Accurate S.r.l. is an Italian company specializing in the development of high-tech educational solutions for the medical field. By integrating international experience, scientific research, and engineering expertise, Accurate enhances medical training through innovative simulation products and services. Medical professionals, educators, and simulation centers worldwide rely on these technologies to advance clinical skills and improve patient care.

Simulation-based education plays a critical role in medical training, allowing healthcare providers to practice procedures in a safe, controlled environment. Accurate develops simulators that replicate real-world scenarios with high precision, enabling users to refine skills before applying them in clinical settings. By focusing on emerging healthcare challenges and educational gaps, Accurate has positioned itself as a leader in the healthcare simulation industry.

Product Portfolio

Accurate offers a diverse range of medical simulators designed to improve clinical skills across various specialties. Each solution is developed with input from medical professionals, ensuring realistic functionality and effective training outcomes.

• VausSim: An advanced ultrasound simulator that transforms any manikin into a comprehensive ultrasound training tool. Designed for medical students, emergency physicians, and ultrasound specialists, this system enhances hands-on learning by providing real-time ultrasound imaging without requiring a patient. Instructors can customize training scenarios to simulate different pathologies and anatomical variations.
• PickUpSim: A high-fidelity simulator for practicing human ovum retrieval procedures in assisted reproduction. Featuring haptic feedback and real-time ultrasound monitoring, this system enables reproductive specialists to refine delicate techniques in in-vitro fertilization (IVF) procedures. Accurate control over follicular aspiration enhances procedural success rates and reduces patient risks.
• DrSim: An interactive virtual patient simulator available in multiple versions, including VR. This system enables users to engage in realistic clinical scenarios and modify cases for tailored learning experiences. Medical students, emergency responders, and physicians can use DrSim to practice diagnostic decision-making and treatment protocols in a risk-free digital environment.
• HScapeSIM: A virtual reality software that transforms clinical learning into an immersive experience. Inspired by escape room concepts, this system enhances critical thinking and collaboration by presenting users with real-time patient care challenges. Teams work together to diagnose and treat virtual patients, reinforcing teamwork and problem-solving skills.
• LungSim: A mechanical ventilator simulator that allows training without the need for actual ventilators. Compatible with adult, pediatric, and neonatal patient simulators, this system is essential for respiratory therapy education. Healthcare professionals can develop proficiency in ventilator management, including mode selection, alarm troubleshooting, and patient response monitoring.
• IUSim: An intrapartum sonography simulator that enables the evaluation of labor progress. This training tool helps obstetricians and midwives assess normal and abnormal labor patterns through ultrasound imaging. Users develop expertise in interpreting fetal positioning, placental health, and amniotic fluid levels, improving labor management outcomes.
• ECLSim: A screen-based simulator for training on extracorporeal membrane oxygenation (ECMO) and life support scenarios. This tool replicates heart-lung support systems, allowing perfusionists, intensivists, and cardiologists to practice patient stabilization techniques during cardiac and respiratory failure. An intuitive user interface makes it accessible for both new trainees and experienced professionals.
• TransferSim: A high-fidelity virtual simulator designed for training in ultrasound-guided embryo transfer procedures. This system enhances psychomotor and clinical skills, improving precision in embryo placement for assisted reproductive technology (ART). The simulator offers customizable scenarios to accommodate different patient cases.
• PerfusionSim: A task trainer for neonatal resuscitation and REBOA (Resuscitative Endovascular Balloon Occlusion of the Aorta) procedures. Designed for emergency medicine and neonatal care specialists, this system provides realistic anatomy and scenarios for hands-on practice. PerfusionSim supports proficiency in high-risk interventions that require rapid decision-making and technical accuracy.

Technological Advancements in Medical Simulation

Accurate S.r.l. integrates the latest technological advancements into its simulation platforms. Artificial intelligence (AI), virtual reality (VR), and haptic feedback mechanisms contribute to lifelike training experiences. By utilizing these technologies, Accurate ensures that users develop critical thinking and procedural skills under realistic conditions.

AI-driven adaptive learning modules personalize training by analyzing user performance and suggesting targeted improvements. Virtual reality immerses learners in complex clinical environments, helping them gain confidence in emergency response and patient management. Haptic feedback enhances procedural simulators, replicating the tactile experience of handling medical instruments and tissues.

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