Explore our premium clinical-grade training models engineered for immediate tactile simulation, real-time auditory guidance, and advanced analytics.
Equipped with clear audio prompts and tactile chest response matching the standard AHA protocols.
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Universal simulation design that mirrors standard emergency defibrillation interfaces.
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Visual indicators representing depth of chest compression and volume of airway ventilation.
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Configurable touch system displaying real-time waveforms for accurate performance monitoring.
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Interactive system evaluating hands-on performance with analytical score summaries.
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Designed for training the Heimlich maneuver and airway obstruction removal techniques in infants.
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High-precision design simulating infant physiological dynamics for precise pediatric training.
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Designed specifically for child-size chest resistance and anatomic positioning training.
View Product DetailsClinical studies globally highlight a sobering disparity: women who suffer out-of-hospital cardiac arrest are significantly less likely to receive bystander CPR compared to men. This life-threatening inequality is directly tied to the limitations of traditional first-aid education. Historically, emergency training programs have utilized flat, featureless male chest molds, leaving trainees unprepared for real-life physiological encounters.
At Beijing Guanbang Medical Technology Co., Ltd., we have prioritized the design and development of female-specific CPR simulators. By integrating anatomical fidelity, including breast tissue simulation and authentic chest wall resistance, our systems teach practitioners to position hands correctly and apply targeted pressure without hesitation, saving critical seconds during real-world interventions.
Introducing these simulators into medical academies and public safety campaigns builds muscle memory and helps overcome psychological barriers. Incorporating female CPR manikins ensures comprehensive readiness and helps close the survival gap in cardiac emergencies.
Traditional training models overlook female breast anatomy, leading to hand-placement errors in real emergencies. Our female CPR manikins feature realistic chest shapes, helping rescuers gain the confidence needed to perform effective resuscitation on female patients.
All models are built to support the latest American Heart Association (AHA) and European Resuscitation Council (ERC) guidelines. The systems provide feedback on precise depth target ranges (5-6 cm) and rate thresholds (100-120 compressions per minute).
Founded in Beijing in 2016, we operate a modern 10,000-square-meter facility dedicated to advanced medical simulation engineering.
Our core R&D specialists bring academic expertise from institutions like the Chinese Academy of Sciences (CAS), Tsinghua University, and the Beijing University of Technology (BJUT). Combining advanced materials science with digital medicine, our team holds multiple software copyrights, design patents, and certifications.
We operate with certified systems, including ISO 9001 (Quality), ISO 14001 (Environmental Management), and ISO 45001 (Occupational Health & Safety), ensuring every training simulator is built to last.
Providing high-precision medical tools designed to meet the quality and regulatory standards of global medical institutions.
Includes integrated LED boards and screen panels that display real-time feedback on compression depth, correct hand placement, and insufflation volume to build muscle memory.
Constructed with advanced medical-grade silicone elastomers. The skin texture, ribs, sternum, and suprasternal notch provide the anatomical feedback required for realistic training.
The built-in software grades training sessions and prints reports, helping instructors track performance and manage larger training groups.
From custom branding to compliance-focused designs, we support international distributors, emergency groups, and government buyers.
We offer customizable software interfaces, voice languages, and anatomical variations. Our team designs custom molds to meet regional regulatory and medical standards.
Our 10,000-square-meter facility ensures consistent production. We offer secure packaging, customs support, and reliable shipping options to keep your programs running smoothly.
All medical simulators include a comprehensive warranty, calibration manuals, replacement components, and direct technical support to keep equipment operational.
How we integrate AI diagnostics, cloud management, and virtual reality to shape the future of emergency training.
Integrating machine learning to analyze chest compression patterns and ventilation volume, giving trainees precise, personalized tips to improve their technique.
Connecting multiple manikins to a single instructor interface via wireless networks. This setup makes tracking and grading larger training groups simple and efficient.
Combining physical manikin practice with virtual reality scenarios, simulating high-pressure environments like busy streets or emergency rooms.
Guanbang continues to drive public safety and CPR awareness through education, active community outreach, and key industry expos.
We presented our advanced simulation models at the Beijing National Convention Center, showcasing durability and tech-driven resuscitation training to defense and public safety leaders.
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Unveiled at the Zhongguancun Forum support event, our one-to-many CPR manikin software allows a single instructor to manage multiple training sessions simultaneously.
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Partnering with the Zhengzhou Feiniao Emergency Team, we launched a free community space equipped with our training models to help the public learn essential first-aid skills.
View Full ArticleAddressing the common questions asked by B2B procurement managers, medical directors, and emergency services trainers.
Rescuers often hesitate during real-world medical emergencies involving women due to uncertainty about correct hand placement on female anatomy. Training with models that accurately simulate female breast tissue and chest wall resistance helps build muscle memory and reduces hesitation, which improves response times and save lives.
Yes, our entire product range matches current American Heart Association (AHA) and European Resuscitation Council (ERC) guidelines. The built-in feedback sensors measure chest compression depth (5–6 cm) and frequency (100–120 compressions per minute), giving trainees immediate visual or voice feedback to confirm correct technique.
We provide customization for software interfaces, system language voice packs, regional guideline settings, custom branding, and specialized case materials. For large orders, we can also customize internal sensor sensitivity and aesthetic designs to meet your training needs.
Our company holds ISO 9001, ISO 14001, and ISO 45001 certifications. Each simulator undergoes a multi-point quality check, including physical compression cycle stress tests and sensor calibration audits, ensuring consistent performance in high-use training environments.
Complete your medical simulation lab with our comprehensive series of adult, child, and infant simulators.
Interactive voice alerts assist trainees during step-by-step compression and breath coaching.
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An interactive console that monitors and displays real-time CPR performance data.
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Designed for basic training, offering realistic physical response and anatomical accuracy.
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Includes clear visual indicator lights to verify compression depth and speed instantly.
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A lightweight, durable design that is easy to set up for mobile training sessions.
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Designed for on-the-go instruction without compromising anatomical response or reliability.
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Designed with life-like chest resistance to teach pediatric emergency response skills.
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Anatomic sizing and physical response settings optimized for pediatric BLS/AED training.
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