Our signature range of diagnostic-guided and AHA-compliant Cardiopulmonary Resuscitation models engineered for dynamic first-responder training program deployments.
State-of-the-art simulator designed by leading suppliers for highly effective first-aid and medical certification training.
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Ultra-durable, highly transportable emergency care training solution directly optimized from China's top medical factory.
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Renowned pediatric first aid model optimized for airway management and chest compression accuracy assessments.
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Programmable automated external defibrillation trainer featuring adjustable scenario protocols for comprehensive BLS education.
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Equipped with responsive audio prompt feedback mechanisms to guide trainees systematically through the rescue process.
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Advanced defibrillation testing apparatus for medical schools and tactical training centers demanding extreme scenario replication.
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Wholesale pediatric manikins built to conform strictly with latest international resuscitation guidelines and compression levels.
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ODM-manufactured wearable vest designed for training students in life-saving choking response and abdominal thrust maneuvers.
Learn MoreThe medical simulation industry is experiencing a monumental transition from basic passive anatomical models to high-fidelity, sensor-rich feedback networks. In an era where precision clinical performance is directly linked to patient survival rates, global healthcare authorities, universities, and military complexes are establishing strict standards for first aid training equipment. The modern CPR dummy is no longer merely a plastic mannequin but a sophisticated analytical node capable of capturing and evaluating chest compression depths, decompression rates, hand placement precision, and ventilation capacities in real time.
Across Europe, North America, and the Asia-Pacific region, institutions are updating their training facilities to align with the latest AHA (American Heart Association) and ERC (European Resuscitation Council) guidelines. These protocols demand objective, quantifiable performance metrics during assessments. Consequently, global distributors and procurement managers are seeking medical equipment manufacturing partners capable of integrating software monitoring systems with physical models. This ensures high-fidelity simulations that translate directly into clinical preparedness.
Modern training centers require simulators that transmit compression data instantly via Bluetooth or Wi-Fi to centralized assessment platforms, tracking student success parameters objectively.
Procuring compliant medical simulation gear ensures that educational tracks align seamlessly with AHA, ERC, and local municipal health directive guidelines for Basic Life Support (BLS).
Global operations require emergency training scenarios and AED auditory systems localized into various international languages, serving diverse regional first responder units.
Established in Beijing in 2016, Beijing Guanbang Medical Technology Co., Ltd. stands as a premier medical equipment enterprise integrating scientific research, product design, advanced manufacturing, and global after-sales support. Operating from a state-of-the-art 10,000-square-meter production base, Guanbang is dedicated to manufacturing simulation training models for medical education academies, hospitals, and civil defense organizations.
Our core competitive advantage lies in our elite research and development team, comprised of technical experts holding master’s and doctoral degrees from prestigious institutions, including the Chinese Academy of Sciences (CAS), Tsinghua University, and Beijing University of Technology. Backed by decades of collective research in biomedical engineering and clinical diagnostics, our team designs simulation tools that set new benchmarks for realism, precision, and operational durability.
In recent years, Guanbang has pioneered advancements in polymer material compound designs, producing synthetic skins that accurately mimic the texture, elastic resistance, and durability of human tissue. This realism is essential for tactile memory retention during compression training.
Furthermore, our production base features modern injection molding and material processing technologies that allow us to scale production while maintaining tight tolerances. With certified management structures spanning ISO 9001 (Quality Control), ISO 14001 (Environmental Standards), and ISO 45001 (Occupational Health and Safety), we ensure that every batch of CPR simulators delivers consistent, dependable performance.
As global logistics and supply chain strategies evolve, the concept of "China Factory 4.0" is redefining manufacturing standards. At Beijing Guanbang Medical Technology, this evolution is evident in our integrated production lines. By sourcing raw polymer inputs, manufacturing custom electronics, and assembling components within our centralized facility, we mitigate external supply chain disruptions while maintaining cost efficiencies.
Our advanced tooling and mold-making capabilities enable us to quickly develop customized shapes and specifications. We offer partners over 30 distinct models, ranging from basic mechanical CPR trainers to integrated diagnostic feedback setups. By managing everything from CAD modeling to final assembly under one roof, we reduce time-to-market for OEM and ODM clients worldwide, ensuring fast deliveries and robust quality control.
Our in-house CNC machining and advanced mold designs allow us to construct anatomically realistic airways and rib structures, ensuring accurate chest rise and resistance feedback.
Each electronic CPR dummy undergoes automated sensor calibration tests to ensure precise tracking of chest compression depths (between 5 cm and 6 cm) in compliance with international BLS guidelines.
Our materials undergo continuous stress testing to withstand hundreds of thousands of compressions without structural decay, providing reliable service life for high-volume training programs.
Guanbang’s simulation systems are utilized in diverse operational environments, helping trainees transition effectively from simulated scenarios to real-world emergency responses.
Guanbang’s specialized CPR simulators are designed to perform reliably in extreme environments, as demonstrated at the 11th China (Beijing) Military Intelligent Technology & Equipment Expo.
Featured at the Zhongguancun Forum, our wireless "one-to-many" CPR manikins allow a single instructor to monitor multiple training stations simultaneously via real-time software dashboards.
In partnership with emergency rescue organizations like the Zhengzhou Feiniao Emergency Team, Guanbang supports public welfare centers by providing training equipment to enhance community safety.
Our manufacturing operations follow rigorous quality assurance protocols, backed by international standards and utility patents that confirm our commitment to product quality.





We supply three key categories of emergency training equipment designed for medical education, corporate safety programs, and first responder workshops.
Find answers to common questions about international distribution, customization support, and technology standards.
Explore our selection of digital control systems, pediatric airway management models, and electronic indication devices for professional healthcare training.
Features an external console that monitors chest compression depth and real-time ventilation metrics.
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A comprehensive training setup designed for healthcare providers, featuring realistic airway management and chest recoil.
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Designed for training students in pediatric choking response and back-blow techniques.
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Features LED light indicators built into the shoulder line to show real-time compression and ventilation status.
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An affordable, durable training manikin designed for high-volume public CPR awareness programs.
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Designed for professional resuscitation training, featuring anatomical landmarks, chest rise, and airway simulation.
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A realistic infant model designed to teach gentle chest compressions and infant-specific ventilation techniques.
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A dedicated medical education simulator that helps students practice AED setups and safety protocols.
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