Premium simulation equipment designed for clinical validation and emergency training. Engineered to meet international training directives.
Effective resuscitation training is a cornerstone of pediatric medicine. Standard adult cardiopulmonary models fail to mirror the unique structural, physiological, and anatomical parameters required for neonates. Infant chest walls exhibit highly flexible cartilaginous structures, and their airway dynamics are highly sensitive to head tilt/chin lift angles. Minor operational errors in depth or compression vector can result in suboptimal resuscitation outcomes.
Our custom infant manikins mimic neonatal thoracic compliance, lung capacity, and airway anatomy. This ensures trainees learn to apply appropriate pressure, positioning, and ventilations under realistic conditions.
As a leading medical training simulation manufacturer, Beijing Guanbang Medical Technology Co., Ltd. addresses this safety-critical need. We engineer customized infant simulators that integrate digital control loops, haptic feedback sensors, and precise airway resistance dynamics to guarantee training efficacy.
Our core technical and management team leverages nearly two decades of research and industry experience. Beijing Guanbang Medical Technology Co., Ltd. is an innovative enterprise founded in Beijing in 2016. Our modern production base covers approximately 10,000 square meters, supporting an integrated lifecycle from early-stage conceptualization, advanced mold design, and high-precision casting to hardware-software integration and final testing.
Our technical specialists hold master's and doctoral degrees from renowned institutions, including the Chinese Academy of Sciences, Tsinghua University, and Beijing University of Technology. This scientific foundation allows us to lead in medical modeling innovations, such as dynamic sensor calibration, anatomical fidelity, and intelligent user interface architectures.
In recent years, we have leveraged our strengths in independent innovation and talent development to drive technological advancements and management innovation. Our company has achieved groundbreaking progress in mold design and material processing technology, significantly enhancing our core R&D capabilities. We employ advanced thermoplastic elastomers (TPE) and premium platinum-cured silicones to recreate the realistic texture and tactile resistance of human skin and musculoskeletal structures.
We hold certifications in environmental management, quality management, and occupational health and safety management, along with multiple utility model and design patents, professional testing reports, and software copyrights, ensuring that our products remain at the forefront of technological excellence.
The Guanbang brand specializes in emergency medical training models, covering a wide range of products such as AED trainers, CPR manikins, and Heimlich maneuver training models. Our product lineup includes infant, adult, and pediatric series, each offering multiple model variations—from basic models to high-end comprehensive versions—with approximately 30 different specifications to meet the diverse needs of our customers. We also offer customization services to accommodate specific requirements.
Custom bone landmarks, weight configurations, and lung volume scaling are available to support pediatric specialties, neonatology research, and specific emergency training workflows.
We provide custom firmware modifications, Bluetooth connectivity protocols, custom training apps, and multi-device connection solutions (one-to-many CPR monitoring setups).
We offer customized casing, tailored carry bags, custom silkscreen branding, and regional language software support to align with local educational guidelines.
Guanbang maintains high standards of compliance. Our production process operates under rigorous quality checks, yielding certified safety profiles and durable operations.
Explore our core product groups designed to deliver high fidelity, durability, and compliance with resuscitation guidelines.
Universal AED trainers with programmable scenarios, voice prompts, and remote control options to simulate real emergency operations.
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Adult, pediatric, and infant CPR simulators featuring digital display indicators, voice feedback, and software tracking.
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Simulators designed for Heimlich maneuver practice and clearing airway blockages, featuring anatomically accurate oral and throat structures.
View Series DetailsGuanbang simulators are deployed worldwide across military, public safety, educational, and community initiatives.
Guanbang demonstrated its medical skills training models, showcasing how intelligent simulation supports emergency medical preparedness for military and first-responder personnel.
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Showcasing the multi-manikin software system at the Zhongguancun Forum. This system enables a single instructor to monitor and evaluate multiple trainees simultaneously.
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A collaborative initiative offering free CPR and emergency training to the public to help improve community emergency response and mutual aid capabilities.
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Introducing infant and adult simulators to school campuses, providing students with structured, hands-on training to develop essential rescue skills.
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Interactive demonstrations of our intelligent CPR devices engaged visitors of all ages, promoting public awareness of emergency medical techniques.
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A targeted community training event focusing on childhood choking and infant CPR, helping parents gain confidence in managing pediatric emergencies.
Read DetailsOur integrated supply chain model allows us to manage costs, maintain quality control, and scale production efficiently.
By managing raw polymer processing, PCB layout, and software design in-house, we reduce production lag and maintain strict quality standards.
Our facility is designed to scale production rapidly, supporting both small custom orders and large-scale public health procurement programs.
Each unit undergoes multi-point calibration for sensor accuracy, chest resistance, and structural durability, ensuring performance in the field.
Developing next-generation medical simulators through sensor integration, software analytics, and modular design.
Integrating high-resolution strain sensors to monitor chest compression depth, recoil rate, and force vectors for pediatric simulators.
Developing cross-platform applications that offer real-time performance tracking, data storage, and performance reports for instructors.
Designing modular simulators that allow users to swap limbs, airways, and skin layers to simulate different clinical presentations and trauma cases.
Answering common queries regarding customization options, compliance standards, and production logistics.
Comprehensive training systems featuring voice prompts, touchscreen interfaces, and sensor tracking to support professional healthcare education.
Guanbang Medical
