laerdal.com

One-line introduction

Laerdal Medical is a Norway-based global provider of medical simulation training solutions. Its core products are manikins and supporting training systems for medical schools, hospitals, and emergency training centers. Users choose it because it has more than 60 years of experience in emergency simulation training, with products covering the full chain from basic life support to advanced trauma management, and it is regarded as standard equipment by many medical schools and healthcare institutions worldwide.

Business overview

Founded in 1960, Laerdal initially built its business around CPR training models, including the well-known Resusci Anne, and has since become a benchmark company in global healthcare simulation training. Its offerings include not only hardware manikins, such as the SimMan, SimBaby, and Nursing Anne series, but also supporting software platforms, including Laerdal Learning Application and the SimCenter management system, as well as standardized course content. Its customer base is broad, spanning medical schools, nursing schools, hospital simulation centers, military medical units, and emergency training organizations such as the Red Cross. Laerdal holds a very strong position in the industry, and its products are often used as reference standards for teaching certification and skills assessment. It is especially strong in core emergency skills training such as CPR, airway management, and trauma care, where it has a leading market share. That said, it is essentially a medical education product company combining hardware and software, rather than a pure online education platform; its digital content usually needs to be used together with physical manikins.

Who it is for

Laerdal’s products are mainly designed for institutional users rather than individual learners. The best-fit scenarios include simulation teaching centers at medical or nursing schools that need to purchase manikins in bulk for student skills training; continuing education departments within hospitals for regular retraining and assessment of healthcare staff; and large emergency training centers, such as American Heart Association-certified sites, that require standardized, reusable training equipment. For individual doctors or nurses, the price and size are not very friendly unless they are buying a small training model for home practice. Small teams or startup training providers with limited budgets may find the entry barrier high, but for premium emergency training programs, Laerdal’s brand credibility can significantly improve the perceived value of a course.

Key features and highlights

• High-fidelity manikins: From basic airway management models to the fully wireless SimMan 3G, Laerdal products can simulate real physiological states such as breathing, heartbeat, pupil response, and bleeding, while supporting realistic use of emergency drugs and medical devices.
• Standardized course system: Through cooperation with authoritative organizations such as the AHA (American Heart Association) and ERC (European Resuscitation Council), Laerdal provides built-in training programs aligned with international guidelines, reducing instructors’ preparation workload.
• Data-driven assessment system: Through SimCenter or Laerdal Learning Application, instructors can record learner performance data in real time, such as compression depth, ventilation volume, and defibrillation timing, and generate objective scoring reports.
• Remote instruction and debriefing: Some high-end models support instructor-led remote control, allowing teachers to adjust scenarios from a control room or tablet and replay procedures for post-training review and discussion.
• Coverage across multiple scenarios: The product line covers adult, pediatric, infant, maternal, and trauma simulation needs, supporting training scenarios from emergency medicine to obstetrics.
• Global localized support: Laerdal has branches in Norway, the United States, China, and other markets, offering Chinese-language software interfaces and localized repair services, which reduces communication friction for international procurement.

Pricing analysis

Laerdal is positioned at the high end of the medical simulation market. A single high-end wireless manikin, such as SimMan 3G, typically costs between USD 20,000 and USD 50,000, while basic training models such as Resusci Anne QCPR are generally around USD 1,000 to USD 3,000. Software platforms and course licenses are usually billed separately by year or by number of users. At present, the company does not publicly list monthly or annual subscription packages, and institutions need to contact the sales team for a quote based on their requirements. In terms of value for money, if an institution is pursuing international-level teaching quality and certification standards, Laerdal’s long-term usage and maintenance costs are relatively manageable, since consumables such as airway modules and skins can be replaced. However, for budget-constrained buyers, its products may cost several times more than Chinese-made manikins. Buyers should also note that shipping, customs duties, calibration, and replacement accessories may incur additional costs, so it is advisable to clarify the total cost before purchasing.

How Chinese users can use it

Laerdal has an official branch in mainland China, Laerdal Medical China, which provides local sales, installation, and repair services. In terms of network accessibility, the domestic deployment status of its software platforms, such as Laerdal Learning Application, has not been publicly disclosed. However, most hardware operations do not require an internet connection. Data uploads and software updates may require access to overseas servers, and some users have reported occasional latency during peak periods, but generally there is no need to use special network tools. For payment, institutional users usually settle via corporate bank transfer or letter of credit. Individual users buying smaller products may be able to purchase through e-commerce platforms such as JD.com or Tmall flagship stores and pay with Alipay or WeChat Pay. For invoicing, Laerdal China can issue standard VAT general or special invoices, meeting domestic finance requirements. Domestic alternatives include Chinese manikin brands such as Beijing Yimo Technology and Shanghai Honglian, which are cheaper but still lag behind in realism, course standardization, and brand recognition.

Pros and cons

Pros

• ✅ Industry authority: Its products are used by many top medical schools and emergency organizations worldwide, giving them extremely high teaching recognition.
• ✅ Leading realism: The physiological feedback and tactile operation of high-end models are close to the human body, supporting solid training outcomes.
• ✅ Data-driven teaching: Built-in assessment systems turn skills evaluation from subjective observation into objective data, making progress easier to track.
• ✅ Complete ecosystem: Hardware, software, and courses are offered as an integrated package, so institutions do not need to piece together products from different vendors.
• ✅ After-sales support: Laerdal has an official team in China, offering better response times and spare-parts availability than purely imported brands.

Cons

• ❌ Expensive: For individuals or small institutions, upfront procurement costs are high and the payback period is long.
• ❌ Hardware-dependent: Core training depends on physical manikins and cannot be completed entirely online, limiting flexibility.
• ❌ Software experience could improve: Some users report that the Laerdal Learning Application interface is not intuitive enough and that updates are relatively infrequent.
• ❌ No clear refund policy: The official website does not provide a standard return policy or trial period, so buyers must assess the risk of large purchases themselves.
• ❌ Rising domestic competition: Chinese-made manikins can cost only 1/3 to 1/5 as much, and some basic functions are already sufficient for ordinary training needs.

Comparable products

Laerdal’s direct competitors include CAE Healthcare from the United States and Kyoto Kagaku from Japan. CAE Healthcare also offers high-end manikins, such as CAE Ares, and is competitive in wireless control and physiological simulation accuracy. However, its software system is more focused on specialized scenarios such as aerospace medicine, and it does not have a direct branch in China, so after-sales support depends on distributors. Kyoto Kagaku is strong in anatomical models and basic trainers, with prices around 30% lower than Laerdal’s, but its high-end full-body manikins are somewhat weaker in dynamic feedback and course standardization. By comparison, Laerdal has a more obvious advantage in its course ecosystem and global certification network, especially for training programs that need to align with international certifications such as AHA.

Final recommendation

Laerdal is best suited for well-funded medical schools, hospital simulation centers, and large emergency training bases that pursue international certification standards and need to purchase equipment in bulk. If you are building a simulation teaching lab aligned with international guidelines and can afford an initial investment of more than USD 50,000, Laerdal is a safe and efficient choice. However, if you are an individual learner, a small training organization, or a school with a limited budget, it is better to first consider Chinese-made manikins, or start with Laerdal’s basic training models such as Resusci Anne QCPR and pair them with online courses for entry-level training. Since there is no clear trial policy, it is advisable to contact Laerdal China before purchasing to request a product demo or attend one of its training workshops, so you can experience the products in person before making a decision.