Phokus Research Group
Wound Stump
The Wound Stump is a low-fidelity traumatic amputation task trainer designed to support isolated skill development in hemorrhage control, wound packing, and pressure dressing applications.
Engineered for durability and repeated use, the trainer realistically replicates a traumatic limb amputation with fractured bone, dense soft tissue, multiple bleeding pathways, and complex dead space. A bone-adjacent bleeder simulates deep arterial bleeding, while an additional central gunshot wound provides a secondary hemorrhage source, allowing multiple treatment repetitions from a single platform.
- The semi-transparent material allows learners to visualize internal structures, including fractured bone, bleeding pathways, and void space created by tissue disruption. This configuration is ideal for introductory and intermediate training, helping students understand where bleeding originates and how effective packing and wrapping techniques control hemorrhage before progressing to higher-stress or fully obscured scenarios.
- The medium skin tone increases realism by eliminating visual cues, requiring students to rely on tactile assessment to identify bleeding sources, wound depth, and packing requirements. This configuration better reflects real-world conditions, reinforcing proper hemostatic gauze placement, sustained pressure, and effective wrapping techniques specific to traumatic amputations—skills that differ significantly from treating hemorrhage on intact limbs.
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The Wound Stump is a low-fidelity traumatic amputation task trainer designed to support isolated skill development in hemorrhage control, wound packing, and pressure dressing applications.
Engineered for durability and repeated use, the trainer realistically replicates a traumatic limb amputation with fractured bone, dense soft tissue, multiple bleeding pathways, and complex dead space. A bone-adjacent bleeder simulates deep arterial bleeding, while an additional central gunshot wound provides a secondary hemorrhage source, allowing multiple treatment repetitions from a single platform.
- The semi-transparent material allows learners to visualize internal structures, including fractured bone, bleeding pathways, and void space created by tissue disruption. This configuration is ideal for introductory and intermediate training, helping students understand where bleeding originates and how effective packing and wrapping techniques control hemorrhage before progressing to higher-stress or fully obscured scenarios.
- The medium skin tone increases realism by eliminating visual cues, requiring students to rely on tactile assessment to identify bleeding sources, wound depth, and packing requirements. This configuration better reflects real-world conditions, reinforcing proper hemostatic gauze placement, sustained pressure, and effective wrapping techniques specific to traumatic amputations—skills that differ significantly from treating hemorrhage on intact limbs.
The Wound Stump is a low-fidelity traumatic amputation task trainer designed to support isolated skill development in hemorrhage control, wound packing, and pressure dressing applications.
Engineered for durability and repeated use, the trainer realistically replicates a traumatic limb amputation with fractured bone, dense soft tissue, multiple bleeding pathways, and complex dead space. A bone-adjacent bleeder simulates deep arterial bleeding, while an additional central gunshot wound provides a secondary hemorrhage source, allowing multiple treatment repetitions from a single platform.
- The semi-transparent material allows learners to visualize internal structures, including fractured bone, bleeding pathways, and void space created by tissue disruption. This configuration is ideal for introductory and intermediate training, helping students understand where bleeding originates and how effective packing and wrapping techniques control hemorrhage before progressing to higher-stress or fully obscured scenarios.
- The medium skin tone increases realism by eliminating visual cues, requiring students to rely on tactile assessment to identify bleeding sources, wound depth, and packing requirements. This configuration better reflects real-world conditions, reinforcing proper hemostatic gauze placement, sustained pressure, and effective wrapping techniques specific to traumatic amputations—skills that differ significantly from treating hemorrhage on intact limbs.