Explore our primary collection of high-fidelity CPR training models, infant airway obstruction simulators, and BLS demonstration machines, certified to AHA standard guidelines.
Airway obstruction emergencies, primarily caused by foreign body ingestion, remain a leading cause of accidental mortality worldwide. The Heimlich Maneuver, combined with prompt back blows and abdominal thrusts, is the gold standard intervention that saves thousands of lives annually. However, performing these maneuvers effectively requires muscle memory and precise physical pressure. This is where high-fidelity simulation products play an indispensable role in modern clinical education and community emergency preparedness.
For decades, medical training relied on rudimentary models that failed to replicate human airway tissue resistance or the chest compression feedback loop. Today's global market demands highly responsive systems. Modern training vests, infant obstruction models, and CPR simulators incorporate advanced sensory mechanisms to provide real-time tactile validation, ensuring that emergency responders, medical students, and the general public apply the correct force at the correct anatomical landmarks.
Utilizing high-tensile thermoplastic elastomers (TPE) that simulate the exact skin tension and rib cage elasticity of humans during emergency thrusts.
Real-time visual and auditory output through integrated digital screens, tracking the depth, location, and speed of abdominal and chest compressions.
Simulates the dynamic ejection of foreign bodies from the oral cavity when the subdiaphragmatic compression reaches the optimal pressure threshold.
From university clinical labs to corporate wellness programs and military disaster training centers, institutional buyers face strict purchasing criteria. In North America and Europe, products must comply fully with the American Heart Association (AHA) and European Resuscitation Council (ERC) guidelines. B2B buyers emphasize the durability of airway systems, the availability of replaceable lung bags, and non-toxic skin elements that withstand high-frequency sanitization protocols.
Modern procurement strategies focus not only on unit costs but on total cost of ownership (TCO). This has led global distributors and medical suppliers to seek out manufacturers who maintain robust QA systems, comprehensive warranty schemes, and dynamic customization (OEM/ODM) capacities.
Founded in Beijing in 2016, Beijing Guanbang Medical Technology Co., Ltd. is an innovative enterprise dedicated to research and development, design, manufacturing, sales, and service. We specialize in producing state-of-the-art simulation training models for medical institutions, public safety organizations, and global education platforms.
Spanning a modern 10,000 square meter production facility, Guanbang has developed an end-to-end operational system covering product design, material sourcing, high-precision molding, assembly, and strict quality control. Our products are exported to dozens of countries, creating a trusted global footprint.
Our competitive advantage lies in our intellectual capital. Our R&D division consists of over 20 technical specialists, with core engineers holding master’s and doctoral degrees from prestigious institutions including the Chinese Academy of Sciences, Tsinghua University, and Beijing University of Technology. Supported by a skilled production team of 60+ professionals, Guanbang integrates decades of accumulated experience to deliver emergency training systems that lead the market in technological precision.
Guanbang boasts approximately 30 variations of airway management, AED trainers, and CPR simulation kits across adult, pediatric, and infant series. With an annual production capacity reaching 1,000,000 units, we are equipped to support bulk wholesale orders, custom branding, specific language adaptations, and tailored software feedback integrations to meet diverse regulatory needs globally.
Maintaining competitive margins while delivering clinical-grade products requires significant supply chain resilience. Guanbang's manufacturing facility uses Industry 4.0 methodologies. Through high-precision computerized mold tooling and robotic injection molding, we ensure structural consistency across every simulation model produced.
This automated framework allows us to minimize defect rates, drastically decrease raw material waste, and accelerate prototyping periods for custom ODM requests. By consolidating component sourcing within China's premier industrial clusters, we guarantee lead-time reliability and buffer our production cycles against global freight fluctuations.
Our focus on innovation has earned Guanbang numerous design patents, software copyrights, and international quality management certifications.
Discover how Guanbang empowers communities and establishes public safety partnerships globally.
Guanbang presented its latest line of medical tactical simulators, demonstrating rapid field triage and advanced resuscitation technologies for specialized safety sectors.
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Showcasing software-enabled, multi-connected CPR simulators at the Zhongguancun Forum Annual Meeting, highlighting technology-driven emergency response solutions.
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Collaborating to build a community learning hub in Zhengzhou, providing free airway clearance and cardiac compression training models to the general public.
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Supplying training models to school networks to instruct elementary and secondary school students on correct Heimlich maneuvers and basic life support methods.
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Our smart interactive simulator arrays became the main attraction, allowing hundreds of visitors to experience realistic pressure feedback and diagnostic assessments.
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Providing parent-child emergency training courses focused on child choking rescue steps using specialized pediatric airway simulators.
Read Full Detail →Our choking rescue vests and airway obstruction simulators are designed for highly specific emergency environments:
Designed for secondary schools and universities, enabling students to practice back blows and abdominal thrusts on classmates safely using the protective training vest. Visual objects project out dynamically upon successful execution.
Essential for high-risk corporate workspaces, manufacturing units, and food service venues. Helps safety officers train employees in self-rescue and partner-rescue during sudden choking events.
Used by maternal and child healthcare facilities to educate new parents on managing infant airway blockages. Simulates the correct palm-strike force and chest-thrust techniques unique to infants under one year old.
Technical expertise and insights for professional buyers and distributors.
Our choking training models and vests utilize a sealed compression bladder linked to a simulated windpipe. When the user positions their hands correctly in the subdiaphragmatic region and performs a rapid upward thrust with sufficient force, the sudden air pressure pushes the foreign body (soft plastic plug) through the pharyngeal chamber, causing it to eject from the mouth.
All Guanbang simulator models are manufactured in accordance with strict international guidelines. Our factory holds ISO 9001 quality management, ISO 14001 environmental management, and ISO 45001 health and safety standard certifications. Many of our digital CPR systems are fully aligned with the latest AHA and ERC standards, featuring integrated software tracking systems.
Yes. We provide complete customization services. We can customize simulator aesthetics, brand logos, and digital voice outputs in various languages. We also offer customization of training vest sizes and custom development of software control applications for clinical monitoring systems.
Our Beijing base features high-precision mold injection machinery and automated material mixing equipment. Each product batch undergoes strict testing, including material tension assays, valve sealing checks, and sensory feedback calibration tests, to ensure that the 500th unit behaves exactly like the first.
Select from our certified portable simulators, digital diagnostic systems, and emergency vests designed for comprehensive first-aid instruction.