The global medical simulation market is becoming increasingly important as healthcare systems seek safer, more effective, and technology-enabled approaches to educating and training healthcare professionals. Medical simulation allows students, clinicians, surgeons, nurses, emergency responders, and other healthcare personnel to practice procedures and clinical decision-making in controlled environments before treating real patients.
The global medical simulation market is projected to grow from USD 4.07 billion in 2026 to USD 8.30 billion by 2031, registering a CAGR of 15.3% during 2026–2031. The market was valued at approximately USD 3.50 billion in 2025. Growth is being supported by the rising demand for realistic and risk-free training environments, increasing healthcare workforce shortages, technological advancements in simulation, and the growing adoption of competency-based medical education.
Medical simulation encompasses a broad range of technologies and solutions, including anatomical models, high-fidelity patient simulators, surgical trainers, web-based simulation, simulation software, virtual patients, procedural rehearsal platforms, and simulation training services. In 2025, healthcare simulation anatomical models represented the largest offering segment, while virtual patient simulation held the largest share by technology. Academic institutions accounted for the largest end-user share as medical, nursing, and allied-health education increasingly incorporates simulation-based learning.
The market is also being transformed by the integration of virtual reality, augmented reality, artificial intelligence, haptics, motion tracking, 3D printing, real-time performance assessment, and data-driven learning platforms. These technologies are enabling more immersive and measurable training while reducing dependence on live-patient exposure.
Asia Pacific is expected to register the fastest growth during the forecast period. Countries including China, India, Japan, South Korea, and Australia are investing in simulation laboratories, digital learning platforms, high-fidelity simulators, anatomical models, and skills-based medical education. The region’s expanding healthcare infrastructure and need for a larger trained healthcare workforce are creating significant opportunities for simulation providers.
Against this background, the following 25 companies represent a cross-section of established medical simulation manufacturers, surgical simulation specialists, anatomical-model providers, VR/AR technology companies, and emerging innovators contributing to the evolution of healthcare training.
1. Surgical Science Sweden AB
Surgical Science Sweden is one of the most prominent companies in the medical simulation market, with a strong focus on virtual reality-based surgical training. Its portfolio includes simulation technologies for laparoscopic, endovascular, robotic, and other procedural applications.
The company’s technology is designed to allow clinicians to practice complex procedures in controlled environments while measuring performance and developing procedural proficiency. Its broad simulation portfolio and international presence have established Surgical Science as an important participant in the shift toward data-driven and proficiency-based surgical education.
MarketsandMarkets identifies Surgical Science Sweden AB as one of the market’s leading players, alongside Laerdal Medical and Kyoto Kagaku.
2. Laerdal Medical
Laerdal Medical is one of the world’s best-known healthcare simulation companies, with a broad portfolio spanning patient simulators, resuscitation manikins, simulation software, skills trainers, and educational services.
Its solutions are used across hospitals, medical and nursing schools, emergency-care organizations, military programs, and other healthcare-training environments. Products such as SimMan and SimJunior support realistic scenario-based training across emergency, pediatric, obstetric, and critical-care applications.
Laerdal’s global reach and extensive simulation ecosystem have helped it maintain a leading position in the medical simulation market. MarketsandMarkets identifies Laerdal as a “Star” company based on its product footprint and global presence.
3. Gaumard Scientific
Gaumard Scientific is a major US-based medical simulation company specializing in high-fidelity patient simulators and clinical training systems.
Its portfolio includes the HAL family of patient simulators, maternal and neonatal simulators, pediatric platforms, trauma simulators, and software for controlling and assessing simulation scenarios. The HAL S5301 combines lifelike movement, simulated physiology, conversational capabilities, trauma features, ultrasound functionality, and performance feedback for interdisciplinary training.
Gaumard’s emphasis on realism, robotics, physiological modeling, and increasingly sophisticated software makes it an important contributor to the development of next-generation patient simulation.
4. Kyoto Kagaku Co., Ltd.
Kyoto Kagaku is a Japanese company specializing in anatomical models, medical simulators, and imaging phantoms.
Its portfolio covers a wide range of applications, including physical examination, injection and puncture training, airway management, obstetrics, pediatrics, ultrasound, radiology, and image-guided procedures. The company combines physical realism with technologies that can reproduce patient conditions and provide performance feedback.
Kyoto Kagaku’s ability to manufacture anatomical models, imaging phantoms, and simulation systems provides a differentiated position within the global medical simulation ecosystem.
5. Limbs & Things Ltd.
Limbs & Things is a UK-based specialist in hands-on medical simulation and clinical skills training.
The company develops anatomical task trainers and simulation models for obstetrics, gynecology, vascular access, respiratory examination, abdominal examination, laparoscopic skills, and other clinical applications. Its portfolio increasingly combines physical simulation with digital and augmented-reality technologies.
The company’s acquisition of eoSurgical expanded its capabilities in laparoscopic training and instrument tracking, while its continued development of AR-based education demonstrates the movement toward blended physical and digital simulation.
6. Mentice AB
Mentice is a Swedish medical technology company specializing in simulation for image-guided therapies.
Its solutions focus particularly on endovascular and interventional procedures, enabling healthcare professionals to practice catheter-based interventions and other complex image-guided techniques in realistic simulated environments.
MarketsandMarkets identifies Mentice as an emerging leader in the medical simulation market, supported by its high clinical realism and focus on image-guided procedural training. The company reported SEK 279.1 million in 2025 net sales and continued to invest in scalable growth and operational efficiency.
7. Simulab Corporation
Simulab Corporation is a US-based developer of medical simulation products focused on hands-on procedural and surgical training.
Its portfolio includes task trainers and anatomical models designed for laparoscopic, vascular, ultrasound, interventional, and other procedural applications.
Simulab’s focus on realistic tissue interaction and repeatable hands-on practice makes it particularly relevant to institutions seeking alternatives to cadaver-based or live-patient training for early and intermediate skill development.
8. Simulaids
Simulaids is a US-based medical simulation company providing patient simulators, task trainers, CPR training systems, and clinical skills products.
Its portfolio supports training across emergency medicine, nursing, first aid, airway management, physical assessment, trauma, and other healthcare disciplines.
The company’s broad range of practical training products allows healthcare institutions and educational organizations to deploy simulation programs across multiple levels of clinical education.
9. Operative Experience, Inc.
Operative Experience, Inc. is a medical simulation company focused on highly realistic patient and trauma simulation.
Its portfolio includes simulators for military and tactical medicine, obstetric and labor-and-delivery training, emergency medicine, trauma, and first-responder applications. The company emphasizes lifelike simulation for high-stress environments where realistic practice is particularly important.
Its work with military organizations and healthcare institutions gives Operative Experience a differentiated position in trauma and tactical medical simulation.
10. Elevate Healthcare
Elevate Healthcare is a healthcare simulation technology company providing simulation equipment, software, and related educational solutions.
The company’s capabilities address patient simulation, simulation-center infrastructure, learning management, debriefing, and clinical education. Its positioning around integrated simulation environments reflects the industry’s movement from individual simulators toward complete simulation ecosystems.
Elevate Healthcare is particularly relevant to institutions seeking scalable infrastructure that combines simulation hardware, software, curriculum management, and assessment.
11. Anatomage
Anatomage is a US-based medical technology company best known for digital anatomy and virtual dissection technologies.
Its Anatomage Table provides an interactive platform for exploring detailed three-dimensional human anatomy and supporting anatomy education, clinical learning, and visualization. The company continues to enhance its software environment and digital anatomy capabilities, including recent updates to its Table platform.
Anatomage’s combination of advanced visualization, digital anatomy, and education technology positions it strongly within the growing virtual and 3D segment of medical simulation.
12. 3B Scientific
3B Scientific is a global provider of anatomical models, medical education products, and simulation solutions.
Its portfolio includes anatomical models, patient simulators, nursing and clinical skills trainers, and educational products used by medical schools, universities, hospitals, and healthcare professionals.
The company’s international distribution network and extensive anatomical-model portfolio allow it to serve both traditional hands-on education and increasingly sophisticated simulation-based learning environments.
13. VirtaMed AG
VirtaMed is a Switzerland-based specialist in advanced surgical simulation.
The company is particularly known for realistic arthroscopy, laparoscopy, gynecology, urology, and robotic surgery simulation. Its systems combine photorealistic graphics, haptics, real instruments, tracking, and performance analysis.
VirtaMed is also expanding beyond conventional VR through online simulation, augmented-reality training, and mixed-reality solutions, supporting a broader continuum of digital surgical education.
14. SYNBONE AG
SYNBONE is a Swiss company specializing in synthetic anatomical models and surgical education systems.
Its products include artificial bones, soft-tissue models, surgical training models, and customized solutions for orthopedic and surgical education. The company serves medical education institutions, hospitals, medical-device companies, and surgical-training programs worldwide.
SYNBONE is also developing digitally augmented surgical training through its Smart SYNBONE project, which combines realistic physical haptics with measurement, tracking, and performance assessment.
15. Erler-Zimmer Medical GmbH
Erler-Zimmer is a Germany-based manufacturer of anatomical models, medical simulators, and healthcare education products.
Its portfolio includes anatomical models, clinical skills trainers, patient simulators, and products designed for medical and nursing education.
The company’s broad range of physical simulation products supports institutions that require realistic, durable, and repeatable training tools for anatomy education and clinical skills development.
16. Medical-X
Medical-X is a Netherlands-based provider of high-fidelity medical simulation solutions.
The company develops realistic simulators for hospitals, first responders, military organizations, universities, and other healthcare-training environments. Its portfolio includes adult and pediatric patient simulators, trauma solutions, neonatal training systems, and task trainers.
Medical-X differentiates itself through an emphasis on realistic patient interaction and simulation systems designed for critical-care and high-pressure scenarios.
17. KaVo Dental
KaVo Dental is an important participant in dental simulation and preclinical dental education.
The company provides dental simulation units, patient simulators, dental models, and digital education systems designed to reproduce realistic clinical environments for dental students.
Its DSE Expert simulation unit, for example, provides realistic patient positioning, dental instrumentation, water and suction systems, and modular functionality for practical dental education.
KaVo’s specialized focus makes it an important simulation provider within dental education, a segment that continues to adopt increasingly realistic preclinical training environments.
18. Altay Scientific
Altay Scientific is a specialized medical simulation company serving healthcare education and clinical training applications.
Its portfolio is focused on practical simulation and training technologies designed to support healthcare professionals in developing procedural and clinical skills.
The company’s specialized positioning reflects the broader fragmentation of the medical simulation market, where niche providers can compete by addressing specific clinical training requirements and educational workflows.
19. TruCorp Limited
TruCorp is an Ireland-based medical simulation company specializing in airway management and clinical skills training.
Its AirSim range provides anatomically realistic airway models for practicing endotracheal intubation, supraglottic airway procedures, bronchoscopy, and related techniques. The company is also integrating AI-enabled training capabilities through TruGuide, which provides guidance and performance metrics during airway training.
TruCorp’s emphasis on realistic airway anatomy and repeatable procedural training positions it strongly within airway and emergency-care simulation.
20. Simendo
Simendo is a Netherlands-based developer of surgical simulation systems, with a particular focus on laparoscopic and minimally invasive surgery.
Its portfolio includes laparoscopic, arthroscopic, camera-handling, and virtual operating-room training systems. The platform provides predefined curricula, performance measurement, certification, and online learner tracking.
Simendo’s combination of physical simulation, haptics, virtual environments, and objective performance metrics illustrates the industry’s movement toward measurable proficiency-based surgical training.
21. Haag-Streit AG
Haag-Streit has established a specialized position in medical simulation through its Haag-Streit Simulation business and Eyesi family of virtual-reality training systems.
Eyesi simulators support ophthalmology and optometry training, including cataract surgery, vitreoretinal surgery, ophthalmoscopy, slit-lamp examination, and other diagnostic skills. Haag-Streit reports that more than 1,000 Eyesi simulators are in use worldwide and that more than 450 schools use its simulation products.
The company’s physics-based modeling, haptic interaction, and specialized ophthalmic applications provide a strong example of how VR simulation can address highly specialized clinical training requirements.
22. SonoSim
SonoSim is a specialist in ultrasound education and simulation.
Its platform combines cloud-based educational content with the SonoSimulator, allowing learners to practice ultrasound scanning using real patient imagery and simulated probe interaction. The ecosystem supports abdominal, cardiac, pulmonary, vascular, obstetric, musculoskeletal, and other ultrasound applications.
SonoSim is particularly relevant to the growing point-of-care ultrasound market because it provides scalable, repeatable training that can supplement limited access to instructors, ultrasound equipment, and patients.
23. HRV Simulation
HRV Simulation is a specialist in haptics, virtual reality, motion capture, and simulation software.
The company develops technologies designed to improve the learning and assessment of complex movements and procedures. Its expertise includes haptic rendering, motion capture, virtual environments, and software development for medical and industrial simulation.
HRV’s technology focus places it at the intersection of medical simulation, immersive learning, and advanced human-machine interaction.
24. Synaptive Medical
Synaptive Medical is a Canadian medical technology company focused on advanced technologies for neurosurgical and clinical applications.
Its contribution to the broader simulation ecosystem is associated with digital visualization, surgical planning, and technology-enabled neurosurgical workflows. As medical simulation increasingly incorporates patient-specific anatomy, digital visualization, and procedure planning, companies developing advanced surgical visualization technologies have opportunities to participate in the wider training ecosystem.
Synaptive represents the growing convergence between surgical technology, digital anatomy, visualization, and simulation-based preparation.
25. Inovus Limited
Inovus Medical is a UK-based surgical training company focused on making surgical education more accessible, realistic, and measurable.
Its portfolio combines realistic tissue models, surgical simulators, and Totum software into an integrated surgical-training ecosystem. Its hydrogel tissue models are designed to provide realistic hands-on practice while its software supports the connection between simulation, learning, and clinical practice.
Inovus’s focus on combining physical simulation, realistic tissue, digital assessment, and scalable training models positions it as an emerging innovator in surgical education.
Conclusion
The medical simulation market is evolving from conventional manikins and anatomical models toward increasingly immersive, connected, and measurable learning environments. High-fidelity patient simulators remain important, but VR, AR, haptics, virtual patients, 3D printing, artificial intelligence, motion tracking, and cloud-based assessment are expanding the capabilities of simulation platforms.
The competitive landscape includes large established simulation providers such as Laerdal Medical and Gaumard Scientific, specialized surgical simulation companies such as Surgical Science, Mentice, VirtaMed, Simendo, and Inovus, as well as anatomical-model and procedural-training specialists such as Kyoto Kagaku, SYNBONE, Limbs & Things, and 3B Scientific.
At the same time, specialized players such as Haag-Streit, SonoSim, HRV Simulation, and KaVo Dental demonstrate how simulation technologies are expanding into ophthalmology, ultrasound, haptics, and dental education.
With the global market projected to grow from USD 4.07 billion in 2026 to USD 8.30 billion by 2031, the sector is positioned for continued innovation. Rising healthcare workforce shortages, increasing emphasis on patient safety, competency-based education, and growing adoption of digital learning technologies are likely to remain important drivers of market development through 2031.
