The Female Catheterization Trainer allows trainees to learn urinary catheterization techniques, as well as care of a pre-inserted suprapubic catheter via the pre-ported bung. The feel of the catheter passing along the urethra into the bladder corresponds closely to real life.
Augmented Reality is now part of the Catheterization range
The Augmented Reality Mats combine real world MRI and CT scan data, with the skills of talented medical artists and digital creators, to bring the internal anatomy of our trainers to life.
Within the L&T AR app’s digital environment, you can move around your task trainer and view various overlays, including: the musculature, organs and vessels, and skeletal structure. The interface allows you to move seamlessly between the layers, as well as view their cross sections.
The Female Catheterization Trainer allows trainees to learn urinary catheterization techniques, as well as care of a pre-inserted suprapubic catheter via the pre-ported bung. The feel of the catheter passing along the urethra into the bladder corresponds closely to real life.
Augmented Reality is now part of the Catheterization range
The Augmented Reality Mats combine real world MRI and CT scan data, with the skills of talented medical artists and digital creators, to bring the internal anatomy of our trainers to life.
Within the L&T AR app’s digital environment, you can move around your task trainer and view various overlays, including: the musculature, organs and vessels, and skeletal structure. The interface allows you to move seamlessly between the layers, as well as view their cross sections.
Students are also able to view digital procedures in the AR environment to see how the procedure is done, and its impact on the patient’s anatomy.
Using expert feedback from customers and evaluators, Limbs & Things updated the Female Catheterization to include:
- Increased realism of the female anatomy
- A softer labia that allows for realistic parting using aseptic no touch technique
- A less prominent meatus to give trainees a more accurate simulation
