Webinars

Join us for our ‘Global Webinar Series’

Upcoming Webinars

Neontal Volume Targeted Ventilation (VTV) Including Low Tidal Volumes in High Frequency Oscillation (HFO) on the SLE6000

UK Session: 3rd June 2025 | 13:30 BST
International Session: 4th June 2025 | 11:30 CEST

Join us for a live educational webinar exploring the principles and practical application of Volume Targeted Ventilation (VTV) and the implementation of low tidal volumes during High-Frequency Oscillation (HFO) using the SLE6000 ventilator – a system designed specifically for neonatal care.

What we’ll cover:

  • The fundamentals of VTV in neonates, including clinical rationale and benefits
  • How to set up and optimise VTV on the SLE6000
  • Lung-protective strategies for vulnerable neonatal lungs
  • Enabling low tidal volume techniques in HFO for improved outcomes
  • Troubleshooting and interpreting ventilator data in real-time
  • Live demonstration of SLE6000 functionality with practical examples relevant to everyday neonatal care

👩‍⚕️ Who should attend:
Neonatal nurses, advanced neonatal nurse practitioners (ANNPs), respiratory physiologists, neonatologists, and other professionals involved in neonatal respiratory support – in the UK and beyond.

Enhance your understanding of neonatal ventilation and discover how the SLE6000 can support safer, more effective respiratory care – utilising Volume Targeting Ventilation in all invasive Modes, including High-Frequency Oscillation.

Previous Webinars

How OxyGenie® Can Help to Optimise Your Ventilation Strategy
Strategies for Integrating Dev Care into the NICU Workflow Webinar
Optimal Cord Clamping – A Summary of Current Evidence and Benefits
The LifeStartTM Journey; Our Story
Taking the Human Factor out of Oxygen Control in the NICU
(Hosted by our Partners, Device Technologies)
Is there an Optimal Mode for Non Invasive Ventilation in the Neonate?
The Evolution of Optimal Cord Clamping: Past, Present, and Future
Non-Invasive Dual Limb
Neonatal Conventional Ventilation on the SLE6000
Neonatal HFO and nHFOV