An adult CPR manikin is a life-sized training model designed to simulate a human adult for teaching and practicing cardiopulmonary resuscitation (CPR) techniques. Constructed with durable, lightweight materials, it typically features realistic anatomical landmarks such as the sternum, ribcage, and torso. Many models incorporate feedback mechanisms, including audible clicks or visual indicators, to ensure proper compression depth and rate during chest compressions. Some advanced versions include airway management features, enabling learners to practice head tilt, chin lift, and ventilation techniques using a bag valve mask or mouth-to-mouth resuscitation. These manikins are ideal for healthcare professionals, students, and first responders, offering a safe and controlled environment to develop lifesaving skills.

Birthing simulators are advanced training tools designed to replicate the process of labor and delivery, providing a realistic and interactive platform for healthcare professionals to practice obstetric care. These simulators often feature life-sized anatomical structures, including a pregnant abdomen, pelvis, and fetal models, allowing for hands-on training in managing various delivery scenarios. They are equipped with features such as adjustable fetal positions, lifelike contractions, and options to simulate complications like shoulder dystocia, breech delivery, or postpartum hemorrhage. Many models integrate with software to provide real-time feedback and data tracking for enhanced learning. Ideal for medical students, midwives, and obstetric teams, birthing simulators support skill development in a controlled, risk-free environment.

Pediatric and neonatal CPR manikins are specialized training tools designed to simulate infants and children for teaching and practicing age-specific cardiopulmonary resuscitation (CPR). These manikins feature lifelike anatomical details, such as soft, flexible skin, a realistic airway, and proportional body structures, to mimic the unique physiological differences in younger patients. Many models provide feedback mechanisms, such as visual or audible indicators, to ensure proper hand placement, compression depth, and ventilation volume. Advanced versions may include features for practicing airway management, foreign body removal, and defibrillation techniques. Ideal for healthcare providers, students, and first responders, these manikins support training in critical pediatric and neonatal resuscitation skills in a safe, realistic environment.

AMBU/LAERDAL/others

High-fidelity simulators are state-of-the-art, lifelike models designed for immersive and realistic training across various healthcare domains. These simulators replicate human anatomy, physiology, and responses to medical interventions, offering dynamic, real-time feedback and data for advanced learning.

1. General High-Fidelity Simulators: These versatile simulators mimic adult or pediatric patients for a wide range of clinical scenarios. They can simulate vital signs, breathing, pulse, pupil response, and more, enabling comprehensive training in assessment and treatment.

2. Trauma Simulators: Specifically designed for emergency and trauma care, these models allow training in hemorrhage control, wound management, airway stabilization, and other critical interventions. They can replicate injuries like fractures, burns, and lacerations to enhance realism.

3. Birthing Simulators: These simulators provide realistic labor and delivery scenarios, including normal deliveries and obstetric emergencies such as shoulder dystocia, breech births, and postpartum hemorrhage. They often include features for monitoring contractions, fetal positioning, and maternal vitals.

4. Surgical Simulators: Created for procedural training, these models replicate human tissue for practicing surgical techniques such as suturing, laparoscopic procedures, and other advanced interventions. They are often paired with haptic feedback and virtual reality components for precision training.

5. Adult High-Fidelity Simulators: These comprehensive simulators are used for training in adult medical and surgical care, covering a broad spectrum of scenarios such as cardiac arrest, respiratory failure, and chronic conditions. They simulate realistic physiological responses and integrate seamlessly with clinical equipment.

6. Pediatric and Neonatal Simulators: Tailored for young patients, these models provide age-appropriate anatomical and physiological realism. They allow for practice in neonatal resuscitation, pediatric emergencies, and routine care for infants and children, including airway management and intravenous access.

7. Female Simulators: Designed for training in female-specific medical scenarios, these simulators are used for gynecological procedures, labor and delivery, breast exams, and maternal-fetal assessments. They provide a realistic platform for training in women's health and obstetric emergencies.

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Models : Elevate - HPS  , Laerdal  3G Simman , others

TruCorp offers a range of advanced bronchoscopy training manikins designed to provide realistic and comprehensive training experiences for medical professionals. These simulators feature anatomically accurate airways, including detailed internal structures down to the fourth generation bronchi, facilitating effective practice in various bronchoscopy techniques.

Key Features:

• Anatomical Accuracy: 

  TRealistic Airway Management: 

• Versatile Training Applications: These manikins support a wide range of procedures, including diagnostic bronchoscopy, nasotracheal intubation, lung isolation techniques, and the use of supraglottic devices.

  Enhanced Realism: Features such as an inflatable tongue to simulate edema and palpable anatomical landmarks like the cricoid cartilage and tracheal rings provide trainees with realistic tactile feedback during procedures.

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AirSim Combo Bronchi X: Combines the AirSim® X airway with additional features for practicing a comprehensive range of airway management techniques, including percutaneous tracheostomy and cricothyroidotomy.

The Elevate Learning Space is a cutting-edge educational environment designed to transform healthcare training through immersive, interactive, and technology-driven experiences. Featuring advanced simulation tools, virtual reality systems, and collaborative workspaces, it fosters hands-on learning and critical skill development. With its adaptable layout and state-of-the-art resources, the space supports multidisciplinary education, team-based training, and scenario-based learning for healthcare professionals and students. By combining innovation with practical application, the Elevate Learning Space empowers learners to excel in clinical decision-making, teamwork, and patient care in a realistic yet controlled setting.

SIM X Medical VR is a state-of-the-art virtual reality platform designed to revolutionize medical education and training. By leveraging immersive VR technology, it provides highly realistic, interactive simulations that replicate real-world clinical scenarios. Trainees can practice a wide range of skills, including patient assessment, diagnosis, and procedural techniques, in a safe, controlled, and repeatable environment. The platform offers customizable scenarios, real-time feedback, and multi-user functionality, enabling collaborative learning and tailored training experiences. With its portability and adaptability, SIM X Medical VR is ideal for medical schools, hospitals, and professional development programs, delivering cutting-edge solutions to advance healthcare education and improve patient outcomes.

Elevate Vimedix with HoloLens is an advanced ultrasound simulation platform integrated with augmented reality to enhance training in cardiac, abdominal, and trauma care. Using the Microsoft HoloLens, this innovative system allows learners to visualize anatomy and pathology in 3D, providing a unique perspective for mastering ultrasound techniques.

• Cardiac Module: Offers lifelike simulations for transthoracic and transesophageal echocardiography, enabling users to assess cardiac function, identify abnormalities, and practice guided interventions.

• Abdominal Module: Facilitates training in diagnosing abdominal pathologies, visualizing organs in detail, and performing focused assessments, including FAST exams.

• Trauma Module: Focuses on emergency scenarios, helping learners develop rapid assessment skills for life-threatening conditions like internal bleeding or organ damage.

The combination of Vimedix’s realistic ultrasound imaging and HoloLens’s immersive 3D visualization accelerates learning, enhances comprehension of complex spatial relationships, and improves diagnostic confidence in a controlled and interactive environment.

he 3D ultrasound simulator with virtual reality (VR) integration is a cutting-edge tool revolutionizing medical education and training. This advanced simulator combines the realism of three-dimensional imaging with immersive VR technology to create a highly interactive learning environment. Trainees can practice performing ultrasound scans in a simulated setting, experiencing the tactile feedback and visual cues of real-world scenarios. The VR component allows users to navigate complex anatomical structures, understand spatial relationships, and enhance procedural skills without the risk to actual patients. By offering customizable scenarios and real-time feedback, this technology significantly improves competency in diagnostic and interventional ultrasound procedures, making it an invaluable asset for medical professionals and educators.