SIMBODIES® Thick Blood – Sticky Wound Filler & Scab Effect 150ml

Overview

Add authentic texture and temporal precision to your emergency medical scenarios with SIMBODIES® Thick Blood. Packaged in a 150ml wide-mouth jar, this specialized trauma gel features a dense, paste-like consistency designed to replicate partially coagulated blood clots, drying scab formations, and sticky wound cavity filler.

Unlike standard liquid simulation blood, this thick gel stays exactly where it is placed—even on vertical surfaces—making it an essential tool for simulation technicians creating highly realistic trauma profiles on live roleplayers or platinum silicone manikins.

Key Features & Benefits

• Stays In Place (Zero-Runoff Formula): Engineered with a heavy, viscous gel base that mimics the semi-solid state of clotted human blood. Perfect for open wound cavities where liquid fluids would simply wash away.

• Realistic Scab & Layering Effects: Dries down slightly to create an incredibly realistic "scab" skin, providing a clear visual cue to trainees that a wound has been exposed to the elements over a longer timeline.

• Silicone Safe & Equipment Friendly: Formulated to wash cleanly off expensive platinum silicone manikins, task trainers, and simulation sleeves without staining or degrading the skin material.

• Safe for Standardized Patients: Dermatologically sound for direct application onto the skin of live roleplayers, rinsing off effortlessly with warm water and standard soap.

Advanced Moulage Applications

Communicating the Golden Hour: In triage settings, distinguishing between a fresh arterial spray and an older, coagulated injury is crucial for prioritizing care. This paste lets you build older, clotted trauma details to test a trainee's rapid primary survey and timeline assessment skills.

• Gunshot Cavity Packing: Use a SIMBODIES® Wooden Spatula to scoop the gel deep into gunshot wounds or shrapnel tears to form a dense, deep-red tissue base.

• Blast & Burn Crusts: Blend lightly over simulated flash burns or blast zones using a stipple sponge to mimic plasma exudate and crusted blood patterns.

• Compound Fractures: Build realistic clusters around protruding bone prosthetics to simulate tissue tearing and massive internal pooling.

Technical Specifications