prisma VENT50/50-C with 12hrs battery backup

The prisma VENT50 / 50-C ventilators from Löwenstein Medical are advanced respiratory support systems engineered to provide reliable, flexible ventilation in homecare and clinical environments. With a pressure range up to 50 cmH₂O and support for various ventilation modes, these devices meet the needs of a wide range of patients across changing clinical conditions.

The prisma VENT50-C model expands on the core capabilities by offering an integrated High Flow Therapy (HFT) mode, delivering constant flows from 5 – 60 L/min. This makes it suitable for high-flow oxygen support with nasal cannulae, improving oxygenation and comfort. Both versions support mouthpiece ventilation (pressure- or volume-controlled) and advanced functions such as autoS/T mode, AirTrap Control, Trigger Lockout, and Lung Insufflation Assist Maneuver (LIAM) for cough and secretion management.

The ventilator’s intuitive interface with graphics simplifies therapy setup, while complete alarm management enhances safety. An integrated rechargeable battery offers up to ~10 hours of autonomous operation, and prisma CLOUD telemedicine enables remote monitoring and parameter adjustment, helping clinicians track therapy progress even from a distance.

Key Features

• Advanced ventilation with pressures up to 50 cmH₂O

• prisma VENT50-C with High Flow Therapy (HFT) mode (5 – 60 L/min)

• Support for invasive and non-invasive ventilation

• Multiple therapy options including mouthpiece ventilation (pressure/volume)

• Lung Insufflation Assist Maneuver (LIAM) for cough & secretion support

• AutoS/T mode with leak compensation and target volume control

• Quiet operation for patient comfort

• Rechargeable internal battery (approx. 10 h)

• Telemedicine connectivity via prisma CLOUD and expert software prismaTS

• Integrated alarm system and user-friendly controls

Ideal For

• Chronic respiratory insufficiency support

• COPD and progressive respiratory conditions

• Homecare and clinical ventilation needs

• High-flow oxygen therapy requirements