
ISO 80369-20 Medical Small Bore Connector Test Equipment Full System โ€“ KingPo Annex B and C Compliant Test Equipment
ISO 80369-20 Medical Small Bore Connector Test Equipment โ€“ KingPo Advanced Digital Pressure Regulation System
ISO 80369-20 Medical Small Bore Connector Test Equipment,Medical testing equipment

ISO 80369-20 Medical Small Bore Connector Test Equipment

ISO 80369-20 Medical Small Bore Connector Test Equipment delivers Annex B and Annex C compliant leakage testing for medical small-bore connectors.

  • Standard: ISO 80369-20 Annex B and Annex C
  • Testing Modes: Pressure decay testing and positive-pressure liquid leakage testing
  • Control: Advanced digital pressure regulation system
  • Sensors: High-accuracy leakage detection
  • Additional Function: Connector Assembly Device for Annexes Bโ€“I
  • Construction: Robust design for long-term laboratory use
  • MOQ: 1
  • Delivery Period: 35 working days
  • Equipment Operation Guide.PDF

Introduction to ISO 80369-20 Test Equipment

ISO 80369-20 Medical Small Bore Connector Test Equipment

The ISO 80369-20 Medical Small Bore Connector Test Equipment is a comprehensive test system designed to evaluate the performance of small-bore connectors used in medical applications. It supports Annex B (pressure decay / subatmospheric-pressure air leakage) and Annex C (positive-pressure liquid leakage) test methods, and includes the Connector Assembly Device for Annexes B through I of ISO 80369-20 and ISO 18250-1.

Testing Principle

The system applies controlled pressure to the connector assembly and monitors for leakage using high-accuracy sensors. It can perform pressure decay tests and positive-pressure liquid leakage tests. The equipment also includes a Connector Assembly Device that applies precise force and torque simultaneously, as required for multiple annexes of the standard.

KingPo Factory Advantages

KingPo is an ISO 9001, ISO 14001, ISO 45001 and CE certified manufacturer, also holding SGS, PSE and RoHS certifications. We specialize in medical device testing equipment and have supplied ISO 80369-20 test systems to manufacturers and certification laboratories worldwide. Each unit undergoes rigorous calibration and is delivered with complete documentation, on-site installation guidance, a full one-year warranty and lifetime technical support from our Dongguan facility.

Professional Construction & Technical Precision

Key features include:

  • Compliance with ISO 80369-20 Annex B and Annex C requirements for liquid leakage testing
  • Advanced digital control system for precise pressure regulation
  • Dual testing capability for both pressure testing and positive-pressure testing
  • High-accuracy sensors for reliable leakage detection
  • Support for Connector Assembly Device (Annexes Bโ€“I)
  • Robust construction for long-term durability in medical device testing environments

These elements ensure the tester delivers consistent, repeatable results while meeting international medical connector safety standards.

Technical Parameters

Parameter Specification Remark / Notes
Standard ISO 80369-20 Annex B and Annex C Pressure decay and positive-pressure leakage
Testing Modes Pressure testing & Positive-pressure testing Dual capability
Additional Function Connector Assembly Device Supports Annexes Bโ€“I
Control System Advanced digital pressure regulation High precision and repeatability
Construction Robust industrial design Suitable for laboratory use

 

Primary Use Cases & Business Value

The ISO 80369-20 Medical Small Bore Connector Test Equipment is used to verify the leakage performance of small-bore medical connectors during product development, production quality control, and third-party certification. It helps manufacturers ensure connectors maintain liquid integrity under specified pressure conditions, supporting patient safety and regulatory compliance.

ISO 80369-20 Medical Small Bore Connector Test Equipment โ€“ Laboratory Use for Medical Device Connector Compliance
ISO 80369-20 Medical Small Bore Connector Test Equipment โ€“ Laboratory Use for Medical Device Connector Compliance

Procurement Benefits

  • Precision Testing: Accurately measures performance metrics like leakage (pressure decay or liquid leakage), stress resistance, and dimensional compliance per ISO 80369-20 Annexes B-I.
  • Versatility: Suitable for testing connectors across various ISO 80369 standards, including ISO 80369-2 (respiratory), ISO 80369-3 (enteral), ISO 80369-5 (limb cuff), and ISO 80369-7 (intravascular/hypodermic).
  • Regulatory Compliance: Supports compliance with FDA, CE, and other global regulations by adhering to ISO 80369-20 test methods.
  • User-Friendly Design: Compact, durable, and requires no external power or compressed air, ensuring ease of use in laboratory settings.
  • High Throughput: Semi-automatic testing capabilities increase efficiency, reducing test times while maintaining traceability and accuracy

Applications

  • Small-bore Medical Connectors โ€“ Leakage performance verification
  • Intravascular and Hypodermic Devices โ€“ Pressure and positive-pressure testing
  • Medical Device Manufacturers โ€“ Design validation and production quality control
  • Certification Laboratories โ€“ Compliance testing according to ISO 80369-20 Annex B and C
  • R&D Departments โ€“ Optimization of connector sealing performance

Operating Instructions for ISO 80369-20 Subatmospheric-pressure Air Leakage Tester.pdf

 

Compliance & Regulatory Assurance

This equipment is designed and manufactured in accordance with ISO 80369-20 Annex B and Annex C for liquid leakage testing of small-bore connectors. It provides a standardized method to evaluate leakage under pressure and positive-pressure conditions, ensuring connectors meet international safety and performance requirements for medical applications.

For detailed information on small-bore connector testing, please refer to the latest edition of ISO 80369-20.

Calibration certificates are available at additional cost. Regular verification of pressure sensors and system accuracy is recommended to maintain traceability.

Technical Inquiry for Medical Small Bore Connector Test Equipment

KingPo specializes in medical device testing equipment. If you require precise ISO 80369-20 Annex B and Annex C leakage testing for small-bore connectors, our engineering team can provide technical support and configuration recommendations.

The Core Value We Deliver to You

  • Compliance with ISO 80369-20 Annex B and Annex C
  • Dual testing capability for pressure and positive-pressure modes
  • Advanced digital pressure regulation and high-accuracy sensors
  • Support for Connector Assembly Device (Annexes Bโ€“I)
  • Robust construction for reliable long-term performance

Tell us your connector type or specific test requirements โ€” our engineering team will reply with tailored recommendations within 24 hours.

Detail Display

ISO 80369-20 Medical Small Bore Connector Test Equipment FAQs

Q1: What standards does this equipment primarily comply with?
A: The equipment is designed to meet ISO 80369-20 common test methods (covering Annexes B, C, D, E, F, G, H, I), and is also compatible with ISO 18250-1 (related Annexes Cโ€“I). It supports performance verification for connectors under the broader ISO 80369 series, including parts such as ISO 80369-2 (respiratory), ISO 80369-3 (enteral), ISO 80369-5 (limb cuff), and ISO 80369-7 (intravascular/hypodermic/neuraxial connectors). This helps meet regulatory requirements such as FDA and CE.
Q2: Which specific test items can this equipment perform?
A: It supports the main tests outlined in ISO 80369-20, including: Leakage by pressure decay (Annex B) Positive pressure liquid leakage (Annex C) Stress cracking resistance (Annex D) Subatmospheric pressure (negative pressure) leakage (Annex D) Resistance to separation from axial tensile force (Annex E) Resistance to separation from applied torque (Annex F) Resistance to overriding (Annex H) Additional tests like cap resistance may be supported depending on configuration.
Q3: What are the key leakage test parameters?
A: For pressure decay leakage testing, the equipment handles applied pressures of 300โ€“330 kPa with a leakage acceptance criterion of โ‰ค 0.005 Paยทmยณ/sec. It uses air as the medium and meets the precision required for ISO 80369-20 Annex B reporting (pressure change and leak rate).
Q4: How does the equipment handle connector assembly?
A: It includes a precision Connector Assembly Device (made of anodized aluminum and hardened steel) that applies controlled axial force and torque simultaneously (or independently). Typical assembly conditions follow ISO 80369-20 requirements, such as axial force around 26.5โ€“27.5 N and torque around 0.08โ€“0.12 Nยทm (exact values per the specific annex and connector type).
Q5: Is the equipment fully automatic or semi-automatic?
A: It is a semi-automatic system. Key steps like force/torque application, pressure control, and data collection are automated or semi-automated for better efficiency, repeatability, and traceability, but operators are still required for sample loading, setup, and some judgments.
Q6: Does it require external compressed air or special power supply?
A: No โ€” the system is compact and self-contained, with no external compressed air or additional power source required beyond standard electrical supply. This reduces setup complexity and lab space needs.
Q7: What types of small-bore connectors can be tested?
A: It is suitable for small-bore connectors with an inner diameter < 8.5 mm used for liquids and gases in healthcare, including (but not limited to): Respiratory connectors (ISO 80369-2) Enteral feeding connectors (ISO 80369-3) Limb cuff inflation connectors (ISO 80369-5) Intravascular, hypodermic, or neuraxial connectors (ISO 80369-7, including non-Luer designs) The equipment helps verify performance to prevent misconnections and enhance patient safety.
Q8: Does the equipment include or support reference connectors?
A: Yes โ€” it works with calibrated reference connectors (typically anodized aluminum and hardened steel, traceable to ISO 17025 standards) required for accurate testing under ISO 80369-20. These ensure reliable, repeatable results when mating with test samples.
Q9: What is the minimum order quantity (MOQ) and delivery time?
A: Minimum order quantity (MOQ): 1 set. Standard delivery time: approximately 35 working days (subject to confirmation at time of quote). Packaging: Standard safety carton or plywood box.
Q10: How can I get a quote, and what payment methods are accepted?
A: Contact the supplier via the website (email, phone, or online form) with your specific test needs for a formal quotation. Common payment method: Telegraphic Transfer (TT).
Q11: Does the equipment require periodic calibration?
A: Yes โ€” it is recommended to calibrate critical components (force sensors, torque sensors, pressure sensors, etc.) periodically in accordance with ISO 17025 or your quality management system to maintain traceability and compliance.
Q12: Can this equipment be used for older ISO 594 connector tests?
A: It can support some compatibility due to overlapping test principles between the older ISO 594 series and the current ISO 80369 series. However, testing should follow the latest ISO 80369-20:2024 requirements for full regulatory compliance, patient safety, and modern misconnections prevention.
Q13:Why ISO 80369-20 Compliance Matters
A: The ISO 80369 series was developed to address the critical issue of medical device misconnections, particularly with small-bore connectors (inner diameter < 8.5 mm). These connectors are vital for applications such as intravenous, enteral, respiratory, and neuraxial systems. The ISO 80369-20 standard outlines common test methods to verify connector performance, including leakage, stress cracking, and resistance to axial load or torque. Our equipment is designed to perform these tests with precision, helping manufacturers meet regulatory requirements and improve device reliability.

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