Seamless support for surgical training
Elevate every training session with our comprehensive range of soft tissue models and surgical accessories, designed to integrate effortlessly with Inovus simulators.
Our CORErange of models has been designed to support a wide variety of dry lab training needs and integrate with our high fidelity simulators and Totum platform.
These models provide highly realistic anatomy and natural haptic feedback, enabling surgeons in training to practice and refine their skills in a safe, controlled environment.
They serve as a versatile foundation for skills development, from basic techniques through to advanced surgical practice.
CORErange accessories
CORErange for Laparoscopic & Hysteroscopic Training
“Our CORErange of medical models has been developed to deliver the most realistic and effective dry lab training in laparoscopic and hysteroscopic surgery. Designed for repeatable practice in a safe and controlled setting, these models form the foundation of our simulation ecosystem.
For laparoscopic training, the models are fully compatible with our box trainers, including the Pyxus HD, Pyxus HD Move, and Bozzini Laparoscopic, as well as our advanced augmented reality platforms, LapAR and LapAR Pro. This allows trainees to progress from essential skills such as instrument handling and coordination through to more complex procedural tasks, all with measurable performance outcomes and feedback.
For hysteroscopic training, our uterine models provide exceptional anatomical realism and are designed for use with the Bozzini Hysteroscopy Trainer, HystAR, and HystAR Pro simulators. They enable practice in both diagnostic and operative hysteroscopy, with the flexibility to simulate a wide variety of pathologies and procedural scenarios.
Every model within the CORErange has been engineered for realism, durability, and educational value, empowering trainees and educators to maximise the effectiveness of every training session. By combining physical models with cutting-edge simulation technology, we are helping to prepare the next generation of surgeons with the skills, confidence, and precision needed to deliver the highest standards of patient care.”
General surgery models
The general surgery model range for laparoscopic training includes:
- Appendix
- Bowel anastomosis
- Bowel enterotomy
- Cholecystectomy
- Liver
- Adhesolysis
- Mesocolic dissection
Allowing practice of operative techniques, each model is crafted to provide a lifelike, durable, and reliable training experience.
Gynaecology models
The gynaecology model range for laparoscopic training includes:
- Female pelvic anatomy with cystectomy
- Myomectomy
- Female pelvic anatomy left
- Vaginal vault closure
- Female pelvic anatomy right
Allowing diagnostic and operative techniques, each model is crafted to provide a lifelike, durable, and reliable training experience.
By replicating the feel and challenge of real tissue, the CORErange empowers trainees to build confidence and competence in a safe, repeatable environment, making it an indispensable resource for skills development at every level.
Our hysteroscopy models allow trainees to practise key diagnostic and operative techniques such as polyp and fibroid resection in a controlled, repeatable environment:
- Uterus non pathological
- Uterus with fibroid
- Polyps for hysteroscopy (sharp dissection)
- Polyps for hysteroscopy (blunt dissection)
- Adhesions for hysteroscopy
Crafted for realism, durability, and versatility, the CORErange empowers surgeons in training to gain confidence and precision while ensuring maximum value for educators and training programmes.
Composed of advanced synthetics, the LABrange supports advanced procedure focussed training with energy devices, mechanical devices and advanced imaging systems.
LABrange accessories
LABrange for Advanced Wet Lab Training
Our Lab Range of models is designed to deliver the highest level of realism for cadaver free wet lab procedural training, bridging the gap between simulation and live surgery. Built for advanced skill development, these models allow trainees and medical device innovators to experience critical procedural elements in a safe, repeatable, and clinically relevant setting.
For gynaecology skills training, our LABrange uterine models extend beyond surgical education. They provide an ideal platform for both training and demonstration of new technologies, supporting medical device companies in showcasing tissue resection systems, energy devices, and other innovations in a hands-on environment that mirrors clinical practice.
Every model in the LABrange has been developed with realism, precision, and adaptability in mind, ensuring maximum value for surgical educators, trainees, and industry partners alike.
Gynaecology training
Our hysteroscopy LABrange, include the following uterus models:
- RPOC (Retained Products of Conception)
- Multi Modality Model for D&C
- Septum
- Uterine polyps
- Uterine fibroids
All five provide versatile solutions for simulating a wide range of operative techniques.
Trusted by surgical training centres and medical device companies worldwide, the LABrange delivers a powerful platform for product demonstration, device evaluation, and surgical education, ensuring every session is engaging, effective, and true to life.
The EMIGS Program is a comprehensive, standardised program for learning, practicing and assessment of the Essentials in Minimally Invasive Gynecologic Surgery.
Develop a set of advanced psychomotor skills using the EMIGS LaparoBowl®-based system, intended for those beyond residency training.
Whether you’re ordering your first EMIGS Lapartobowl or restocking on consumables, our online store makes it simple and convenient. Explore our dedicated product pages to find everything you need to continue practicing and perfecting your laparoscopic skills.
Built for precision. Trusted for performance.
Our silicone models are designed for exceptional realism, durability, and accuracy, giving you the ideal platform to perfect your skills. From lifelike texture to precise anatomical detail, every model is built to replicate real procedures, so your practice translates directly into confident performance.
