Article tag: BIX-J110 advanced trauma care manikin| trauma manikin with replaceable wounds| hemorrhage control trai|
Full-body trauma manikin with 16 swappable wound modules for hemorrhage control, wound care, fracture immobilization and casualty transport drills.
...Short answer: The BIX-J110 is a full-body trauma care manikin built around 16 replaceable wound modules — burns, lacerations, open fractures, gunshot and amputation wounds — so a class can practise wound washing, disinfection, haemostasis, bandaging, fracture immobilisation and casualty transport on a realistic body instead of a slide deck. The burn skin is replaceable, so one manikin survives repeated training cycles.
Key takeaways
| Region | Replaceable modules |
| Head and neck | 1. Facial burns (I / II / III degree) · 2. Forehead laceration · 3. Jaw wound |
| Chest | 4. Open clavicular fracture with chest contusion wound |
| Torso | 5. Abdominal wound with small-intestine evisceration |
| Right upper limb | 6. Open humerus fracture · 7. Open fracture of the right hand (parenchymal laceration, fracture, exposed bone) · 8. Gunshot wound in the right palm |
| Left upper limb | 14. Left forearm burns (I / II / III degree) |
| Right lower limb | 9. Open right femur fracture · 11. Metal-prick wound, right thigh · 12. Open right tibia fracture · 13. Open right foot fracture with small-phalanx truncation |
| Left lower limb | 10. Compound left femur fracture · 15. Left thigh truncation trauma, · 16. Closed right tibia fracture with contusions of the left ankle and foot |
Trauma training is a volume problem before it is a knowledge problem. The World Health Organization estimates that roughly 1.16 million people die each year from road traffic crashes and that a further 20–50 million sustain non-fatal injuries, many with lasting disability; more than 90% of these deaths occur in low- and middle-income countries [1]. Those patients reach care through prehospital systems whose performance depends on how well the first responder controls bleeding and immobilises fractures — the exact skills this manikin was built to drill [2].
The clinical answer is already standardised. The Advanced Trauma Life Support course teaches a fixed sequence — airway, breathing, circulation with haemorrhage control, disability, exposure — and its circulation step is where wound packing, direct pressure and tourniquet placement are decided [3]. Where training is the bottleneck, the gap shows up as confidence, not knowledge: the American College of Surgeons' Stop the Bleed programme has now trained more than 5 million people on exactly these interventions, precisely because bystanders and first responders are usually the first hands on a wound [4].
A manikin with 16 distinct wounds changes what a session can cover. Instead of one femur and one laceration, an instructor can hand out four different scenarios in the same room — an open humerus fracture with a chest contusion on one bench, an evisceration on the next, a burn on the third — and score each pair on the same rubric. That is also what the simulation-education standards ask for: clearly defined objectives, a fidelity level matched to those objectives, and structured debriefing afterwards [5].
A practical sequence: start with wound washing and disinfection on the face and forearm burns, move to haemostasis on the gunshot and metal-prick wounds, then run a timed station where the candidate must pack the abdominal wound, splint an open femur and prepare the casualty for transport — with the burn skin swapped between groups.
The module list and replaceable-burn-skin feature above are exactly as published on the product page; the delivered accessory set and the number of spare skins can vary by order, so ask us for the official specification sheet before you build a syllabus around a specific consumable. The J110 is an educational training aid, not a medical device, and the wounds are moulded teaching features rather than clinical measurements. Programme your scenarios against the current resuscitation and trauma guidelines [2][3].
Q1. What is the BIX-J110 used for?
Hands-on trauma care training: wound washing and disinfection, haemostasis and wound packing, bandaging, fracture immobilisation and casualty transport, using 16 replaceable wound modules.
Q2. How many wound modules does it have?
Sixteen, covering facial and forearm burns, forehead and jaw wounds, a chest contusion with clavicular fracture, abdominal evisceration, open fractures of humerus, hand, femur, tibia and foot, a gunshot wound to the palm, a metal-prick wound and truncation trauma of the left thigh.
Q3. Can the burned skin be replaced?
Yes. The burn modules — grade I, II and III on the face and the left forearm — are supplied as replaceable skins, which is what makes the manikin usable across repeated class cycles.
Q4. Does it cover fractures as well as soft-tissue wounds?
Yes. Open fractures of the clavicle, humerus, right hand, both femurs, the right tibia and the right foot are modelled, together with a closed tibia fracture, so splinting and immobilisation can be assessed separately from bleeding control.
Q5. Is it suitable for Stop the Bleed or tourniquet training?
The penetrating wounds (right palm gunshot, right thigh metal-prick, left thigh truncation) and the open long-bone fractures give a realistic base for direct pressure, wound packing and tourniquet-application drills.
Q6. How do I get a quotation or the specification sheet?
Email cprmodel@adaanatomy.com with the model (BIX-J110), quantity and destination country. Our team will send pricing, lead time and the official PDF specification on request.
Email cprmodel@adaanatomy.com for the BIX-J110 price list and shipping details. If you are equipping a full trauma station, we can quote the BIX-J90 full-body trauma simulator and the BIX-H3008 lower-limb amputation haemostasis model from the same emergency line, so your scenarios share one wound language across benches.
1. World Health Organization. Road traffic injuries (fact sheet). https://www.who.int/news-room/fact-sheets/detail/road-traffic-injuries
2. World Health Organization. Prehospital trauma care systems. https://www.who.int/publications/i/item/prehospital-trauma-care-systems
3. American College of Surgeons, Committee on Trauma. Advanced Trauma Life Support (ATLS). https://www.facs.org/quality-programs/trauma/education/advanced-trauma-life-support/
4. American College of Surgeons. Stop the Bleed. https://www.stopthebleed.org/
5. INACSL. Healthcare Simulation Standards of Best Practice. https://www.inacsl.org/healthcare-simulation-standards
