Model | BIX/BLS800 — Multifunctional Emergency Nursing Training Simulator |
Summary | Multifunctional emergency nursing simulator — vital signs, CPR, airway, and nursing skills in one manikin. For hospitals and nursing schools. (137 chars) |
Price | On request |
Training Domains | Vital-signs assessment; CPR & rescue ventilation; airway management; nursing procedures |
Audience | Hospital training centers, nursing schools, emergency departments |
Positioning | One simulator covering the emergency-response curriculum, from assessment to intervention |
Configuration note: exact modules (BP simulation, pupils, ECG, injection sites) vary by configuration — confirm the module list with sophia@adahealthy.com.
Emergency care is sequential and time-critical: assess → recognize deterioration → start CPR → manage airway → treat → hand over. When each step is trained on a different model, learners never practice the transition between steps — exactly where real errors happen.
Evidence favors integrated, high-quality simulation:
● Technology-enhanced simulation produces large gains in time-based and procedural skills (effect sizes 1.09–1.20; Cook et al., 2011).
● Deliberate practice on simulators outperforms traditional clinical exposure for skill acquisition (McGaghie et al., 2011).
● Compression quality — the metric a training manikin should teach first — is a core determinant of resuscitation outcomes (Meaney et al., 2013; Panchal et al., 2020).
A single multifunctional manikin lets a hospital train the whole first-response sequence on one platform — and lets nursing students rehearse "assessment → call → intervene" as one continuous skill, not isolated stations.
Domain | Representative Skills | Evidence Anchor |
Vital-signs assessment | Pulse, respiration check, consciousness assessment | Meaney et al., 2013 |
CPR & ventilation | Chest compressions (5–6 cm, 100–120/min), rescue breaths, 30:2 | Panchal et al., 2020 |
Airway management | Head-tilt/chin-lift, basic adjuncts | Panchal et al., 2020 |
Nursing procedures | Positioning, monitoring, handover practice | Cook et al., 2011 |
Module list varies by configuration — confirm with your supplier.
1. Scene safety → check responsiveness → check breathing and pulse (≤10 s).
2. Verbalize findings in a standardized handover format (e.g., ABCDE).
3. Instructor checklist: sequence, timing, communication.
1. Perform 30:2 cycles; compress to 5–6 cm at 100–120/min (AHA 2020 standard).
2. Switch rescuer every 2 minutes or 5 cycles.
3. Debrief on compression quality feedback.
1. Open the airway; deliver rescue breaths with correct volume/rate.
2. Attach basic adjuncts if configured; verify ventilation effect.
3. Common errors: over-ventilation, incomplete head tilt.
1. Scenario: witnessed collapse in the ward → assessment → call for help → CPR → airway management → team handover.
2. Two-rescuer and team roles.
3. Structured debrief: sequence, timing, communication, quality metrics.
Skill | Standard |
Assessment sequence | ABCDE order, ≤10 s check |
Compression quality | 5–6 cm, 100–120/min |
30:2 rhythm | Correct across 5 cycles |
Airway & ventilation | Correct technique, no over-ventilation |
Scenario completion | Full first-response sequence without omitted steps |
Refresher note: skills decay within months — BLS passing rates fell from 63% (3 months) to 58% (12 months) in a nurse cohort (Smith et al., 2008). Schedule quarterly scenario refreshers.
Item | Frequency | Notes |
Cleaning | After each class | Mild soap, damp cloth; no solvents |
Airways & one-way valves | Monthly | Check function and replace when worn |
Electronics/modules | Per manual | Test configured modules before classes |
Storage | Always | Dry, dust-free; follow manual storage |
Q1: What does "multifunctional emergency nursing simulator" cover? A: The BLS800 integrates vital-signs assessment, CPR and ventilation, airway management, and core nursing procedures into one manikin — designed to train the complete emergency-response sequence. Exact module list varies by configuration.
Q2: How is BLS800 different from a full-function nursing manikin like H130B? A: H130B is a 22-in-1 general nursing simulator focused on daily nursing skills. BLS800 is positioned for emergency-response training — assessment, CPR, airway, and first intervention — the "first 10 minutes" of care.
Q3: Can it be used for team and scenario training? A: Yes — scenario protocols (Station D) support two-rescuer and team-based drills with structured debriefing, which is how hospital rapid-response teams train.
Q4: Does it meet AHA standards for CPR training? A: CPR training follows AHA 2020 standards (5–6 cm depth, 100–120/min, 30:2 ratio). Confirm the feedback/assessment features of your specific configuration.
Q5: Who is the target audience? A: Hospital training centers, emergency departments, nursing schools, and continuing-education programs for ward nurses.
Q6: What is the MOQ and delivery time? A: MOQ is 1 unit. Air freight: 7–10 business days; sea freight: 30–45 days. Email sophia@adahealthy.com for a quote.
Technology-Enhanced Simulation for Health Professions Education: A Systematic Review and Meta-analysis — Cook et al. (2011), JAMA 306(9):978–988
Does Simulation-Based Medical Education with Deliberate Practice Yield Better Results than Traditional Clinical Education? — McGaghie et al. (2011), Acad Med 86(6):706–711
Cardiopulmonary Resuscitation Quality: AHA Consensus Statement — Meaney et al. (2013), Circulation 128(4):417–435
Part 3: Adult Basic and Advanced Life Support: 2020 AHA Guidelines — Panchal et al. (2020), Circulation 142(16 Suppl 2):S366–S468
Evaluation of Staff's Retention of ACLS and BLS Skills — Smith et al. (2008), Resuscitation 78(1):59–65