Quorum uses gait studies, strength testing, and validation data to help guide the design, performance, and durability of our 3D printed prosthetic solutions.

Gait studies provide insight into how a prosthetic device performs during real movement. By evaluating walking patterns, weight distribution, balance, stability, and limb symmetry, our team can gather meaningful data about how a socket or prosthetic design supports the patient in motion.

This type of testing can show how a patient loads each side of the body, how smoothly they move through each step, and whether the prosthetic solution is helping support comfort, control, and confidence. These insights help guide future design improvements and provide valuable feedback on the performance of 3D printed prosthetic solutions.

For practitioners, gait study data can also support clinical decision-making by offering a clearer look at how a device performs beyond static fitting. Combined with patient feedback and clinical evaluation, gait analysis helps create a more complete picture of fit, function, and mobility.

Clinical studies help evaluate how prosthetic technologies perform in real-world and controlled clinical settings. By studying factors such as fit, mobility, balance, comfort, stability, and overall function, researchers can gather measurable data about how different socket designs and prosthetic solutions affect the patient experience.

These studies may combine objective performance measurements with patient feedback to better understand how a device performs over time and during everyday activities. The findings can help identify opportunities for design improvements, support continued product development, and provide a deeper understanding of the potential benefits and limitations of 3D printed prosthetic solutions.

For practitioners, clinical research provides another source of information to consider alongside professional judgment and individual patient needs. By participating in and supporting research, Quorum works to build a stronger evidence base around prosthetic design, adjustability, manufacturing methods, and patient mobility.

Strength testing measures the durability, load capacity, and structural performance of our 3D printed prosthetic solutions. By testing sockets, components, materials, and design features under controlled conditions, our team can better understand how each solution responds to force, pressure, and repeated use.

This process may include testing for load tolerance, impact resistance, flexibility, fatigue, and overall material performance. These results help guide design improvements, material selection, lattice structures, wall thickness, and reinforcement areas so each device is built with safety, function, and long-term use in mind.

For practitioners, strength testing provides valuable insight into how 3D printed prosthetic solutions are evaluated before they reach patients. Combined with clinical feedback, gait studies, and real-world use data, strength testing helps Quorum continue improving the performance and reliability of custom prosthetic designs.