The Embedded Microvessels Model is a realistic microsurgery training simulator designed to help surgeons and trainees develop precise microvascular surgical skills.

This model contains multiple microvessels embedded within thin soft tissue, recreating realistic anatomical conditions where vessels are surrounded by tissue. The embedded design allows clinicians to practise delicate surgical procedures such as microvascular dissection and vessel exposure.

The model enables surgeons to practise end-to-end and end-to-side microvascular anastomosis techniques, which are fundamental skills in plastic surgery, reconstructive surgery, neurosurgery and other microsurgical disciplines.

Simulation-based training models provide realistic tactile feedback during suturing and vessel handling. This allows trainees to practise delicate procedures repeatedly in a controlled environment, improving surgical precision and confidence before performing procedures in clinical settings.

The embedded microvessels model is widely used in:

• microsurgery training laboratories
• plastic surgery training programmes
• medical schools and universities
• surgical skills laboratories
• teaching hospitals

Training Applications

This microsurgical simulator can be used for practising procedures including:

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

Key Features

The embedded microvessel simulator is engineered to replicate the behaviour of real vascular tissue.

Key features include:

• Multiple embedded microvessels within soft tissue
• Realistic tissue simulation for microsurgical practice
• Suitable for microscope-assisted suturing
• Compatible with microsurgical instruments
• Easy to handle and maintain
• Nontoxic materials
• Biohazard-free simulation model
• Ultrasound compatible
• Odourless reusable design

These features create a practical environment for developing advanced microsurgical techniques.

FULL Specifications

Model Type
Microsurgery training simulator

• Length
• 2.25 inches
• Width
• 2 inches
• Thickness
• 3 mm

Embedded Vessels

2 × Microvessels
• Internal Diameter (ID): 0.8 mm
• Outer Diameter (OD): 1 mm

3 × Microvessels
• Internal Diameter (ID): 1.5 mm
• Outer Diameter (OD): 2 mm

Material
Synthetic soft-tissue simulation material

Training Use
Microvascular anastomosis and microsurgical suturing training

Reusable
Yes

Ideal Training Environments

This microsurgical training model is 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 and technique.