Complete, Convertible, Innovative
Building on its success in the hip, knee and spine product areas, Medacta International is expanding into the shoulder arthroplasty market.
“In 2012, a global group of expert surgeons from Europe, Australia, and the United States came together to develop a world-class shoulder system from the ground up, utilizing their decades of focused shoulder experience and research."
Short, standard and long stem
Size range: 11 sizes for each option
Fixation:
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Size range: 6 sizes
Fixation: Cementless
Size range:
Cementless (Ti-Plasma spray + HA) and cemented options
Medial and lateral suture holes for reattachment of tuberosities
Removable, to provide adequate space for conversion to reverse
Adjustable head eccentricity (0 ÷ 5 mm)
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Size range: 10 sizes
Material: CoCrMo - ISO 5832-12 (ASTM F1537)
SensiTiN option
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Size range: 10 sizes
Material: Highly cross-linked polyethylene
Short, standard and long stem
Size range: 11 sizes for each option
Fixation:
Standard and eccentric humeral metaphysis
Size range:
Material: Ti6Al4V - ISO 5832-3
Semi-inlay design
Suture sleeves for reattachment of tuberosities
Three height options: +0 / +3 / +6 mm
Inclination options: 145° and 155°
Material: Highly cross-linked polyethylene
Size range:
Material: Ti6Al4V - ISO 5832-3 (ASTM F136) with HA
Size range:
Material: Ti6Al4V - ISO 5832-3 (ASTM F136) with Mectagrip
Size range:
Material: Ti6Al7Nb (ISO 5832-11), coated with Mectagrip and HA
Optional central screw can be inserted after baseplate impaction
Four length options: 15, 20, 25 and 30mm
The central screw can be inserted after the baseplate impaction
Standard glenosphere and lateralized glenosphere
Size range:
Embedded inferior offset: 2mm
Material: CoCrMo (ISO 5832-12)
SensiTiN option
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Size range: 10 sizes
± 15° of angulation
Material:
Size range: 10 sizes
± 15° of angulation
Material: Ti6Al4V - ISO 5832-3 (ASTM F136) + Type II anodization
The humeral diaphysis has a self-centering and self-orienting shape. The calcar design has been optimize, through extensive trialing using 3D imaging and cadaver analysis, and delivers enhanced primary stability. Achieving a precise fit between stem and humeral canal is made possible with the extensive size range available with this system.
With an innovative design of the liner, the surgeon has the opportunity to adapt the system to the patient's conditions by potentially increasing joint ROM (145° humeral inclination) and maximizing joint stability (155° humeral inclination). The glenosphere has a lateral offset (4 mm) and also an inferior offset (2 mm) to reduce the risk of scapular notching. The complete hemispherical design delivers stability through full ROM.
The Medacta Shoulder System provides 3 anatomical metaphysis inclination options (128° / 135° / 142°) to match the pre-operative humeral inclination. Moreover, the double eccenter technology allows for an adjustable offset of up to 5mm for every size of the humeral head, guaranteeing the perfect ability to match and reproduce the native head-stem offset.
In case of revision, the humeral diaphysis remains in place and is used to receive the reverse metaphysis and the reverse liner. This is a less invasive revision surgery option but continues to deliver satisfactory stability of the prosthesis.
MyShoulder is a patient-specific instrumentation, allowing the surgeon to realize his pre-operative 3D planning, based on CT images of the patient’s shoulder. The pre-operative 3D planning allows to manufacture an humeral resection guide and a glenoid positioning guide.
This innovative concept combines different features giving potential benefits to both the surgeon and to the patient.
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NextAR Shoulder is a personalized, proprietary, and sustainable Augmented Reality surgical application for total shoulder replacement. NextAR Shoulder is an advanced solution that leverages patient-specific, real-time information to complement operative workflow. Through specialized smart tools, a software application, a compact single-use tracking system, and augmented reality glasses, the application delivers actionable insights within the surgeon’s operative field.
