Fin straight stem SPO




Fin_straight_stem_SPO125°_LFin straight stem SPO 125°

Material: TiAl7Nb
Coating: rough up to resection plane
Taper: 12/14
Implantation: cementless
Sizes: 5 – 20 mm
CCD-angle: 125° /135°/145°








fin_straight_stem_SPO_135°_LFin straight stem SPO 135°

Material: TiAl7Nb
Coating: rough up to resection plane
Taper: 12/14
Implantation: cementless
Sizes: 5 – 20 mm
CCD-angle: 125°/135° /145°







fin_straight_stem_SPO_145°_LFin straight stem SPO 145°

Material: TiAl7Nb
Coating: rough up to resection plane
Taper: 12/14
Implantation: cementless
Sizes: 5 – 20 mm
CCD-angle: 125°/135°/145°







 

Proven anchoring philosophy

The Fin straight stem SPO based on the successful anchoring philosophies in cementless and total hip arthroplasty.

This is one of the most frequently implanted cementless prostheses models worldwide and can look back on documented life of over 20 years.

With the years and an established size spectrum and the option of three different CCD-angles we demand evidence of the prosthesis to achieve an anatomical reconstruction of the natural hip joint, which fulfills very good.
There is a slightly different design under the name
“fin straight stem STD.” The outer geometry is substantially identical.




Fin_straight_stem_SPO125°_LFin straight stem SPO 125°

Material: TiAl7Nb
Coating: rough up to resection plane
Taper: 12/14
Implantation: cementless
Sizes: 5 – 20 mm
CCD-angle: 125° /135°/145°








fin_straight_stem_SPO_135°_LFin straight stem SPO 135°

Material: TiAl7Nb
Coating: rough up to resection plane
Taper: 12/14
Implantation: cementless
Sizes: 5 – 20 mm
CCD-angle: 125°/135° /145°







fin_straight_stem_SPO_145°_LFin straight stem SPO 145°

Material: TiAl7Nb
Coating: rough up to resection plane
Taper: 12/14
Implantation: cementless
Sizes: 5 – 20 mm
CCD-angle: 125°/135°/145°







Proven anchoring philosophy

The Fin straight stem SPO based on the successful anchoring philosophies in cementless and total hip arthroplasty.

This is one of the most frequently implanted cementless prostheses models worldwide and can look back on documented life of over 20 years.

With the years and an established size spectrum and the option of three different CCD-angles we demand evidence of the prosthesis to achieve an anatomical reconstruction of the natural hip joint, which fulfills very good.
There is a slightly different design under the name
“fin straight stem STD.” The outer geometry is substantially identical.




Fin_straight_stem_SPO125°_LFin straight stem SPO 125°

Material: TiAl7Nb
Coating: rough up to resection plane
Taper: 12/14
Implantation: cementless
Sizes: 5 – 20 mm
CCD-angle: 125° /135°/145°








fin_straight_stem_SPO_135°_LFin straight stem SPO 135°

Material: TiAl7Nb
Coating: rough up to resection plane
Taper: 12/14
Implantation: cementless
Sizes: 5 – 20 mm
CCD-angle: 125°/135° /145°







fin_straight_stem_SPO_145°_LFin straight stem SPO 145°

Material: TiAl7Nb
Coating: rough up to resection plane
Taper: 12/14
Implantation: cementless
Sizes: 5 – 20 mm
CCD-angle: 125°/135°/145°







Proven anchoring philosophy

The Fin straight stem SPO based on the successful anchoring philosophies in cementless and total hip arthroplasty.

This is one of the most frequently implanted cementless prostheses models worldwide and can look back on documented life of over 20 years.

With the years and an established size spectrum and the option of three different CCD-angles we demand evidence of the prosthesis to achieve an anatomical reconstruction of the natural hip joint, which fulfills very good.
There is a slightly different design under the name
“fin straight stem STD.” The outer geometry is substantially identical.




Fin_straight_stem_SPO125°_LFin straight stem SPO 125°

Material: TiAl7Nb
Coating: rough up to resection plane
Taper: 12/14
Implantation: cementless
Sizes: 5 – 20 mm
CCD-angle: 125° /135°/145°








fin_straight_stem_SPO_135°_LFin straight stem SPO 135°

Material: TiAl7Nb
Coating: rough up to resection plane
Taper: 12/14
Implantation: cementless
Sizes: 5 – 20 mm
CCD-angle: 125°/135° /145°







fin_straight_stem_SPO_145°_LFin straight stem SPO 145°

Material: TiAl7Nb
Coating: rough up to resection plane
Taper: 12/14
Implantation: cementless
Sizes: 5 – 20 mm
CCD-angle: 125°/135°/145°







Proven anchoring philosophy

The Fin straight stem SPO based on the successful anchoring philosophies in cementless and total hip arthroplasty.

This is one of the most frequently implanted cementless prostheses models worldwide and can look back on documented life of over 20 years.

With the years and an established size spectrum and the option of three different CCD-angles we demand evidence of the prosthesis to achieve an anatomical reconstruction of the natural hip joint, which fulfills very good.
There is a slightly different design under the name
“fin straight stem STD.” The outer geometry is substantially identical.




Fin_straight_stem_SPO125°_LFin straight stem SPO 125°

Material: TiAl7Nb
Coating: rough up to resection plane
Taper: 12/14
Implantation: cementless
Sizes: 5 – 20 mm
CCD-angle: 125° /135°/145°








fin_straight_stem_SPO_135°_LFin straight stem SPO 135°

Material: TiAl7Nb
Coating: rough up to resection plane
Taper: 12/14
Implantation: cementless
Sizes: 5 – 20 mm
CCD-angle: 125°/135° /145°







fin_straight_stem_SPO_145°_LFin straight stem SPO 145°

Material: TiAl7Nb
Coating: rough up to resection plane
Taper: 12/14
Implantation: cementless
Sizes: 5 – 20 mm
CCD-angle: 125°/135°/145°







Proven anchoring philosophy

The Fin straight stem SPO based on the successful anchoring philosophies in cementless and total hip arthroplasty.

This is one of the most frequently implanted cementless prostheses models worldwide and can look back on documented life of over 20 years.

With the years and an established size spectrum and the option of three different CCD-angles we demand evidence of the prosthesis to achieve an anatomical reconstruction of the natural hip joint, which fulfills very good.
There is a slightly different design under the name
“fin straight stem STD.” The outer geometry is substantially identical.