Femoral stems

... debris secondary to prosthetic impingment. · Double tapper design fits most femoral canal anatomy and preserves more bone stock for revision. · Stepped geometry of the stem surface minimize shear forces ...

CCD angle: 130 °

P130® cemented femoral stem for the replacement of the natural hip joint during first intention. Range of products: The metaphyseal profile of the stem ensures the implant’s primary ...

1. Based on the classic theory of EXETER polishing design; 2. Highly polished surface minimizes the wear between the prosthesis and cement; 3. Double cone collar-free design: Allows the prosthesis to sink slightly in the cement sheath ...

... the hydroxyapatite coating, ensures stability in the long term. 3 options are offered: - Standard Filler stem - TI Filler stem - Collar Filler stem From 8 to 20 Features Conus: 5°42'30'' ...

... cracking Tapered stem shape and implant collar provide stability against subsidence Uniform cement mantle is present over the entire length of the implant Flat hexagonal stem profile provides a high ...

Femoral stem length: 130 mm
CCD angle: 140 °

Material: Stem - Wrought high nitrogen stainless steel (ISO 5832-9) Centralizer - PMMA

CCD angle: 120 °

... Hype® range of femoral stem is a complete range of self locking stems dedicated to primary total hip arthroplasty. CHARACTERISTICS AND MATERIALS Characteristics : Homothetic size ...

Femoral stem length: 160, 95 mm

The Entrada Hip Stem integrates a wealth of clinical history—hydroxyapatite coating, compaction broaching, taper wedge geometry—and provides critical refinements—progressive neck lengths, consistent proximal body growth, ...

Femoral stem length: 200, 250 mm
CCD angle: 140 °

Based on the proven design of the Furlong® H-A.C. stem the clinically proven stem geometry provides exceptional primary mechanical stability with market-leading long term clinical success. Key Features Simple ...

CCD angle: 135 °

CINEOS® prostheses consist of femoral stems designed for the replacement of the natural hip joint during first intention or during revision surgery. 10 sizes 12/14 taper Without collar Forged Titanium ...

Femoral stem length: 6.25, 20 mm

The concept of this femoral component relies on a dose prosthesis-bone contact in both medial and lateral zones. The stem geometry shows a proximal to distal 3 degree taper providing a greater femoral ...

Femoral head diameter: 22.2 mm - 36 mm
CCD angle: 130, 122 °

... to choose between a standard stem (130° neck-shaft angle) and a lateralised stem (122° neck-shaft angle) during the preoperative planning phase or during the procedure itself. Features and materials ...

Femoral stem length: 305, 265, 225, 190 mm
Femoral stem offset: 41.5 mm
Femoral head diameter: 14 mm - 25 mm

Indicated for partial or total uncemented revision hip arthroplasty. The Vegamaxx nail follows a cylindrical and wedge-shaped profile, its fixation is carried out in the distal portion of the femur. – Anatomical design, with smooth ...

... stability of the prosthesis, anti-rotation; 3. Microporous titanium coating: Provide good pore space for bone ingrowth; 4. Short stem design: Maximize bone remain and leave bone for revision; 5. Curved distal end patented ...

Femoral stem length: 320 mm
CCD angle: 128, 135 °

... load axis choice of 4 surface finish (with and without cement) choice of 2 stem lengths in primary cementless stems: normal or -15mm (on average) revision cementless stems available ...

With a stem made out of drop forged cobalt chrome and a small cement color, this device is constructed to help patients with leg injuries and pain. Some of its indications include rheumatoid arthritis, fractures, tumors, ...

Femoral stem length: 40, 240 mm
Femoral stem offset: 37.1, 32 mm
CCD angle: 125, 135 °

... more than 20 years of clinical history, the femoral implant consists of three elements: a proximal component; a distal component; a locking screw. The SMR stem allows customized reconstructions thanks ...

The titanium alloy TARGOS™ Mini self-locking femoral stem with collar is intended for cementless implants. It controls the sinking and preserves the spongy hip bone structure. This shortened stem ...

Femoral stem length: 137, 177 mm
Femoral stem offset: 37.4, 46.9 mm
CCD angle: 132 °

... Proximally tapered stem geometry converts the shear forces to compressive load. • This helps the stem to resist subsidence and medial migration. Extensive Stress Distribution • Low elastic modulus ...

CCD angle: 135 °

... wear resistance: cementes stem is made of REX steel, cementless is of titanium. Cementless mircoporotic surface can be titanium plasma or Hydroxi-apatite as well. With the wide range of stems, resps functioning ...

... Titanium alloy •Proximal 1/2 Proven Ti-plasma spray porous coating •Patented neck shape to increase ROM •Proximally tapered stem geometry converts the shear forces to compressive load. •Wide Offset Distribution ...

Femoral stem length: 29, 40 mm
CCD angle: 130 °

Shortened straight stem Titanium + HAP bilayer coating Standard or lateralized neck

Femoral stem length: 136, 141, 146 mm

Modular Stems Muller Design Stainless Steel Sterile Codes Length mm Width mm 174M-136-S 136 11.5 174M-141-M 141 12.5 174M-146-L 146 13.5