Product Description

1. Why Hemorrhage Control Training Matters

Hemorrhage is the leading preventable cause of death in trauma — roughly one-third of trauma fatalities involve uncontrolled bleeding, and a significant share of those deaths are survivable with prompt intervention (Kauvar et al., 2006). This is the evidence base behind the global Stop the Bleed initiative (American College of Surgeons, 2015): equip non-medical bystanders and first responders with three skills — direct pressure, wound packing, and tourniquet application.

The challenge is that these skills are psychomotor: they decay without practice. Education improves willingness to respond in simulated emergencies (Goralnick et al., 2017), but confidence and technique must be built through hands-on repetition on realistic surfaces — which is exactly what a trauma care manikin provides.

Why the manikin replaces improvised props:

2. Understanding the Replaceable Wound Modules

The J110's defining feature is its replaceable wound module system: trauma wounds are simulated as interchangeable modules that attach to the manikin, replicating the look and feel of real injuries through moulage (the art of simulating injury for training).

Why modules matter — evidence and practice:

Realism drives engagement and skill transfer.

● Realistic moulage increases learner immersion and psychological fidelity in simulation, which supports transfer to real-world response (Smith-Stoner, 2011).

Cost control.

● Damaged or worn modules are replaced individually — no need to retire the entire manikin after intensive use.

Curriculum flexibility.

● Different courses (basic first aid vs. tactical medicine) can swap modules to match scope — module configurations can be matched to your training plan on request.

Note: the standard package includes the manikin with its core wound set; module configurations (wound types, quantities) are customizable per program — confirm the detailed module list with your supplier.

3. Skill Station Protocols

Station A: Direct Pressure — 10 min

Objective: Apply and maintain direct pressure on a bleeding wound.

Station B: Wound Packing — 15 min

Objective: Pack a deep wound cavity with gauze to control hemorrhage.

1. Expose the wound module fully.

2. Insert gauze directly into the cavity until it is filled — no gaps.

3. Apply sustained direct pressure for at least 3 minutes.

4. Verify packing depth and completeness with instructor.

Wound packing is a core Stop the Bleed skill for junctional injuries (groin, axilla) where tourniquets cannot be used — the module's cavity design allows repeated practice of correct packing technique.

Station C: Tourniquet Application — 15 min

Objective: Apply a tourniquet correctly and record time.

Proper tourniquet use has proven field effectiveness in military and civilian trauma (Kragh et al., 2008) — but only when placed correctly, which requires repeated practice on realistic limb anatomy.

Station D: Scenario Drill — 20 min

Objective: Run a complete single-responder scenario (e.g., industrial accident, roadside incident).

1. Scene safety and personal protection (gloves).

2. Activate emergency response (call for help).

3. Rapid bleeding assessment.

4. Apply the appropriate intervention per wound type.

5. Handover report: injuries found, interventions done, tourniquet time.

4. Course Design and Assessment

Suggested 2-Hour Introductory Course

Skill Checklist (Pass/Fail)

5. Maintenance & Consumable Management

Best practice: track module usage per station — high-usage modules (tourniquet/packing sites) wear faster and should be budgeted as consumables. Cleaning agents: use only supplier-recommended solutions; avoid harsh solvents that degrade moulage materials.

6. FAQ

Q1: What skills can the BIX-J110 train? A: Core hemorrhage control skills — direct pressure, wound packing, and tourniquet application — plus scenario-based trauma response. The replaceable wound modules allow repeated practice of each technique without degrading the manikin.

Q2: Why are the wound modules replaceable? A: Intensive training wears out wounds. Replaceable modules keep the manikin functional while damaged modules are swapped individually — lowering lifecycle cost versus a single-piece trauma manikin. Realistic moulage also increases learner engagement (Smith-Stoner, 2011).

Q3: Which courses is it suitable for? A: EMS academy programs, military/tactical medicine, Stop the Bleed certification courses, industrial first-aid training, and nursing simulation labs. Module configurations can be matched to course scope.

Q4: Is the manikin suitable for layperson (non-medical) training? A: Yes — Stop the Bleed courses are designed for lay responders. The J110 supports the three core skills at an appropriate fidelity for both layperson and professional courses.

Q5: What are the consumable costs? A: Wound modules are the main consumable. Usage-based replacement keeps operating costs predictable; request the module price list and recommended replacement schedule from your supplier.

Q6: What is the MOQ and delivery timeline? A: Standard MOQ is 10 units; sample evaluation units (1–2) available. Air freight: 7–10 business days. For EMS/military program pricing: cprwell@adaanatomy.com.

References

Impact of Hemorrhage on Trauma Outcome — Kauvar, Lefering & Wade (2006), J Trauma 60(6 Suppl):S3–S11

Practical Use of Emergency Tourniquets to Stop Bleeding in Major Limb Trauma — Kragh et al. (2008), J Trauma 64(2 Suppl):S38–S49

Stop the Bleed: Effect of Hemorrhage Control Education on Laypersons' Willingness to Respond — Goralnick et al. (2017), Prehosp Disaster Med 32(4):415–421

Stop the Bleed Program — American College of Surgeons, Committee on Trauma (2015)

Teaching Moulage to Enhance Simulation Experiences — Smith-Stoner (2011), Teaching and Learning in Nursing 6(3):118–120