Erler Zimmer Male urinary catheter and enema exercise model

Erler Zimmer male bladder catheter and enema training model in detail

The "male bladder catheter and enema training model" mimics the shape of a male urinary tract with bladder. Using the correct technique, a bladder catheter can be inserted into the bladder. If catheterisation is successful, urine (water) flows out of the catheter. The feel of the penis is almost like a real penis. You can practise techniques such as disinfecting the genital region and the urethral opening. The body can be separated at the midline so that the shape of the urethra, the position of the catheter and the surrounding anatomy can be viewed.

Features:

• The simulator is natural size, which makes it possible to practice catheterisation and enema.
• The use of soft and stretchy materials in the genital area creates a realistic visual impression and tactile experience during catheterisation.
• Different catheterisation practices can be practised, such as disinfection, insertion, blocking and removal of the catheter.
• The simulator is designed so that manipulation of the penis and urethra during insertion can be practised realistically. If the penis is manipulated incorrectly, inserting the catheter becomes much more difficult.
• The care of the foreskin, such as retraction, disinfection and cleaning, can also be practised.
• The mobility of the penis corresponds to that of the human body, so that the fixation of the penis can be practised correctly.
• The body can be separated in the middle, the urethra and the bladder are transparent. This allows the insertion to be explained and the correct position of the catheter as well as checking the balloon can be checked.
• By replacing the prostate, a constriction due to benign prostatic hyperplasia can be simulated.
• The applicator for a glycerine enema can be inserted through the anus into the rectum. A glycerol enema can be performed.

Size: 29 x 53 x 32 cm

Weight: 2.3 kg

• Hospitals
• Healthcare centres
• Training facilities
• Research facilities