Revision systems. Catalogue - revision implants ARTHROPLASTY
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1 evision systems Catalogue revision implants ATHOPASTY
2 Material for implants Contens ist of materials MATEIA ISO DIN ASTM Stainless steel Wrought high nitrogen stainless steel Unalloyed titanium W.Nr. 1.1 F 13 Grade W.Nr F 67 Grade 1 Wrought titanium Ti6AlV alloy W.Nr F 136 TI6AIV E.I. CoCrMo casting alloy 32 F 7 Wrought CoCrMo alloy 32 UHMWPE 32 F 6 Crosslinked UHMWPE 32 F 6 Polymethylmethacrylate (PMMA) Ceramic BIOOX delta 67 2
3 Contens HIP ist of implants... 7 Femoral components... Cerclage system Acetabular components... KNEE ist of implants evision knee endoprosthesi Hinge rotation knee endoprosthesi
4 HIP KNEE Femoral components MD stem (see page ) evision SF stem (see page 9) Cemented revision stem (see page )
5 Acetabular components econstruction acetabular cage (see page ) econstruction acetabular cage type BS (see page 13) Oval revision shell type TC (see pages 1 & )
6 HIP ist of implants KNEE evision modular stem type MD The implant is tackling (through accurate and quick surgical technique) essential problems that may appear when cemented or/and cementless stems have failed and have to be replaced. Its shape concept is securing: implant stability optimal modularity in majority of the revision cases tailored assembly of implant correct neck setup optimal positioning renewal and retention of limb length superior osteointegration optimal infilling of medullary canal The implant consists of the components as follows (details see page ) : Proximal segment type A type AX Connecting screw w/safety peg is delivered as part of proximal segment Stem type K 6
7 Oval revision shell type TC The implant is intended for a vaulting of acetabular defects. Features : it exploits the shape of cementless shell (type SF) it allows the stabilization even in a defective acetabulum it allows the fixation out of defective tissue without using an excessive approach it improves the conditions for a followup reimplantation it is based on a pressfit fixation principle The implant consists of the components as follows (details see pages 1 & ): Acetabular shell type TC Insert of cementless acetabular shell type SF standard with offset Distal hook Screws cortical cancellous angular stable 7
8 HIP Femoral components KNEE Proximal segment type MD Material: Wrought titanium Ti6AlV alloy (ISO 323) Type Diameter A H Marks H Ø A 13 (for height ) A AX A 9 9 A A 9 9 A 23 A A AX 9 9 AX AX 9 9 AX 23 AX AX (for height 9) Connecting screw w/safety peg is delivered as a part of proximal segment. Cementless stem type MD Material: Wrought titanium Ti6AlV alloy (ISO 323) Type Diameter B Marks Ø B K 13 /13 K 17 /17 K 2 /2 K 13 1/13 K /17 K /2 K 13 16/13 K 17 16/17 K 2 16/2 K 13 /13 K 17 /17 K 2 /2 K 13 /13 K 17 /17 K 2 /2 K 13 22/13 K 17 22/17 K 2 22/2 K
9 Cementless revision stem type SF Material: Wrought titanium Ti6AlV alloy (ISO 323) /1 Diameter D Diameter D 1 Marks Ø D /190 /190 1/190 16/190 /190 /190 22/190 /230 /230 1/230 16/230 /230 /230 22/ Ø D 1 9
10 HIP Femoral components KNEE Cemented revision stem Material: Wrought high nitrogen stainless steel (ISO 329) Ø D /1 Diameter D
11 Cerclage band Material: Unalloyed titanium (ISO 322) ength Width Thickness 270 7, 0, 000 ider with spikes Material: Unalloyed titanium (ISO 322) ength Width Height 9,, 0 Cerclage plate Material: Wrought titanium Ti6AlV alloy (ISO 323) ength Width Thickness ,
12 HIP Acetabular components KNEE econstruction acetabular cage type II/A Material: Stainless steel (ISO 321) Ø D Diameter D Cup diameter econstruction acetabular cage type II/B Material: Stainless steel (ISO 321) Ø D Diameter D Cup diameter
13 econstruction acetabular cage type BS Material: Stainless steel (ISO 321) Ø D left () / right () Diameter D Cup diameter Cortical screw short head Material: Stainless steel (ISO 321) Diameter D Ø D, Cancellous screw short head Material: Stainless steel (ISO 321) Diameter D 6, Ø D 13
14 HIP Acetabular components KNEE Oval revision shell type TC Material: Wrought titanium Ti6AlV alloy (ISO 323) Ø D 1 Ø D Diameter D Diameter D Oval (D 1 /) Insert of cementless acetabular shelly type SF (standard) Material: Crosslinked UHMWPE (ISO 32) Ø A Diameter A Shell diameter D (as per above) Insert of cementless acetabular shelly type SF (with offset ) Material: Crosslinked UHMWPE (ISO 32) Ø A Diameter A Shell diameter D (as per above)
15 Distal hook type TC Material: Unalloyed titanium (ISO 322) Type H H S Cortical screw for cementless shell type TC Cancellous screwfor cementless shell type TC Material: Wrought titanium Ti6AlV alloy (ISO 323) Material: Wrought titanium Ti6AlV alloy (ISO 323) Ø, 3, Diameter, Ø 6, 3, Diameter 6, Angular stable screw for cementless shell type TC Material: Wrought titanium Ti6AlV alloy (ISO 323) Diameter Ø,,
16 HIP KNEE ist of implants evision knee endoprothesis type SV The revision option of knee joint replacement derived from the successful primary knee endoprosthesis, type SV. The implants is namely intended for: revision surgery when components became loosen due to larger bone losses. surgery of knee joints in cases when either a fibrous instability or an extensor deficiency with excision of posterior crucial ligament were found. some injury indications (e.g. periprothetic fractures) The implant consists of the components as follows (details see pages to 31) : Femoral component type SV Tibial component type SV Insert type SV Femoral stem with femoral fitting type SV Tibal stem type SV To be used optionally : Tibial augmentation shaped bevelled block Femoral augmentation dorsal distal 16
17 Hinge rotation knee endoprothesis type CMS The anatomically constrained knee replacement with an inner rotation. Due to its higher stability it can be applied (with an advantage) as a custommade option in younger patients. The implant is namely intended for: patients with deformation changes and deep instability of knee joint patients either with bone tumors in the knee section or with huge bone defects being of different origin. The implant consists of the components as follows (details see pages 32 to 3) : Femoral component type CMS Tibial component type CMS Insert type CMS Hanging item otating item Femoral stem type SV Tibial stem type SV 17
18 HIP KNEE evision knee endoprothesis Femoral component type SV Material: CoCrMo casting alloy (ISO 32) A B eft () / right () A transverse B anteroposterior Tibial component type SV Material: Wrought titanium Ti6AlV alloy (ISO 323) B A transverse B anteroposterior A
19 Insert type SV/SV Material: UHMWPE (ISO 32) C B A Thickness C A transverse 60 B anteroposterior
20 HIP KNEE evision knee endoprothesis Insert type SV Material: UHMWPE (ISO 32) B C A Thickness C A transverse B anteroposterior Thickness C A transverse 0 B anteroposterior
21 Cementless femoral stem type SV Material: Wrought titanium Ti6AlV alloy (ISO 323) Diameter D Ø D Femoral fitting type SV Material: Wrought titanium Ti6AlV alloy (ISO 323) I II Valgosity ( ) Note: Type I is intended just for size 2 of femoral component, while type II is intended for all other sizes of femoral component. 21
22 HIP KNEE evision knee endoprothesis Cementless tibial stem type SV Material: Wrought titanium Ti6AlV alloy (ISO 323) Diameter D eft () / right () Degree ( ) Shaped tibial augmentation type SV Ø D Material: Wrought titanium Ti6AlV alloy (ISO 323)
23 Bevelled tibial augmentation type SV Material: Wrought titanium Ti6AlV alloy (ISO 323) eft () / right () Degree ( )
24 HIP KNEE evision knee endoprothesis Block tibial augmentation type SV Material: Wrought titanium Ti6AlV alloy (ISO 323) eft () / right () Thickness
25 Dorsal femoral augmentation type SV Material: Wrought titanium Ti6AlV alloy (ISO 323) eft () / right () Thickness
26 HIP KNEE evision knee endoprothesis Distal femoral augmentation for left femoral component type SV Material: Wrought titanium Ti6AlV alloy (ISO 323) eft () / right () Thickness of distal augmentation Thickness of dorsal augmentation / / / / / / / / / / Marks /0 / / /0 / / /0 / / /0 / / /0 / / /0 / / /0 / / /0 / / /0 / / /0 / /
27 Distal femoral augmentation for right femoral component type SV Material: Wrought titanium Ti6AlV alloy (ISO 323) eft () / right () Thickness of distal augmentation Thickness of dorsal augmentation / / / / / / / / / / Marks /0 / / /0 / / /0 / / /0 / / /0 / / /0 / / /0 / / /0 / / /0 / / /0 / /
28 HIP KNEE Hinge rotation knee endoprothesis Femoral component type CMS Material: CoCrMo casting alloy (ISO 32) B A 2 3 eft () / right () A transverse B anteroposterior Cementless femoral stem type SV Material: Wrought titanium Ti6AlV alloy (ISO 323) Diameter D Ø D 2
29 Tibial component type CMS Material: Stainless steel (ISO 321) B A A transverse B anteroposterior Cementless tibial stem type CMS Material: Wrought titanium Ti6AlV alloy (ISO 323) Diameter D Ø D 29
30 HIP KNEE Hinge rotation knee endoprothesis Hanging item type CMS Material: Wrought high nitrogen stainless steel (ISO 329) A 2 3 Thickness of surface Marks (/Thickness) 2/ 2/ 2/ 3/ 3/ 3/ / / / / / / A otating item type CMS Material: Stainless steel (ISO 321) A 2 3 A
31 Insert type CMS Material: UHMWPE (ISO 32) B C A 2 3 Thickness C A transverse B anteroposterior
32 Contact Export: tel.: BEZNOSKA, s.r.o. Dělnická 2727, Kladno, Czech epublic export@beznoska.cz tel.: GSM: fax:
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