MedVision is a global company committed to the advancement of educational excellence in quality healthcare through medical simulation. Our designs and leading-edge technologies define our range of adult, pediatric, neonatal and surgical simulators. We are proud to work closely with healthcare professionals around the world to create successful simulation programs that will impact the quality and safety of patient care and help to improve patient outcomes. We look forward to partnering with you!

Contents Patient Simulators Leonardo Adult Simulator Mia Newborn Simulator Arthur Pediatric Simulator Patient/Surgical Simulators LapVision Hybrid Surgical Simulators LapVision Bakulev CPBSS Diagnostics Simulators MATT & Pediatric MATT Please contact us at [email protected] for further information about our innovative products.

Patient Simulators Training for Emergencies Keeping it real...

Leonardo Leonardo is a durable and easy-to-use adult patient simulator designed for high-quality simulation training in basic to advanced medical procedures, clinical team development and patient case management. Extensive functionality, combined with the ability to use your own medical devices, will enable learners to fully immerse and challenge themselves, as they put their individual and team skills to the test in time-critical emergency scenarios.

Patient Simulators • Realistic, Robust, Reliable • Lifelike weight (150lbs/68kg) and height (5’9ft/180cm) •T etherless connection (with up to 8 hours of battery life) • Rechargeable, swappable battery • Reliable supply of durable consumables • Realistic, seamless skin, ea

Vital signs Neurological Assessment • Pulse palpation (14 points) • Monitor blood pressure High-fidelity heart, lung (anterior & posterior) and bowel sounds with advanced controls • Convulsions • Programmable blinking • Programmable pupils • Pupillary light reflex Upper respiratory tract intubation Drug administration Full joint mobility • Head tilt, chin lift • Jaw thrust • Bag valve mask (BVM) • Laryngoscope • Orotracheal intubation • ET tube • IV drug recognition, injected volume and speed recognition • Pre-installed catheter • Injection of fluids using an IV access port Realistic scenarios with...

Patient Simulators Put Leonardo on a real ventilator Mechanical ventilation with a real ventilator is a unique feature of Leonardo. Set compliance and resistance for a complete clinical case. Pressure / volume control, pressure support, APRV, PAV, HFOV, NIV, PEEP (5-20cm H2O)

The only patient simulator to include comprehensive training in ventilation management ... or our virtual anesthesia machine Leonardo can be used with your institution’s own real mechanical ventilators. Our propriety software makes it possible to set compliance and resistance for a complete clinical case. Pressure / volume control, pressure support, APRV, PAV, HFOV, NIV, PEEP (5-20cm H2O). Our virtual ventilator can be used in conjunction with Leonardo or as a stand-alone training device. Trainees will learn the full functionality and application of ventilation equipment, including identifying...

Patient Simulators It all comes down to the scenario... Leonardo’s Action Log captures performance data from the scenario to allow for a quality debrief and reflective learning

Scenarios... create your own or run on the fly Intuitive software makes running and creating your own scenarios easy Our intuitive software is so easy to use, you can run Leonardo on the fly and capture learning opportunities in the moment - all in a risk-free environment! Alternatively, you can create your own scenarios to cover specific teaching points and learning objectives unique to your training programs. Leonardo’s range of preprogrammed patient states and scenarios are also available to ease your busy workload. Patient monitor Its generic interface and intuitive design create a more authentic...

Patient Simulators Features Airway • Realistic airway • Supraglottic airway device support • Combitube, LMA • Retrograde intubation • Fiberoptic intubation • Head and jaw mobility • Orotracheal and nasotracheal intubation • Laryngeal mask airway insertion • Pulmonary aspiration • Cricoid pressure • Surgical cricothyrotomy • Needle cricothyrotomy • Pneumothorax and hydrothorax • Positive pressure ventilation • Dynamic airway resistance • Airways obstruction • Esophageal Intubation • Feeding tube insertion • Bag valve mask (BVM) • Cyanosis and acrocyanosis • Chest rise and fall • Bilateral bronchi...

Vascular access • Intravenous injections (preinstalled catheter) • Intraosseous access (tibia) Other features • Sounds: crying, screaming, coughing, moaning • Speech (preloaded phrases or instructor’s microphone) • Teeth, soft cheeks and gums • Pre-installed themes, scenarios, programs • Realistic bone structure, palpable ribs, kneecaps and many more • Secretion: sweat, tears, bleeding • Urine output Trauma Modules available, including wounds an

Patient Simulators Preparing for time-critical neonatal emergencies

Mia Mia is a state-of-the-art newborn simulator designed to meet the challenges of specialist training in neonatal care. From basic assessment to critical thinking skills in emergency scenarios, Mia will enable profound learning experiences that are transferable to clinical practice promoting safer patient care and improved outcomes. One of the benefits of Mia is that you can use as both a newborn and an infant.

Patient Simulators Realistic skin quality Mia’s Action Log captures all performance data to allow for a structured, quality debrief and reflective learning. Defib pads, band aids, moulage... Mia’s skin can be easily cleaned to as good as

Neonatal Resuscitation Difficult Airway Management Realistic resuscitation skills practice supports clinical guidelines and protocols. Chest compressions, ventilation with a bag valve mask (BVM), airway adjuncts and mechanical ventilation. Can’t intubate, can’t ventilate! The anatomically correct, realistic feel and durable design of Mia’s airway allows trainees to hone their airway management skills in advanced neonatal emergency scenarios. In-situ and ‘ ust in time’ J training The wireless design of Mia and her extensive battery life (5-6 hours) enables in-situ simulation training to take place...