Truliant® Porous Knee

The Rest Is In Your Hands.

Truliant® Porous Knee

The Rest Is In Your Hands.

Truliant® Porous Knee

Truliant® Porous Knee leverages today’s advanced manufacturing to reduce micromotion and aid potential bony in-growth.

The porous structure integrated into the system’s implant design is designed to provide a durable bonding surface for long-term interface strength. A union of Exactech’s Knee implant design principles and advanced technology, Truliant Porous Knee is designed to help surgeons achieve reproducible results in a streamlined procedure.1

Truliant® Porous Knee

Truliant® Porous Knee leverages today’s advanced manufacturing to reduce micromotion and aid potential bony in-growth.

The porous structure integrated into the system’s implant design is designed to provide a durable bonding surface for long-term interface strength. A union of Exactech’s Knee implant design principles and advanced technology, Truliant Porous Knee is designed to help surgeons achieve reproducible results in a streamlined procedure.1

Strength

Strong surface characteristics of the porous crushed bead coating with demonstrated stable initial fixation1

Anatomically designed femoral implant with a contoured profile

Exactech Truliant Porous Knee leverages today’s advanced manufacturing to reduce micromotion and aid potential bony in-growth.

click images to enlarge

Strength

Strong surface characteristics of the porous crushed bead coating with demonstrated stable initial fixation1

Anatomically designed femoral implant with a contoured profile

Exactech Truliant Porous Knee leverages today’s advanced manufacturing to reduce micromotion and aid potential bony in-growth.

click images to enlarge

Stability

Unique design through additive manufacturing was developed to mimic the trabecular nature of cancellous bone with optimal pore size and porosity characteristics.

Pegs allow for stable initial fixation; channeled keel is designed with flutes to increase bony-implant engagement for increased stability and resistance to micromotion.

Additional bone screw fixation options for further intra-operative stability

Watch Video Showing Additive manufacturing

Stability

Unique design through additive manufacturing was developed to mimic the trabecular nature of cancellous bone with optimal pore size and porosity characteristics.

Pegs allow for stable initial fixation; channeled keel is designed with flutes to increase bony-implant engagement for increased stability and resistance to micromotion.

Additional bone screw fixation options for further intra-operative stability

Watch Video Showing Additive manufacturing

Efficiency

Femoral preparation and implantation are compatible with Truliant instruments with no required workflow or instrument changes.

Tibial instrumentation for peg preparation, trialing and optional screw fixation are designed for improved ergonomics and efficiency.

click images to enlarge

Efficiency

Femoral preparation and implantation are compatible with Truliant instruments with no required workflow or instrument changes.

Tibial instrumentation for peg preparation, trialing and optional screw fixation are designed for improved ergonomics and efficiency.

click images to enlarge

References
References
  1. Data on file at Exactech.

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