The Female Catheterisation Trainer is an advanced training model designed to support healthcare professionals in mastering urinary catheterisation techniques specific to the female anatomy. With enhanced anatomical realism and features that align with best practices for CAUTI prevention, this trainer enables effective and safe clinical training in technical catheterisation skills.
This trainer comes with Augmented Reality to add another dimension to learning. Use your smart device to interact with the internal anatomy and build deeper understanding.
Realistic Anatomy & Enhanced Training Capabilities
- Anatomical Accuracy: This model provides a lifelike experience, with a softer labia, an anatomically accurate bladder, inclusion of a vaginal vault and a supple urethra that mimics natural resistance, including a realistic sphincter response during catheter insertion
- Challenging, Realistic Insertion: The urethra offers realistic difficulty during catheter insertion, supporting the development of tactile sensitivity and proper technique
Communication and Soft Skills Integration
The Female Catheterisation Trainer can also be used with a standardised patient to allow for simultaneous development of communication and procedural skills—encouraging holistic clinical education and reinforcing patient dignity throughout the procedure.
Built for Longevity and Cost-Efficiency
The trainer’s robust structure ensures long-term durability, reducing the need for frequent replacement and helping control ongoing training costs.
Ideal for clinical skills labs, simulation centres, and nursing or medical education programmes, the female catheter model delivers a comprehensive, realistic, and cost-effective solution for teaching female urinary catheterisation.
Augmented Reality. Bridging the gap between theory and practice
Real-world MRI and CT scan data, combined with the skills of talented medical artists and digital creators, bring the internal anatomy of our Catheterisation trainers to life.
The FREE Augmented Reality app, enhances the learning experience for students. The technology provides access to highly realistic and interactive 3D images alongside engaging procedural animations. This unique feature strengthens independent learning inside and outside the classroom.