Adult Patient Simulator

Leonardo

Multidisciplinary functionality

enabling medical professionals to practice key skills across various clinical fields

icon-products-Multidisciplinary functionality

Real medical equipment compatibility

compatible with ventilators, ECG monitors, defibrillators, and other clinical devices

icon-products-Real medical equipment compatibility

Complimentary user training

expert-led masterclasses on simulator operation provided by the company's specialists

icon-products-Complimentary user training

Key benefits

Visual and tactile realism

Realistic skin, limb articulation, musculoskeletal structure, and adult patient height and weight

Durable, wear-resistant materials

Engineered for repeated practice of all simulator functions.
Realistic, seamless skin, easy to clean

product-benefits-Leonardo simulator head
product-benefits-Leonardo simulator with medical sensors

Fully wireless

with an option for wired connectivity

Optional appearance customization

realistic facial features, dark skin tone, and trauma/injury modules

Specifications

product-spec-CIRCULATION
  • Pulse palpation (14 points)
  • Adjustable pulse strength
  • Blood pressure measurement
  • ECG monitoring
  • Rich library of ECG rhythms
  • Defibrillation, cardioversion and cardiac pacing using real devices
  • Defibrillation in manual and automatic modes
  • Cyanosis
product-spec-Auscultation
  • Extensive audio library of cardiac, pulmonary, and bowel auscultation sounds
  • 5 Points of the Heart (Aortic, Pulmonic, Erb's Point, Tricuspid, Mitral)
  • 5 Anterior Lung Points (Upper, Middle, Lower Lobe)
  • 4 Posterior Lung Points (Upper, Lower Lobe)
  • 4 Intestinal/Bowel Points (Right — Left, Upper — Lower Quadrant)
  • Auscultation of Korotkoff sounds
product-spec-Neurological Assessment and Reflexes
  • Adjustable blink rate
  • Adjustable eyelid positions
  • Adjustable pupil diameter
  • Pupillary light reflex
  • Convulsions
  • Trismus
product-spec-Airway management
  • Head-tilt, chin-lift and jaw thrust
  • Orotracheal and nasotracheal intubation
  • Anatomically accurate upper airway
  • Determining and recording the position of the tube in the intubation action log
  • Sellick manoeuvre
  • Laryngeal mask airway insertion
  • Tongue edema
  • Pharyngeal airflow obstruction
  • Laryngospasm
  • Сricothyrotomy
product-spec-Drug administration
  • Intravenous Injection Recognition: Assessment of drug volume and infusion speed through a pre-Inserted catheter
  • IRecognition of the drug administered intravenously
  • IIntraosseous infusion into the shoulder and leg
product-spec-Joint mobility
  • Realistic range of motion for practicing patient care and transport scenarios
  • Realistic appearance, palpable ribs, kneecaps etc.
product-spec-CPR (cardiopulmonary resuscitation)
  • Realistic chest compressions
  • Automatic activity log, displaying all user actions
  • Depth, frequency, hands placement assessment and log
  • Ventilation volume
  • Manual configuration of CPR protocols
  • Printable detailed CPR assessment
product-spec-Respiration
  • Respiratory rate synced to patient monitor vital signs
  • Chest excursion (Bilatera rise and fall)
  • Adjustable elasticity and resistance of the bronchi during ventilation using a bag-valve-mask (BVM)
  • Compatibility with real mechanical ventilators
  • Adjustable lung compliance and resistance
  • Configurable airway complications
  • Determination of ventilation volume
  • Needle decompression with realistic feedback (pneumothorax and hemothorax)
product-spec-OTHER
  • Removable metal contacts for defibrillator (DFB) electrodes on the manikin body
  • Removable metal contacts for ECG electrodes on the manikin body
  • Rich library of vocal sounds (moaning, coughing, pre-recorded words and phrases)
  • Use of a microphone to transmit information through the simulator
  • Realistic teeth, soft cheeks and gums
  • Pre-installed themes, scenarios, programs and the Scenario Constructor software to design your own scenario
  • Secretion: sweat, tears, ear discharge, oral secretions, urine and bleeding

Two simulator models with different functional capabilities

Comparison chart
Essential HF

Airways

Orotracheal intubation + +
Nasotracheal intubation + +
Esophageal intubation - +
Intubation of right main/left bronchus + +
Bag-valve-mask (BVM) ventilation + +
Supraglottic airway insertion (LMA, LTA, Combitube) + +
Lung compliance (0–100%) + +
Adjustable lung resistance (0–100%) + +
Endotracheal tube (ETT) management: insertion, fixation, and care + +

Airway complications

Tongue edema + +
Pharyngeal obstruction + +
Laryngospasm - +
Proper head position sensor + +
Trismus - +
Airway obstruction modelling + +
Foreign body obstruction + +

Breathing

Spontaneous breathing + +
Chest rise and fall + +
Normal and pathological breath sounds + +
Lung sounds + +
Lung sounds during ventilation - +
Lung sounds synced with respiratory rate + +
Programmable lung sounds + +
Posterior auscultation + +
SpO2 + +
Chest drainage + +
Needle decompression +* +
Unilateral spontaneous breathing + +

Cardiac

Cyanosis - +
Ever-growing ECG library + +
ECG monitoring (4 points) + +
Heart sounds auscultation + +
ECG and heart sounds sync + +
Defibrillation (manual / automatic) + +
Pacing - +
Manual ECG settings + +
Defib pads correct placement + +

Blood circulation

Pulse palpation points 10 14
Adjustable pulse strength + +
Pulse and ECG sync + +
Pulse palpation detailed log + +
Pulse strength synced with BP + +
Korotkoff tones + +
Pulse oximeter + +

Pharmacology

IV access (intravenous) + +
Drug recognition with dose and injection speed - +
IM injections (intramuscular) - +
IO access (intraosseous) + +
Automatic and programmable physiological responses + +

Eyes

Pupillary light reflex + +
Variable size pupils + +
Open, half-open or closed eyes - +
Blinking (slow, normal, excessive) + +

CPR

Conforming to 2010-2015 guidlines + +
Realistic compressions + +
Anatomical landmarks + +
Depth, frequency, hands placement assessment and log + +
Head tilt/chin lift with sensors + +
Realistic vital parameters change during and after CPR + +

Other functions

Full body manikin + +
Realistic joint mobility - +
Urine output - +
Immobilization - +
Secretion (eyes, ears, nose, mouth) - +
Bowel sounds auscultation - +
Diaphoresis - +
Extrication/Immobilization - +
Abdominal distension - +
Trauma module (wound and fracture) - +
Limb trauma (optional) + +
Bleeding - +
Extra kit of trauma straps + +
Patient speech (screaming, moaning etc.) + +
Microphone for instructor to simulate patient speech + +

“Instructor” software

Wireless remote control + +
Automatic scenarios + +
Programmed scenarios + +
Manual mode + +
Themed scenarios + +
Trainee database for debriefing + +
Video debriefing, synced with activity log + +
Detailed CPR reports + +

“Bedside monitor” software

Wireless remote control + +
Modular and configurable + +
6 waves + +
More than 30 parameters + +
FullHD screen + +
CT, MRI, videos + +
Anesthesia machine simulation + +
Mechanical ventilator simulation + +

Scenario constructor

Create and manage scenarios + +
Add new actions + +

ECG software

Create and manage new ECG graphs - +

Equipment kit

Adult human patient simulator + +
Bedside monitor + +
Laptop + +
Defibrillator adapter + +
Syringe imitators + +
BP monitoring kit + +
Consumables kit + +
Service instrument kit + +
Refill bottles - +
Headphones + +
Webcam + +

* Right mid clavicular

2026 Brochure 2026 Brochure

2026 Brochure

Discover a comprehensive brochure detailing the full functionality of our simulators

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Download brochure

A Simulator Built for Real-World Training — Precision in Every Detail for All Participants

main-blog-Training with real medical equipment from day one

Training with real medical equipment from day one

Students train using actual medical devices: mechanical ventilators, defibrillators, ECG monitors, and more. This ensures high-fidelity training and allows students to become proficient with the equipment they will encounter in clinical practice.

main-blog-Developing critical clinical and teamwork skills

Developing critical clinical and teamwork skills

The simulator allows for practicing both individual clinical actions and multidisciplinary team coordination during emergency care scenarios. This accelerates the transition from theory to clinical practice and helps establish stable behavioral patterns in high-stress situations.

main-blog-Pre-set and customizable scenarios based on real clinical cases

Pre-set and customizable scenarios based on real clinical cases

The software includes automated scenarios based on real patient histories and provides tools to create custom scenarios—with adjustable physiological parameters, patient conditions, and event progression.

main-blog-Advanced bedside monitor with extensive functionality

Advanced bedside monitor with extensive functionality

The touchscreen monitor replicates the interface of real medical equipment, with customizable displays for required parameters and real-time data streaming. These features ensure maximum training fidelity, increasing student motivation and engagement.

main-blog-Intuitive control and instructor convenience

Intuitive control and instructor convenience

The instructor's laptop, featuring a touchscreen and graphical user interface (GUI), allows for rapid starting, pausing, and real-time scenario management. All training can be adapted to specific educational goals without technical complexities.

main-blog-Effective feedback via debriefing system

Effective feedback via debriefing system

The Debrief Viewer software records all student actions, including timestamps and patient parameters. This enables the instructor to analyze key episodes in detail, identify errors, and improve the quality of material retention.

Software: Maximizing Student Benefit and Instructor Comfort

  • Detailed customization of patient status parameters
  • Logging of every performed action for grading and debriefing
  • Export of exercise and performance reports
  • Free online software updates
  • Patient monitor
  • Patient data: laboratory tests, X-rays, ultrasound, and medical history
  • Virtual drug administration
Leonardo simulator software interface Leonardo simulator software interface

Simple and intuitive interface

Enables both students and instructors to quickly adapt and begin the training process.

Scenario builder

Designed for creating new training scenarios —ranging from simple to complex— or modifying existing ones. Data entry capabilities, sequential logic building, and easy configuration make it simple and intuitive to use.

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