7.62mm Bullet Wound Packing Trainer - Realistic Silicone Trauma Simulator

Specifications Size of the trainer: 9.2*9.2*10.3cm Material: Silicone Net Weight: 920g Single Package: 27*15*13cm   Single Package G.W.: 1400g Packing: individually packed in a PO abrasive bag and all in a white box  Package Details: Shipping Quantity/outer Carton dimension Gross weight 9pcs 50*29*45cm 13kgs   Feature Guns of different calibers cause varying wound patterns, and this product is designed based on customer requirements for realistic trauma training. The 7.62mm caliber is widely used in rifles, machine guns, and sniper rifles, making it a crucial focus for medical and tactical training.   7.62mm NATO Overview · Bullet Types: FMJ (Full Metal Jacket), HP (Hollow Point), SP (Soft Point), AP (Armor Piercing) · Features: Larger caliber, commonly used in battle rifles and machine guns such as FN FAL, M240 · Usage: Provides greater stopping power and range, commonly used for infantry operations and machine gun support   Wound Ballistics & Cavity Effect The cavity effect occurs when a bullet creates a temporary cavity in tissue due to high-speed impact, often after expansion or fragmentation. Different calibers produce varying cavity sizes: ✅ Maximum Cavity Diameter · 5.56mm: 15-20mm · 7.62mm: 20-25mm · 9mm: 12-18mm · .45 ACP: 18-22mm ✅ Wound Diameter (Non-Penetrating Cases) · 5.56mm: 6-8mm · 7.62mm: 8-12mm · 9mm: 7-10mm · .45 ACP: 9-12mm ✅ Penetration Depth · 5.56mm: 10-15cm · 7.62mm: 15-20cm · 9mm: 5-10cm · .45 ACP: 10-15cm     Product Overview – 7.62mm Bullet Wound Packing Trainer This advanced wound packing trainer is designed for realistic trauma care simulation, making it ideal for military medics, paramedics, and first responders. ✅ Material & Design: Made from high-quality silicone, it accurately replicates human tissue for effective hemostatic training.✅ Kit Includes: · 3 gauze · 1 infusion bag · 1 blood mat · 1 wound pack trainer ✅How to Use:Users can practice wound packing techniques by inserting gauze into the simulated wound cavity while applying pressure, mimicking real-life emergency care scenarios.