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Unicompartmental knee prosthesis EMPOWR PARTIAL™
cemented

Unicompartmental knee prosthesis - EMPOWR PARTIAL™ - Enovis Surgical - cemented
Unicompartmental knee prosthesis - EMPOWR PARTIAL™ - Enovis Surgical - cemented
Unicompartmental knee prosthesis - EMPOWR PARTIAL™ - Enovis Surgical - cemented - image - 2
Unicompartmental knee prosthesis - EMPOWR PARTIAL™ - Enovis Surgical - cemented - image - 3
Unicompartmental knee prosthesis - EMPOWR PARTIAL™ - Enovis Surgical - cemented - image - 4
Unicompartmental knee prosthesis - EMPOWR PARTIAL™ - Enovis Surgical - cemented - image - 5
Unicompartmental knee prosthesis - EMPOWR PARTIAL™ - Enovis Surgical - cemented - image - 6
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Characteristics

Type
unicompartmental
Fixation
cemented
Flexion angle

Max.: 135 °

Min.: 0 °

Description

The EMPOWR Partial Knee™ is the efficiency-based solution for early stage, unicompartmental knee arthritis in today’s modern healthcare environment. The EMPOWR Partial Knee™ is designed to improve surgical efficiency through streamlined, intuitive instrumentation and surgical workflow. The EMPOWR Partial Knee™ provides patient satisfaction through the replication of natural motion and kinematics while providing an anatomical patient fit to maximize bone coverage and fixation. EFFICIENCY SINGLE TRAY — Streamlined instrumentation that has been designed to be intuitive to help reduce the learning curve, making a challenging procedure easier, more efficient and reproducible. COMPACT DESIGN — Saves valuable time and space, reducing OR set-up time, turn times and waste, aligning the EMPOWR Partial Knee™ perfectly with the outpatient and ambulatory surgery center settings. MOTION UNCONSTRAINED ARTICULATION — Natural, soft-tissue driven kinematics and universal femoral-tibial sizing compatibility. ANGLED, FLUTED FEMORAL PEGS — Positioned by size and designed to provide resistance to forces during flexion and increased surface area for optimal implant-cement bonding. EQUAL, 7MM CONDYLAR THICKNESS — Bone sparing and efficient flexion-extension gap balancing. FIT ANTHROPOMETRIC DESIGN — Anatomically shaped femoral and tibial components for comprehensive bone coverage in either medial or lateral compartments while minimizing potential for overhang. MULTIPLE TIBIAL FIXATION POINTS — Designed to provide stability against rotational forces and increased surface area for optimal implant-cement bonding.

Catalogs

*Prices are pre-tax. They exclude delivery charges and customs duties and do not include additional charges for installation or activation options. Prices are indicative only and may vary by country, with changes to the cost of raw materials and exchange rates.