Explore our high-performance simulation systems developed for global medical schools, emergency crews, and workplace safety compliance.
Cardiopulmonary Resuscitation (CPR) training has evolved from a regulatory checkbox to an advanced clinical feedback science. According to the International Liaison Committee on Resuscitation (ILCOR) and the American Heart Association (AHA), the retention rate of Basic Life Support (BLS) and Advanced Cardiovascular Life Support (ACLS) psychomotor skills decreases rapidly without high-fidelity simulation. This reality has fueled global demand for high-end, responsive resuscitation training platforms.
“High-quality CPR is the single greatest determinant of survival during sudden cardiac arrest. Modern manufacturing must integrate real-time haptic sensing with instant feedback systems to shift training paradigms from simple repetition to precise, measurable competency.”
To meet the criteria of current resuscitation guidelines, a CPR simulator cannot simply be a passive plastic dummy. Top-tier clinical education demands intelligent hardware. Our manufacturing process integrates precise pressure transducers, optical sensor grids, and embedded microprocessors to monitor:
Manufactured strictly according to the latest AHA/ERC standards. Electronic sensors ensure the exact rate (100–120 cpm) and depth values are registered for precise certification.
Utilizing high-end LED indicators, voice feedback units, and touch-screen control panels to deliver immediate performance tracking metrics for trainees.
Engineered using advanced thermoplastic elastomer mixed-skin compounds and high-grade polyurethane cores to guarantee over 500,000 compression cycles without degradation.
Founded in 2016 in the high-tech hub of Beijing, Guanbang Medical is a premier pioneer in design, R&D, manufacturing, and global distribution of clinical simulation models.
Our research and development team features core technical experts holding master’s and doctoral degrees from premier academic centers, including the Chinese Academy of Sciences, Tsinghua University, and the Beijing University of Technology. This powerful interdisciplinary approach merges biomechanics, sensor technologies, and emergency medicine expertise into one production environment.
In addition to our R&D team, we employ over 60 skilled production specialists in our advanced 10,000-square-meter facility. This scale allows us to fulfill large-scale OEM/ODM projects while maintaining strict international quality controls.
Pioneering advancements in mold design, polymer materials, and clinical software interfaces.
By leveraging automated precision machining and CNC steel injection molds, we ensure anatomical accuracy in each manikin, including realistic airway anatomy, chest recoil resistance, and bony landmarks.
Our simulator skins utilize custom-developed polymer compounds that mimic human touch, are oil-resistant, easy to clean, and withstand high temperatures during sanitation cycles.
We hold certifications in international environmental management, ISO quality management, and occupational health and safety management, alongside utility model patents and software copyrights.
Ensuring global compliance and reliable training outcomes through strict certification standards.
From custom sensor parameters to localized software languages, Guanbang accommodates global medical training programs with precise technical specifications.
We offer an integrated lineup of approximately 30 different specifications spanning infant, pediatric, and adult anatomy to support training protocols across all ages. We design models ranging from basic tactile feedback platforms to digital simulators integrated with real-time software. Our solutions are used by corporate health sectors, military medical academies, campus wellness teams, and public safety campaigns.
Empowering first aid and clinical safety readiness through targeted, application-specific training models.
High-fidelity software simulators enable medical students and nursing staff to master ACLS/BLS procedures, track compression success rates, and analyze metrics via clear digital control hubs.
Simple feedback models with integrated voice instructions guide non-medical trainees through correct hand placement and compression depth, building confidence for emergency situations.
Tactical simulators with durable shell frameworks withstand harsh field environments, helping responders train under realistic weather and physical conditions.
The next phase of medical simulation focuses on software integration. Guanbang's technology roadmap highlights the integration of wireless IoT connectivity, Cloud-hosted telemetry, and Augmented Reality (AR) overlays into standard training devices.
Modern class settings require instructors to evaluate multiple students at once. Our latest software suite allows a single terminal (tablet or PC) to monitor up to 10 manikins simultaneously. Real-time data is transmitted via secure Bluetooth channels, recording depth, compression rates, and hand placement scores, which can be saved or printed for compliance records.
By using machine learning models to analyze compression patterns, our software can detect early-stage muscle fatigue and incorrect technique habits in trainees, providing custom recommendations to improve their rescue performance.
Technical guidance and compliance answers for wholesale purchasers and training administrators.
Explore our infant, adult, and specialty first aid trainers, designed for high-repetition practice and certified performance.
Guanbang Medical