Most tourniquet trainers teach placement. This one teaches what actually happens underneath.
The Slishman Tourniquet Trainer exposes the internal mechanics of haemorrhage control—showing how pressure moves through tissue, how vessels collapse, and why tourniquet effectiveness depends on far more than simply tightening a strap.
It turns an invisible process into something learners can see, feel, and understand.
This trainer represents a transverse section of the human upper leg, replicating the key structures that determine haemorrhage control outcomes:
Femur
Quadriceps group
Hamstrings
Vastus muscle complex
Soft tissue layers
Anatomically positioned arteries and veins
Instead of a generic limb shape, learners are working with a realistic anatomical model that reflects where vessels actually sit—and why that matters under compression
Built using dual-density silicone, the model replicates the difference between muscle and soft tissue resistance.
Firmer silicone represents muscle groups, while softer layers simulate surrounding tissue. This contrast allows learners to observe how compression travels unevenly through the limb rather than distributing uniformly.
It makes one thing obvious very quickly:
Tourniquet pressure is not symmetrical—and neither is its effect.
This trainer directly challenges a common assumption in training: that tightening a tourniquet applies equal circumferential pressure.
In reality, force is concentrated beneath the windlass or ratcheting mechanism.
The Slishman Tourniquet Trainer makes this visible by showing:
Directional pressure under the application point
Asymmetric tissue compression
Variable vessel collapse depending on depth and location
Why placement precision determines effectiveness
Learners don’t just apply a tourniquet—they see why it works or fails.
This is not memorisation-based training.
It develops understanding of:
Why vessels medial to the femur are harder to compress
Why deeper bleeding requires significantly higher pressure
Why veins collapse before arteries
Why some tourniquet designs outperform others
Why “tight enough” is not a reliable endpoint
How tissue density changes compression outcomes
These are the decisions that matter when real haemorrhage control is required.
The trainer includes a secure table-edge clamp for stable mounting during instruction, scenario work, and repeated practical demonstrations.
It is designed for:
Instructor-led classrooms
Simulation environments
Tactical and pre-hospital training
Skills stations and assessment scenarios
First Aid and CPR instructors
Emergency medical services
Military and tactical medicine
Nursing and paramedic education
Simulation centres and universities
Search and rescue training teams
Most training tools focus on repetition.
The Slishman Tourniquet Trainer focuses on understanding.
When learners can see how pressure interacts with anatomy, they make better decisions under stress—and apply haemorrhage control techniques with greater accuracy and confidence.
That difference is what matters when failure is not an option.
If you're responsible for first aid training, simulation, or clinical education, this trainer will change how your learners understand haemorrhage control.
To enquire about pricing, availability, or bulk orders, contact us directly and we’ll help you choose the right setup for your training environment.
Available for individual units or bulk training orders.
We supply to:
Training providers
Emergency services
Military and tactical teams
Universities and simulation centres
Whether you're upgrading existing equipment or building a new programme, we can help you integrate the trainer into your course delivery.