EPORE - implantcast
Zum Inhalt springen

 Search Download

EPORE®

EPORE®

EPORE® is an additively manufactured, highly porous structure based on a titanium alloy (TiAl6V4). This material is particularly suitable for implant components because it is biologically inert and ductile, and has high corrosion resistance and fatigue strength.
EPORE® was developed to create a high porosity with a low modulus of elasticity. It is very similar to the structure of bone and thus promotes the ingrowth of the implant into the bone.

GenuX with EPORE®
metaphyseal components
EPORE® metaphyseal
components femoral
EPORE® metaphyseal 
components femoral
EPORE® MB metaphyseal 
components tibial
EPORE® MB metaphyseal
components with spacer
tibial
EPORE® FB metaphyseal 
components tibial

EPORE® metaphyseal components 

EPORE® metaphyseal components are indicated for the treatment of central bone defects in the metaphysis and provide a reliable foundation for both the rotational and axial stability of the knee endoprosthesis. The stepped design results in a vertically directed force transmission and consequently leads to compressive loading of the bone. Due to the mechanical connection of the components, EPORE® metaphyseal components can be used in both cemented and cementless implantations. They are compatible with the ACS® SC system and the MUTARS® GenuX® MK system and are also available with integrated tibial spacer. Furthermore, freely adjustable offset adapters and stems ensure a comprehensive modularity.

By implementing the concept of zonal fixation, they provide a reliable foundation for knee endoprostheses and enable the restoration of the natural joint line.1) EPORE® defect fillers show excellent osseointegration and demonstrate impressive short-term clinical outcomes.2)

1) Morgan-Jones R, Oussedik SIS, Graichen H, Haddad FS. Zonal fixation in revision total knee arthroplasty. Bone Joint J. 2015;97-B(2):147-149.
2) Thomas England, Joseph Pagkalos, Lee Jeys, Rajesh Botchu, Richard Carey Smith. Additive manufacturing of porous titanium metaphyseal components: Early osseointegration and implant stability in revision knee arthroplasty,Journal of Clinical Orthopaedics and Trauma, Volume 15: 60-64 (2021)

  • central bone defects in the metaphysis in the distal femur or proximal tibia
     
  • Axial guided preparation
  • Anatomically shaped
  • symmetrical tibial design (with or without integrated spacer)
  • asymmetrical femoral funnel design
  • EPORE®; TiAl6V4
     
  • 4 tibial sizes (height: 30 mm)
  • 4 femoral sizes (height: 30 mm)
  • symmetrical tibial version without spacer
  • symmetrical tibial version incl. spacer (5mm and 10mm)
  • asymmetrical femoral version
     
Compatible with:
  • cemented and cementless ACS® SC components
  • cemented and cementless MUTARS® GenuX® MK components
  • Spacer: femoral (posterior and distal, each in 5 mm and 10 mm), tibial (5 mm and 10 mm)
  • Offset adapter (femoral: 0 mm, 2 mm, 4 mm, 6 mm; tibial: 0 mm, 2 mm, 4 mm, 6 mm)
  • cemented and cementless stems
  • CE Marking

click here for the EPORE® defect fillers knee flyer

ACS® SC MB with EPORE®
cortical cones
EPORE® cortical cones
tibial
EPORE® cortical cones
tibial
EPORE® cortical cones
tibial
EPORE® cortical cones
femoral
EPORE® cortical cones 
femoral

EPORE® Cones cortical 

EPORE® cones cortical serve as augmentations to fill metaphyseal bone defects with accompanying cortical damage and create a stable support surface for the implantation of a knee endoprosthesis. They are compatible with the ACS® SC system and the MUTARS® GenuX® MK system and can be combined with spacers. Furthermore, comprehensive modularity is ensured by offset adapters with 360° rotational freedom and various stems.

By implementing the concept of zonal fixation, they provide a solid support surface for knee endoprostheses and enable the restoration of the natural joint line.1) EPORE® defect fillers also demonstrate excellent osseointegration and show promising short-term clinical results.2)

1) Morgan-Jones R, Oussedik SIS, Graichen H, Haddad FS. Zonal fixation in revision total knee arthroplasty. Bone Joint J. 2015;97-B(2):147-149.
2) Thomas England, Joseph Pagkalos, Lee Jeys, Rajesh Botchu, Richard Carey Smith. Additive manufacturing of porous titanium metaphyseal components: Early osseointegration and implant stability in revision knee arthroplasty,Journal of Clinical Orthopaedics and Trauma, Volume 15: 60-64 (2021)

  • Central and decentralized metaphysical bone defects with accompanying cortical defect in the distal femur or proximal tibia
  • Defective guided preparation (independent alignment of cone to knee endoprosthesis)
  • Anatomically shaped
  • Symmetrical tibial and femoral design
  • Asymmetrical tibial design
  • 4 tibial sizes (height: 20 and 30 mm)

  • 4 femoral sizes (height: 30, 40, and 50 mm)

     

  • symmetrical and asymmetrical tibial version
  • symmetrical femoral version
Compatible with:
  • cemented ACS® SC components
  • cemented MUTARS® GenuX® MK components
  • Spacer: femoral (posterior and distal, each in 5 mm and 10 mm), tibial (5 mm and 10 mm)
  • Offset adapter (femoral: 0 mm, 2 mm, 4 mm, 6 mm; tibial: 0 mm, 2 mm, 4 mm, 6 mm)
  • Cemented and cementless stems
  • CE Marking

click here for the EPORE® defect fillers knee fyler

MUTARS® KRI with EPORE® 
metaphyseal cones
EPORE® metaphyseal 
cones femoral
EPORE® metaphyseal 
cones tibial
EPORE® metaphyseal 
cones KRI

EPORE® Cones metaphyseal

EPORE® metaphyseal cones serve as augmentations to fill smaller central defects in the metaphyseal region without cortical damage and create a stable support surface for the implantation of a knee endoprosthesis. They are compatible with the ACS® SC system and the MUTARS® GenuX® MK and KRI system and can also be combined with spacers. Furthermore, freely adjustable offset adapters and stems ensure a comprehensive modularity.

By implementing the concept of zonal fixation, they provide a solid support surface for knee endoprostheses and enable the restoration of the natural joint line.1) EPORE® defect fillers also demonstrate excellent osseointegration and deliver impressive short-term clinical results.2)

1) Morgan-Jones R, Oussedik SIS, Graichen H, Haddad FS. Zonal fixation in revision total knee arthroplasty. Bone Joint J. 2015;97-B(2):147-149.
2) Thomas England, Joseph Pagkalos, Lee Jeys, Rajesh Botchu, Richard Carey Smith. Additive manufacturing of porous titanium metaphyseal components: Early osseointegration and implant stability in revision knee arthroplasty,Journal of Clinical Orthopaedics and Trauma, Volume 15: 60-64 (2021)

  • smaller central defects in the metaphyseal region without cortical damage in the distal femur or proximal tibia
     
  • Defective guided preparation (independent alignment of cone to knee endoprosthesis)
  • Anatomically shaped
  • symmetrical tibial and femoral design
  • asymmetrical femoral design
  • 4 tibial sizes (height: 29 mm)

  • 4 femoral sizes (height: 30 mm)

     

  • symmetrical tibial version and femoral version
  • asymmetrical femoral version
     
Compatible with:
  • cemented ACS® SC components
  • cemented MUTARS® GenuX® MK components and KRI

- Spacer: femoral (posterior and distal, each in 5 mm and 10 mm), tibial (5 mm and 10 mm)
- Offset adapter (femoral: 0 mm, 2 mm, 4 mm, 6 mm; tibial: 0 mm, 2 mm, 4 mm, 6 mm)
- Cemented and cementless Stems

  • CE Marking

click here for the EPORE® defect fillers knee fyler

back to anatomical overview