Transparent Male Catheterization Simulator Model Gd/H16E

The GD Transparent Catheterization Simulators (GD/H16E – Male and GD/H16F – Female) are advanced clinical training models designed for practicing urinary catheterization procedures. These simulators feature a transparent anatomical shell, allowing trainees to directly observe the relationship between the pelvis, bladder, and catheter during insertion. This visual learning approach helps students understand the correct catheterization technique, insertion angle, and anatomical pathway.

The models replicate the male and female urinary systems, providing realistic training environments for healthcare students and professionals. The male simulator accurately demonstrates the two physiological bends and three anatomical constrictions of the male urethra, while the female model allows observation of catheter balloon inflation and positioning within the bladder.

Both simulators support the use of standard clinical double-lumen and triple-lumen catheters, enabling realistic training for urinary catheter insertion. When the catheter is correctly positioned, simulated urine flow occurs, confirming proper placement and enhancing the hands-on training experience.

Key Features

Transparent Anatomical Design

• Clear outer shell allows observation of pelvic structures, bladder position, and catheter pathway.
• Helps learners understand catheter insertion angles and anatomical relationships.

Realistic Catheterization Training

• Supports standard clinical double-lumen and triple-lumen urinary catheters.
• Allows realistic practice of urinary catheter insertion procedures.

Male Catheterization Simulator (GD/H16E)

• Demonstrates two urethral bends and three anatomical stenoses typical of male urethra.
• Genital structure can be raised to approximately 60° relative to the abdomen to simulate correct catheterization positioning.

Female Catheterization Simulator (GD/H16F)

• Transparent design allows observation of balloon catheter inflation and placement inside the bladder.
• Provides clear visualization of catheter positioning during insertion.

Realistic Feedback Mechanism

• Simulated urine flow occurs when catheter placement is correct, confirming successful catheterization.

Applications

The GD Transparent Catheterization Simulators are widely used in healthcare training programs, including:

• Medical and nursing schools
• Clinical skills training laboratories
• Hospital staff training and competency assessment
• Urology and urinary catheterization training
• Paramedic and emergency medical training
• Healthcare simulation centers

Technical Specifications

The GD Transparent Catheterization Simulators provide an effective learning platform for understanding urinary catheterization procedures. The transparent design enables learners to visually observe internal anatomical structures and catheter movement, improving comprehension of proper insertion techniques. These simulators help trainees develop confidence, precision, and procedural safety before performing catheterization on real patients.