Hysterectomy Class IV

Total Hysterectomy

The Class IV Hysterectomy hydrogel model represents the female reproductive system, urinary system, key arteries and peritoneum. It provides task specific training of essential skills of a total hysterectomy, including: insertion and removal of uterine manipulator, dissection of the broad ligament, mobilisation of ovaries, skeletonising uterine artery, mobilising bladder flap, colpotomy with surgical energy, vaginal cuff closure with barbed or non-barbed sutures.

Note: The Pelvic Fat Base and Female Pelvis Stand are sold separately.

IMRA

Specifications

Procedure

Total Hysterectomy

Category

General

Task Specific Training

Uterine manipulator insertion, opening round ligament, detatching the ovaries and associated ligaments from pelvic side wall, mobilising bladder, differentiating pelvic anatomy, colpotomy, vaginal cuff closure

Features

Electro-surgery
Suture

Package contains

1 x hydrogel uterus with ovaries and ligaments, bladder & ureters, simple illiac vessels, peritoneum, connected to a pelvic flat base and vagina attachment ring

Class

Class IV

Related Products

Female Pelvis Stand

Female Pelvis Stand

Class I
MyomectomyClass II, hysterectomy Class II, hysterectomy Class IV
Pelvic Fat Base

Pelvic Fat Base

Class I
Myomectomy Class II, hysterectomy Class II, hysterectomy Class IV
Hydra

Hydra

Class VI
Female Torso Trainer
Hysterectomy

Hysterectomy

Class II
Hysterectomy
Robot

Why Pindari

Cutting edge robotic technology is continually unlocking new approaches to advance surgery. In parallel, the training methods are also undergoing similarly significant advances. Utilising a suite of advanced simulation devices and anatomically correct synthetic organs, trainees can now develop high skill levels and train for a wide range of routine and demanding emergency situations all prior to commencing live surgery. This approach maximises patient safety, and ensures that surgeons receive the advanced training necessary to extract the very best outcomes from the latest robotic devices.