Portable Support System Combines Respiratory Therapies
|
By HospiMedica International staff writers Posted on 25 Apr 2017 |

Image: The Ventilation, Oxygen, Cough, Suction, and Nebulization (VOCSN) system (Photo courtesy of Ventec Life Systems).
An innovative respiratory system integrates ventilation, oxygen concentration, cough assistance, suction, and nebulization into one simple, mobile device.
The Ventec Life Systems Ventilation, Oxygen, Cough, Suction, and Nebulization (VOCSN) system is designed to improve care for patients with neuromuscular diseases (such as muscular dystrophies and ALS), impaired lung function (such as COPD, cystic fibrosis, lung cancers, and emphysema), spinal cord injury, and pediatric development complications across the continuum of care, from children five kg and up to adults. Patients can get all five therapies, or just the mix of therapies needed.
The device, which is more than 70% lighter and smaller than current machines, features a nine-hour on-board battery, and is controlled through an intuitive touchscreen interface and user-friendly operating system. Caregivers can seamlessly switch between therapies using the Ventec One-Circuit function with the touch of a button, and no longer need to change circuits between therapies. Instead of having several cumbersome tubes connecting to separate devices, Ventec One-Circuit creates one easy-to-manage system.
“I’ve seen firsthand how improved ventilator technology can enhance the quality of life for patients and caregivers. Our team didn’t want to create just another ventilator, we spent the past five years focused on building a truly integrated solution,” said Doug DeVries, founder and CEO of Ventec. “VOCSN is inspired by ideas from patients, caregivers, medical professionals, and a team of more than 30 leading engineers. New technology was developed to provide best-in-class treatment in a smaller, more energy efficient system.”
The Ventec Life Systems Ventilation, Oxygen, Cough, Suction, and Nebulization (VOCSN) system is designed to improve care for patients with neuromuscular diseases (such as muscular dystrophies and ALS), impaired lung function (such as COPD, cystic fibrosis, lung cancers, and emphysema), spinal cord injury, and pediatric development complications across the continuum of care, from children five kg and up to adults. Patients can get all five therapies, or just the mix of therapies needed.
The device, which is more than 70% lighter and smaller than current machines, features a nine-hour on-board battery, and is controlled through an intuitive touchscreen interface and user-friendly operating system. Caregivers can seamlessly switch between therapies using the Ventec One-Circuit function with the touch of a button, and no longer need to change circuits between therapies. Instead of having several cumbersome tubes connecting to separate devices, Ventec One-Circuit creates one easy-to-manage system.
“I’ve seen firsthand how improved ventilator technology can enhance the quality of life for patients and caregivers. Our team didn’t want to create just another ventilator, we spent the past five years focused on building a truly integrated solution,” said Doug DeVries, founder and CEO of Ventec. “VOCSN is inspired by ideas from patients, caregivers, medical professionals, and a team of more than 30 leading engineers. New technology was developed to provide best-in-class treatment in a smaller, more energy efficient system.”
Latest Critical Care News
- Wearable Hormone Monitor Enables At-Home Detection of Primary Aldosteronism
- Contactless AI Tool Detects Hypertension and Diabetes from Facial Video
- AI Tool Predicts Bladder Cancer from Electronic Health Records
- Personalized Neuromodulation System Receives FDA Clearance for PTSD Treatment
- New Multimodal Framework Targets Debilitating Form of Heart Failure
- Telehealth-Enabled Paramedic Program Supports Post-Discharge Heart Failure Care
- AI Software Update Boosts Image Quality and Workflow for Portable MRI System
- New Polymer Electrode Extends Runtime of Needle-Free Drug Delivery Patches
- Ultrasound Technique Enables Arrhythmia Risk Assessment in Mitral Valve Disease
- 3D-Printed Membrane Could Enable Smaller, More Efficient Artificial Lungs
- Wearable Ultrasound Patch Uses AI to Detect Elevated Central Venous Pressure
- Switchable Soft Material Could Improve On-Demand Drug Delivery
- Smart Patch Could Detect Fentanyl and Deliver Automatic Overdose Aid
- AI Wearable Enables Continuous Noninvasive Arterial Blood Pressure Monitoring
- Inflatable Device Streamlines Repositioning of Proned Ventilated Patients
- Intensive Blood Pressure Management Reduces Recurrent Stroke After Intracerebral Hemorrhage
Channels
Artificial Intelligence
view channel
AI Tool Uses Mammograms to Detect Common Cardiovascular Diseases
Cardiovascular disease, encompassing hypertension, ischemic heart disease, and stroke, is the leading cause of death in women. Many cases are detected late, as symptoms can be subtle and routine screening... Read more
AI Tool Predicts Post-Heart Attack Trajectories to Personalize Follow-Up
Acute myocardial infarction (heart attack) survivors often develop new comorbidities and complications that unfold over years. Predicting which patients will deteriorate and where problems will arise remains... Read moreSurgical Techniques
view channel
Biodegradable Gastric Stent Could Eliminate Repeat Procedures After Bariatric Surgery
Gastric leaks are a serious complication after weight-loss surgery that can lead to infection, prolonged hospitalization, and repeated interventions. Conventional drainage stents were designed for the... Read more
Robot-Assisted Surgery Shows Advantages Over Laparoscopy in Gastric Cancer
Gastric cancer is most often treated with surgery, yet minimally invasive techniques can be technically challenging. Laparoscopic gastrectomy reduces recovery time compared with open surgery but relies... Read morePatient Care
view channel
Multicenter Study Quantifies Delays in Care for Emergency Department Boarders
Emergency department (ED) boarding—the practice of keeping admitted patients in the ED while awaiting an inpatient bed—creates hazardous delays in definitive care. Prolonged transitions expose older and... Read more
Real-Time Radiation Monitor Supports Safer Fluoroscopy-Guided Procedures
Fluoroscopy-guided procedures expose clinicians to scatter radiation that accumulates over time, creating persistent occupational risks in cath labs and interventional suites. Traditional badges typically... Read moreMedical Imaging
view channel
Study Links Thymus Radiation Dose to Poorer Outcomes in Lung Cancer
Collateral radiation to the thymus during therapy for non-small cell lung cancer (NSCLC) may compromise antitumor immunity and disease control. The thymus is a small immune organ in the upper chest that... Read more
Automated AI Tool Enables Uncertainty-Aware Meningioma Volume Tracking on MRI
Magnetic resonance imaging (MRI) guides diagnosis and monitoring in brain tumors, yet routine measurements often rely on subjective reads or simplified two-dimensional calculations. These methods can miss... Read moreHealth IT
view channel
Imaging Tool Quantifies Calcinosis Cutis Volume to Monitor Treatment
Calcinosis cutis involves calcium deposits in the skin or soft tissues that can develop anywhere in the body, causing pain, impaired mobility, and disability. Lesions along the spine or buttocks can make... Read more
Digital Symptom Monitoring Supports More Personalized Breast Cancer Care
Metastatic breast cancer, in which tumors spread to other organs, is incurable but increasingly managed with modern systemic therapies. As more treatments shift from hospital infusions to oral or at-home... Read morePoint of Care
view channel
Microneedle Patch Enables At-Home Monitoring of Acute Kidney Injury
Kidney disease is often silent in its early stages, making timely detection difficult outside clinical settings. Early biomarkers such as neutrophil gelatinase–associated lipocalin can require blood draws... Read more
Ultrathin Metasurface Could Bring Quantitative Phase Imaging to Portable Devices
Point-of-care imaging often depends on bulky optical systems that have difficulty visualizing nearly transparent cells and tissues without staining. These limitations can slow diagnosis and restrict use... Read moreBusiness
view channel
Philips and Imricor Collaboration Advances MRI-Guided Cardiac Procedures
Cardiac arrhythmias affect millions of people worldwide and are often treated with catheter ablation. These procedures typically rely on X-ray fluoroscopy, which provides only indirect visualization of... Read more
Abbott LAA Occluder Gains CE Mark for AFib Stroke Risk Reduction
Atrial fibrillation increases stroke risk because blood clots often form in the left atrial appendage. For patients who cannot tolerate long-term anticoagulation, minimally invasive closure can provide... Read more
FDA Seeks Feedback on Regulating Generative AI Medical Devices
Generative artificial intelligence (AI) is rapidly entering clinical workflows, offering tools that could enhance patient care while introducing risks that differ from those of traditional software.... Read more







