Microvessels Training Models | Microvascular Anastomosis Surgical Simulator (LL-TRN-0407)

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Realistic microvessel training models designed for practising microvascular anastomosis and microsurgical suturing techniques. Ideal for plastic surgery training, neurosurgery education and microsurgical skills laboratories.

The Microvessels Training Models are realistic surgical simulators designed to help clinicians and trainees develop essential microsurgical skills.

These models replicate the behaviour of very small blood vessels used in microsurgical procedures. The vessels provide realistic tactile feedback during cutting, handling and suturing, allowing surgeons to practise delicate procedures with precision.

The microvessel models are particularly suitable for practising end-to-end and end-to-side microvascular anastomosis, which are fundamental techniques in plastic surgery, reconstructive surgery, neurosurgery and other microsurgical disciplines.

Simulation-based training enables surgeons, residents and medical students to practise complex procedures repeatedly in a safe and controlled environment, improving technical accuracy and confidence before performing surgery in clinical settings.

The models are widely used in:

microsurgery training laboratories

plastic surgery training programmes

medical schools and universities

surgical skills laboratories

teaching hospitals

Training Applications

These microsurgical training vessels can be used for practising procedures including:

• Microvascular anastomosis
• End-to-end microvessel suturing
• End-to-side vascular anastomosis
• Microsurgical suturing techniques
• Plastic and reconstructive surgery training
• Neurosurgery training
• Orthopedic microsurgery training
• Surgical skills laboratory training

The models provide a realistic platform for developing microsurgical precision and instrument control.

Key Features

The microvessel simulators are engineered to replicate the behaviour of real vascular tissue.

Key features include:

• Realistic microvascular tissue simulation
• Multiple vessel diameters for progressive training
• Suitable for microscope-assisted suturing
• Compatible with microsurgical instruments
• Easy to handle and maintain
• Nontoxic training materials
• Biohazard-free simulation models
• Odourless reusable design

These features provide a practical environment for developing delicate microsurgical techniques.

FULL Specifications
Available Microvessel Sizes

1 mm Microvessel
Length: 2.5 inches
Internal Diameter (ID): 0.8 mm
Outer Diameter (OD): 1.0 mm
Wall Thickness: 0.1 mm

2 mm Microvessel
Length: 3 inches
Internal Diameter (ID): 1.5 mm
Outer Diameter (OD): 2.0 mm
Wall Thickness: 0.25 mm

3 mm Microvessel
Length: 3 inches
Internal Diameter (ID): 2.5 mm
Outer Diameter (OD): 3.0 mm
Wall Thickness: 0.25 mm

4 mm Microvessel
Length: 3 inches
Internal Diameter (ID): 3.0 mm
Outer Diameter (OD): 4.0 mm
Wall Thickness: 0.5 mm

5 mm Microvessel
Length: 3 inches
Internal Diameter (ID): 4.0 mm
Outer Diameter (OD): 5.0 mm
Wall Thickness: 0.5 mm

Model Details

Material: Synthetic soft-tissue simulation material
Training Use: Microvascular anastomosis and microsurgical suturing training
Reusable: Yes

Ideal Training Environments

These microsurgical training models are commonly used in:

• Microsurgery training laboratories
• Plastic surgery training programmes
• Medical schools and universities
• Surgical skills laboratories
• Teaching hospitals
• Surgical education workshops

Simulation models allow surgeons to practise procedures repeatedly while improving microsurgical precision.