Colles' Fracture Reduction Trainer

The Colles Fracture Reduction Trainer is an ideal training tool for learners looking to gain confidence in the reduction of Colles fractures occurring at the distal end of the radius.

The portrayal of an elderly female arm coupled with a fractured distal fragment of the radius provides trainees with a platform for repeatable and consistent practice of manual Colles reduction (closed) and plastering techniques.

As is typical in a real-life emergency setting, the model allows trainees to perform visual inspections and identification before facilitating a team focused Colles' fracture reduction.

An adjustable tension mechanism allows trainers to alter the difficulty of the procedure for advanced learning.

Overview:

• Adjustable tension allows for progressive levels of difficulty
• Trainees can perform all three stages of reduction: Exaggeration (to dis-impact the fracture), Traction and Flexion
• Accommodates various plastering techniques, including back slab, circular cast, sugar-tong splint, and 3-point moulds
• Stand allows the Colles' Fracture arm to be placed at a variety of heights for different patient scenarios

Realism:

• Fractured distal fragment of radius, and head & body of the ulna bone for visual and palpable identification
• Realistic representation of a distal angulation (dinner-fork) deformity
• Life-like haptic feedback when conducting the procedure

Versatility:

• Adjustable tension makes this trainer a perfect tool for OSCE courses
• The stand allows the Colles' Fracture arm to be placed at a variety of heights for different patient scenarios   

Cleaning:

• Clean skin surface with soft, damp cloth and mild detergent

Safety:

• This product is latex free

Simulated Patient:

• This product can be used with a simulated patient

Anatomy:

• Fractured distal fragment of radius
• Head and body of the ulna

Skills gained:

• Visual inspection & identification
• Reduction of the fracture including Exaggeration (to dis-impact the fracture), Traction and Flexion
• Plastering techniques
• Teamwork and communication when reducing the fracture