Patent Assignment
Reel/Frame 073895/0057
Patent Security Agreement
Recorded: 2025-12-05
Received: 2025-12-05
Pages: 15
Assignor
ADVITA ORTHO, LLC
Executed: 2025-10-31
Assignee
GLAS USA LLC, AS COLLATERAL AGENT
3 SECOND STREET, SUITE 206, JERSEY CITY, NJ, 07311, UNITED STATES
Covered Properties
(62)
Adjustable Angle Surgical Reamer Driver
Application:
18/827,281 →
Acromion Fracture Repair System
Application:
18/750,848 →
Computer-Based Platform for Implant Planning During a Total Joint Arthroplasty
Application:
63/647,491 →
Mechanical Ligament Balancing Devices
Application:
18/629,683 →
Computer-Based Joint Arthroplasty System and Methods of Use Thereof
Application:
18/595,999 →
Soft Tissue Balancing in Robotic Knee Surgery
Application:
18/528,575 →
Range of Motion Evaluation in Orthopedic Surgery
Application:
18/490,422 →
Platform Rtsa Glenoid Prosthesis with Modular Attachments Capable of Improving Initial Fixation, Fracture Reconstructions, and Joint Biomechanics
Application:
18/469,366 →
Platform Fracture Fixation Implants
Application:
18/464,952 →
System and Method for Measuring Mobility Metrics of a Joint Using Magnetometer-Free Inertial Measurement Units
Application:
18/362,584 →
Mechanical Ligament Balancing Devices, Kits, and Methods
Application:
18/300,840 →
Improved Computer-Based Platform for Implementing an Intra-Operative Surgical Plan During a Total Joint Arthroplasty
Application:
18/054,653 →
Method and System for Modeling Predictive Outcomes of Arthroplasty Surgical Procedures
Application:
17/960,551 →
Humeral Trays with Tuberosity Augments Sufficiently Designed to Improve Joint Mechanics
Application:
17/850,520 →
Mechanical Ligament Balancing Devices
Application:
17/700,304 →
Mechanical Ligament Balancing Devices
Application:
17/700,327 →
Acromion Fracture Repair System
Application:
17/633,061 →
Balancing Device for Arthroplasty and Methods for Use
Application:
17/525,351 →
Actuated Positioning Device for Arthroplasty and Methods of Use
Application:
17/519,272 →
Device and Method for Acromion Replacement
Application:
17/442,970 →
Mechanical Ligament Balancing Devices
Application:
17/349,370 →
Soft Tissue Balancing in Robotic Knee Surgery
Application:
17/345,918 →
Range of Motion Evaluation in Orthopedic Surgery
Application:
17/345,947 →
Method and System for Modeling Predictive Outcomes of Arthroplasty Surgical Procedures
Application:
17/233,152 →
Shoulder Joint Implant Selection System
Application:
16/951,801 →
Measurement System For A Selection Of At Least One Prosthetic Component Of A Shoulder Joint During Surgery
Application:
16/951,771 →
Prosthetic Devices to Improve Joint Mechanics in Arthroplasty
Application:
17/039,648 →
Platform Fracture Fixation Implants
Application:
16/491,784 →
System and Method for Angle Calculations for a Plurality of Inertial Measurement Units
Application:
16/359,599 →
Drug-Eluting Spacer for Joints of the Human Body
Application:
16/332,614 →
Devices and Methods to Prevent Joint Instability Following Arthroplasty
Application:
16/324,015 →
Platform Rtsa Glenoid Prosthesis with Modular Attachments Capable of Improving Initial Fixation, Fracture Reconstructions, and Joint Biomechanics
Application:
16/320,892 →
Balancing Device for Arthroplasty and Methods for Use
Application:
16/256,823 →
Talar Implant for Modifying Joint Kinematics
Application:
15/544,774 →
Surgical Instrument
Application:
29/604,802 →
Surgical Instrument
Application:
29/604,790 →
Surgical Instrument
Application:
29/604,805 →
Surgical Instrument
Application:
29/604,798 →
Surgical Instrument
Application:
29/604,808 →
Humeral Trays with Tuberosity Augments Sufficiently Designed to Improve Joint Mechanics
Application:
15/523,181 →
Adaptable Medical Tray
Application:
15/427,702 →
Prosthesis Component with Offset Adjustability
Application:
15/125,441 →
Prosthetic Augments to Improve Muscle Mechanics
Application:
15/024,730 →
Balancing Device for Arthroplasty and Methods for Use
Application:
15/080,415 →
Actuated Positioning Device for Arthroplasty and Methods of Use
Application:
14/515,375 →
Patella Implant Systems and Patella Trials for Selecting Same
Application:
14/092,423 →
Prosthetic Devices to Improve Joint Mechanics in Arthroplasty
Application:
13/955,083 →
Reverse Shoulder Humeral Adapter Trays
Application:
13/905,599 →
Motion Inducing Reverse Shoulder Assembly
Application:
13/542,934 →
Alignment Guides for Use in Computer Assisted Orthopedic Surgery to Prepare a Bone Element for an Implant
Application:
12/879,134 →
Motion Inducing Reverse Shoulder Assembly
Application:
12/722,265 →
Reverse Shoulder Prosthesis
Application:
12/569,206 →
Systems and Methods Relating to a Knee Prosthesis Capable of Conversion from a Cruciate Retaining Type Prosthesis to a Posterior Stabilizng Type Prosthesis
Application:
12/558,238 →
Shoulder Prosthesis with Humeral Fracture Stem
Application:
12/493,475 →
Knee Prosthesis System with at Least a First Tibial Portion Element (a Tibial Insert or Tibial Trial) and a Second Tibial Portion Element (a Tibial Insert or Tibial Trial), Wherein Each of the First Tibial Portion Element and the Second Tibial Portion Element Has A
Application:
12/368,861 →
Femoral Component of Knee Prosthesis, the Femoral Component Having Anterior/Posterior Claw(S) for Digging into Bone and/or a Raised Rib with a Bulbous Terminus
Application:
12/367,268 →
Constrained Liner Locking Ring and Polyethylene Liner Congruency Feature
Application:
11/954,359 →
Reverse Shoulder Prosthesis
Application:
11/690,516 →
Mobile Bearing Knee Prosthesis
Application:
11/356,802 →
Prosthesis Including a Mechanism for Attaching a First Component to a Second Component
Application:
11/042,367 →
Shoulder Prosthesis with Humeral Fracture Stem
Application:
10/953,131 →
Mobile Bearing Knee Prosthesis
Application:
10/894,146 →