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Inner socket system used with Harmony vacuum volume management system to enhance lower limb prosthesis fit and control.

 
Requires a vacuum socket system such as Harmony.
 
Product features/benefits:
  • Reduces limb volume fluctuations and improves moisture control by maintaining a constant, more uniform pressure as part of Harmony active vacuum system.
  • Active vacuum improves control of prosthesis through all phases of ambulation in both weight-bearing and non weight bearing activities
  • Enhanced proprioception and spatial awareness for improved balance and stability
  • EMS allows lower rigid socket trim lines for increased range of motion
  • Reduced wear on sleeve due to soft inner socket material and lower rigid socket
  • The flexible supracondylar design and corrugated inner surface improves the coefficient of friction 400% to enhance control and connection to the prosthesis.

 
Indications:
Short limbs 
Afibula limbs 
Insufficient surface area 
Adherent scars 
Cylindrical shaped limbs 
Neuromas 
Tapered limbs 
Bone scarring 
Excessive redundant tissue 
Uneven terrain mobility

EMS Multi-Surface Flexible Inner Socket

Item #: 6S400
Inner socket system used with Harmony vacuum volume management system

Suggested HCPCS Coding: L5645 or L5651 or L5653
Learn more at Reimbursement Services
Product Details

Inner socket system used with Harmony vacuum volume management system to enhance lower limb prosthesis fit and control.

 
Requires a vacuum socket system such as Harmony.
 
Product features/benefits:
  • Reduces limb volume fluctuations and improves moisture control by maintaining a constant, more uniform pressure as part of Harmony active vacuum system.
  • Active vacuum improves control of prosthesis through all phases of ambulation in both weight-bearing and non weight bearing activities
  • Enhanced proprioception and spatial awareness for improved balance and stability
  • EMS allows lower rigid socket trim lines for increased range of motion
  • Reduced wear on sleeve due to soft inner socket material and lower rigid socket
  • The flexible supracondylar design and corrugated inner surface improves the coefficient of friction 400% to enhance control and connection to the prosthesis.

 
Indications:
Short limbs 
Afibula limbs 
Insufficient surface area 
Adherent scars 
Cylindrical shaped limbs 
Neuromas 
Tapered limbs 
Bone scarring 
Excessive redundant tissue 
Uneven terrain mobility
Documents

Fabrication Order Form for EMS Multi-Surface Inner Socket

Order Form: (EN)

Published Date: April 1, 2015