SKU: 60530New

Ultrasound Vascular Access Trainer

An echolucent and contoured slab with representation of the jugular vein for teaching needle insertion under ultrasound.

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An echolucent and contoured slab with representation of the jugular vein for teaching needle insertion under ultrasound.

Paracentesis Trainer (Light Skin Tone)

The trainer enables both diagnostic and therapeutic abdominal procedures using palpation or ultrasound-guided techniques in lower quadrants while safely avoiding vital organs. Echolucent pads and Echogenic organs inside the trainer allow trainees to visualize internal anatomy under ultrasound before performing needle or catheter insertion into the peritoneal cavity.

61000

Lumbar Puncture Model with AR (Light Skin Tone)

This trainer is designed for undergraduate and early postgraduate medical training, offering realistic lumbar puncture procedure experience including a distinctive 'pop' when puncturing the dura, measurable cerebrospinal fluid pressure (5-25 cmH2O), realistic fluid flow simulation, and palpable bony landmarks. It includes two tissue inserts for cost-effective training and features Augmented Reality capabilities that combine real MRI/CT scan data with anatomical overlays.

70107

Synovial Fluid (including syringe)

Synovial Fluid (2.5 liters) designed for the Knee Aspiration & Injection Trainer with Ultrasound Capability (70103). The formula uses an improved preservative approved under EU cosmetic regulations, making it safer for extended direct skin contact while reducing user risk. The new formulation also provides environmental benefits by being less hazardous to aquatic life.

70224

Shoulder Module with Ultrasound Capability (Light Skin Tone)

This is a replacement shoulder module designed for use with the Shoulder Torso and the Ultrasound Guided Shoulder Injection Trainer (70221). The product features echolucent materials that simulate internal anatomical landmarks when viewed under ultrasound, enabling practitioners to confirm successful injections by observing fluid entry or through aspiration techniques.