Second biomechanical study of a tri-compartment offloader - Spring Loaded Technology

By using a biomechanical model of the knee, this study demonstrated a tri-compartment offloader brace (TCO) can reduce a number of contact and ligament forces across the knee during a deep knee bend. The results replicate and extend the findings of Budarick et al. 2020, which demonstrated that a TCO can reduce knee joint loading.

PDF) Computational Control Strategy for Reducing Medial Compartment Load in Knee Bracing with Embedded Actuator

Spring Loaded Technology

THE LEVITATION TRI-COMPARTMENT UNLOADER: A NEW CONSERVATIVE CARE OPTION FOR HEALTHCARE PROFESSIONALS. - Spring Loaded Technology

Actuators, Free Full-Text

PDF) Biomechanical Study of a Tricompartmental Unloader Brace for Patellofemoral or Multicompartment Knee Osteoarthritis

Functions and Effectiveness of Unloader, Patellofemoral, and Knee Sleeve Orthoses: A Review

PDF) Biomechanical walking mechanisms underlying the metabolic reduction caused by an autonomous exoskeleton

Third biomechanical study of a novel tri-compartment offloader knee brace - Spring Loaded Technology

Mitch George on LinkedIn: What a great way to start the week! A

THE LEVITATION TRI-COMPARTMENT UNLOADER: A NEW CONSERVATIVE CARE OPTION FOR HEALTHCARE PROFESSIONALS. - Spring Loaded Technology

The Best Unloader Knee Braces for Osteoarthritis - The Bracing Experts

Workflow assessing the effect of gait alterations on stresses in the medial tibial cartilage - combined musculoskeletal modelling and finite element analysis

Knee Joint Biomechanics in Physiological Conditions and How

Force analysis of human-exoskeleton interaction to optimize attachment