ISO 10555: Standard for Intravascular Catheters (Including Balloon Catheters) Fundamentals Training by Tonex
Gain a solid command of ISO 10555 requirements that govern intravascular catheters, including balloon catheters used in interventional procedures. You will translate clauses into practical design inputs, verification strategies, and compliant documentation that withstand audits and notified-body scrutiny.
Because modern catheter systems increasingly interface with software, networked consoles, and hospital IT, we spotlight data integrity, privacy, and secure configurations that reduce exposure to cyber threats. Clear guidance connects product risk, usability, and cybersecurity controls so teams ship safer devices with resilient operational profiles. Leave with actionable templates, review checklists, and a shared language across engineering, quality, and regulatory stakeholders.
Learning Objectives
- Interpret ISO 10555 scope, definitions, and device categorizations
- Convert standard clauses into design inputs and acceptance criteria
- Build risk files aligned with ISO 14971 and trace them to tests
- Plan verification, shelf life, packaging, and sterilization evidence
- Prepare audit-ready technical documentation and labeling assets
- Integrate cybersecurity considerations into catheter design and testing while maintaining clinical performance
Audience
- Medical Device R&D Engineers
- Quality and Regulatory Affairs Professionals
- Manufacturing and Process Engineers
- Clinical and Marketing Specialists
- Product and Compliance Managers
- Cybersecurity Professionals
Course Modules
Module 1 – Standard Overview
- Scope, parts, and applicability across catheter types
- Key definitions, symbols, and normative references
- Performance characteristics and safety principles
- Clause-by-clause compliance mapping techniques
- Relationship to ISO 10993, 11135, 11607, 14971
- Common compliance gaps and audit expectations
Module 2 – Design Controls
- User needs to design inputs with measurable criteria
- Materials selection, balloon design, and burst limits
- Dimensional tolerances, lubricity, and kink resistance
- Flow performance, pressure ratings, and leakage limits
- Traceability matrices linking clauses to specifications
- Design reviews, change control, and documentation rigor
Module 3 – Biocompatibility & Sterility
- Biological evaluation plans under ISO 10993 series
- Cytotoxicity, sensitization, irritation, systemic toxicity
- Endotoxin limits, cleanliness, and particulate control
- Sterilization modality selection and validation evidence
- Packaging validation for seal integrity and transit
- Shelf life studies, aging protocols, and labeling claims
Module 4 – Verification & Testing
- Dimensional and mechanical test method selection
- Balloon fatigue, burst, and compliance testing strategy
- Torque, pushability, trackability, and kink testing
- Leak, flow, and pressure cycling verification plans
- Test method validation and GR&R considerations
- Test reports, data integrity, and acceptance rationales
Module 5 – Risk & Compliance
- Hazard identification for use and misuse scenarios
- FMEA integration with ISO 14971 risk evaluation
- Usability engineering ties to risk controls and IFU
- Cybersecurity risk assessment for connected workflows
- CAPA signals, nonconformance trending, and metrics
- Technical file structure and notified body readiness
Module 6 – Postmarket & Readiness
- PMCF and real-world evidence for continuous safety
- Complaint handling, MDR/IVDR vigilance, and reporting
- Change impact assessment on validated states
- Supplier quality management and critical materials
- Hospital IT integration, secure updates, and hardening
- Audit simulations, management reviews, and action plans
Elevate your team’s confidence with a standards-driven, implementation-focused approach to intravascular catheters. Enroll your cohort today to align engineering, quality, regulatory, and cybersecurity stakeholders—and accelerate compliant, safe, and market-ready devices.