Testicular Torsion Simulator

KEY FEATURES 

✓ Layered scrotal wall with integrated tunica vaginalis, testis, epididymis and spermatic cord. 

✓ Controlled torsion, detorsion and orientation changes through an integrated cord mechanism.

✓ Compatible with standard surgical instruments for incision, dissection, suturing and knot tying.

 Anatomically informed design developed from imaging, literature and clinical input.

 Replaceable testis-spermatic cord operative units; durable scrotal housing is retained for reuse.

Category:

Testicular torsion is a time-critical urological emergency. Developed through research at King’s College London, this anatomically informed simulator enables trainees to rehearse scrotal exploration, testicular delivery, recognition and correction of spermatic cord torsion, and bilateral orchidopexy in a controlled, patient-safe environment. 

 

WHAT CAN BE PRACTISED 

• Scrotal incision and exploration 

• Testicular delivery and detorsion 

• Affected and contralateral orchidopexy 

TRAINING SETTINGS 

• Urology boot camps 

• Skills workshops and teaching days 

• Classroom or office-based practice 

EDUCATIONAL VALUE 

• Repeated practice without patient risk 

• Standardized delivery across learners 

• Reduced reliance on animal tissue and wet labs 

 

TECHNICAL SPECIFICATIONS 

Anatomy: Scrotal wall; tunica vaginalis; testis; epididymis; spermatic cord 

Torsion mechanism: Integrated cord mechanism 

Operative units: Replaceable testis-spermatic cord units 

Housing: Durable, reusable scrotal housing 

Instrument compatibility: Standard surgical instruments 

Design basis: Imaging, literature and clinical input 

INTENDED TRAINING APPLICATION 

• Scrotal incision and exploration 

• Testicular delivery and detorsion 

• Recognition and correction of spermatic cord torsion 

• Affected testis orchidopexy 

• Contralateral orchidopexy 

• Suturing and knot tying with standard surgical instruments 

 

USAGE AND LIFESPAN 

REUSABLE 

SCROTAL HOUSING 

Durable housing for repeated training. 

REPLACEABLE 

OPERATIVE UNITS 

Replaceable testis-spermatic cord units. 

STANDARD 

INSTRUMENTS 

Uses standard surgical instruments. 

 

EVALUATION AND VALIDITY EVIDENCE 

Participant evaluation against a traditional bull testis training model included 85 participants (66 trainees, 19 trainers) across 3 countries. Outcomes are participant-reported; transfer to live operative performance has not been assessed. 

 

91% 

SAFE DETORSION 

Useful for practising safe testicular detorsion. 

92% 

ORCHIDOPEXY 

Useful for orchidopexy of the affected testis. 

4.33 / 5 

TRAINING VALUE 

Median overall training-value score. 

 

Manuals and Technical Sheets:

Technical Sheet – Click here to download the Technical Sheet

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