Engineered for compliance with AHA guidelines, featuring advanced tactile feedback interfaces and real-time control software.
Direct from China's leading factory, featuring dynamic digital metrics and comprehensive compliance testing feedback.
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Compact, durable solution for field medics and remote first-responder programs. Robust structural resilience.
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Cost-effective simulation featuring visual LEDs tracking chest expansion and hand placements in real-time.
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Upgraded sensory array offering advanced metrics calibration for ACLS courses and professional trauma training.
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Heimlich training simulation with life-like anatomical accuracy, featuring foreign body airway clearance mechanisms.
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Clear vocal directives guiding correct breath delivery volume and chest compression frequency.
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High-fidelity pediatric resuscitation module with sensitive thoracic resistance feedback channels.
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High-precision material configuration designed for high-frequency deployment in professional labs.
View DetailsFounded in the scientific incubator district of Beijing in 2016, Beijing Guanbang Medical Technology Co., Ltd. has established itself as an innovative industry leader. We specialize in the end-to-end cycle of research, industrial design, high-precision manufacturing, global distribution, and post-sale clinical training service integration. Our mission is to produce anatomically accurate simulation systems that elevate first-aid, BLS, and ACLS training models globally.
With our modern manufacturing hub extending over 10,000 square meters, we integrate robust raw material testing, state-of-the-art injection molding, and digital electronics integration. This holistic framework ensures that every emergency training simulator shipped meets strict physiological parameters and mechanical safety standards.
Our global footprint is expansive. We supply major medical schools, disaster rescue operations, domestic healthcare authorities, defense structures, and corporate emergency response divisions. Through continuous technological iterations, Guanbang has built a reputation for excellence, reliability, and precision.
The core of Guanbang's technological authority lies in our interdisciplinary research and development department. Our specialized team is directed by key figures holding master's and doctoral degrees in biomechanics, material engineering, and clinical informatics from prestigious institutions including the Chinese Academy of Sciences (CAS), Tsinghua University, and the Beijing University of Technology.
Leveraging nearly twenty years of clinical validation and industrial manufacturing expertise, this team focuses on improving mechanical joint resistance, tissue-mimicking polymers, and real-time electronic sensor networks. This enables us to transition basic medical courses from simple passive listening to active feedback training.
An in-depth analysis of supply chain efficiency, smart material sourcing, and global medical equipment trends.
Our domestic industrial base provides immediate access to high-durability thermoplastic elastomers (TPE). These advanced polymers accurately mimic human skin texture, flexibility, and recovery metrics, outlasting traditional PVC formulations by up to 300% under high-frequency clinical workloads.
We strictly observe environmental, health, safety, and international quality management structures. With ISO 9001, ISO 14001, and OHSAS 18001 certifications, Guanbang integrates strict QA steps at every stage of assembly, from PCB programming to skin paint curing.
By keeping mold development, CNC tool paths, assembly, and software programming under one roof, we achieve significant savings. This centralized approach enables us to offer high-fidelity simulators at competitive price points, expanding access to quality clinical training tools.
Historically, CPR training manikins suffered from rapid structural degradation, especially in the chest bellows and airway valves. Guanbang addressed this by developing a patented mechanical joint and high-cycle spring system. Our configurations replicate realistic thoracic compliance, matching standard chest stiffness parameters (4-5cm displacement resistance).
Additionally, we utilize advanced composite skin formulas resistant to typical clinical training solvents, discoloration, and high ambient temperatures. This makes them ideal for varied environments, including indoor clinics and outdoor field disaster simulations.
Our software ecosystem integrates one-to-many Bluetooth connections. Instructors can monitor up to 10 manikins simultaneously using a single master console, track compression rate, depth, and ventilation volume, and generate detailed performance reports for student assessment.
Custom training ecosystems built for medical schools, corporate environments, and disaster relief organizations.
Our simulation packages integrate directly into clinical learning management systems. They provide objective, metric-driven assessments for students during OSCE testing and emergency training scenarios.
We supply businesses and municipal systems with complete training kits, including AED trainers and Heimlich vests, helping them achieve safety compliance goals and build a prepared workforce.
Our rugged, high-fidelity systems withstand harsh outdoor training scenarios. We provide customizable, lifelike injury modules for tactical combat casualty care (TCCC) programs.
We recognize that clinical requirements vary across countries and organizations. Our product development team specializes in adapting standard systems for custom training programs.
Our custom capabilities cover approximately 30 different specifications across pediatric, adult, and infant series. Options range from basic analog models to advanced systems featuring software controls and physiological reporting.
Customization Scope:
Our commitment to manufacturing and product safety is verified by industry standard certifications.
Utility Patent Model
OHSAS Certification
ISO 9001 Standard
CE Directive Standard
A summary of Guanbang's activities in military expos, civic engagement, and education initiatives.
Showcased tactical emergency training equipment designed for high-stress military medical programs.
Featured our intelligent CPR simulator during the Zhongguancun Forum, demonstrating technology-driven safety training.
Partnered with the Zhengzhou Feiniao Emergency Team to establish a public CPR experience center to train local citizens.
Technical guidance on customization, compliance standards, and order logistics.
Our simulators are calibrated to meet the American Heart Association (AHA) guidelines. Sensors track compression depth (5-6cm for adults), frequency (100-120 compressions per minute), and recoil. They also measure ventilation volume to prevent gastric inflation.
Yes, we provide full OEM and ODM services. We can customize simulator physical parameters, develop custom software modules for specific training guidelines, adjust skin tones, and design custom branding for large orders.
We use high-grade thermoplastic elastomers (TPE) and silicone formulations. These materials provide a realistic skin feel, resist common training disinfectants, and withstand high-frequency chest compressions without degradation.
Standard product configurations typically ship within 15–20 business days. Custom orders or high-volume enterprise shipments may require 30–45 days, depending on custom mold requirements and software localization testing.
Explore our full line of specialized simulators, including pediatric models and diagnostic training units.
Customizable infant resuscitation model featuring sensitive ventilation sensors for pediatric care programs.
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Economical pediatric training model designed for community health programs and school safety courses.
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A durable, non-electronic training model built for basic high-repetition CPR practice.
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Advanced simulator with programmable scenarios, voice prompts, and remote control training pads.
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Designed for corporate training programs, featuring quick-setup components and an easy-to-carry case.
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Features an external control module to monitor compression depth and ventilation metrics.
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High-fidelity system featuring real-time diagnostic performance tracking and full data connectivity.
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Designed for pediatric training, providing realistic feedback for the Heimlich maneuver and airway clearance.
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Guanbang Medical