Products

The Mk VI male whole-body model includes both upper limbs and non-anatomical “blank inserts” to make the model appear complete. The upper limbs house the left sided SAM 3 Shoulder intra-osseous infusion insert and bilateral SAM 3 Antecubital fossa inserts.

This subcarrier base includes representation of the peritoneal sac, bowel, bladder and the aorta, IVC and pelvic vessels. Used together with the replaceable SAM 4.3 Abdo Wall Pelvic packing insert, extra-peritoneal packing can be performed. Further development and inclusion of additional abdominal visceral and structures is underway.

This contains the femur, tibia and skeleton of the foot for fasciotomy and tibial fracture procedures. It can be supplied as a standalone task trainer or along with SAM 1.4 MK VI. Replaceable SAM 2: Lower Left Leg Fasciotomy Inserts are required.

This contains the femur, tibia and skeleton of the foot for a mid-thigh GSW with arterial injury for control and shunting, an option for femoral fracture and fasciotomies. It can be supplied as a standalone task trainer or along with SAM 1.4 MK VI. Replaceable SAM 2: Lower Right Leg Fasciotomy Inserts and SAM 4.4 Right Thigh Injury inserts are required.

This simple to use model allows real-time practice in the control of catastrophic bleeding from lower limb traumatic amputations and cavitated wounds.

This task training model was originally produced for the RAPID Trial. It allows training in the landmark technique for the insertion of a fascia iliac block. It is not ultrasound compatible, however this is an area of active development.

The escharotomy arm can be used as a task trainer or attached to the SAM 1.4 MK VI: Whole-Body Modular Immersive Simulator Carrier Base. Developed with support from the Blond McIndoe Foundation, escharotomy of the right upper limb can be performed, with soft tissue swelling into the wound and return of index finger pulp blanching after successful decompression.

This simple model allows participants to learn the fundamental skills of skin incision and closure, along with excision of a suspicious naevus and removal of a lipoma.

Although venous cut-down is uncommonly required in current clinical settings, it is a multi-step procedure which provides an excellent vehicle for learning skin incision, soft tissue dissection and ligation of a vein. The model is designed to allow the participant to repeat the steps several times, capitalising on the concept of purposeful properties.

Arterial shunt insertion and use of venous couplers are a standard part in certain vascular and plastic surgical procedures. This model allows both procedures to be practiced, retoring flow through the model.