Capabilities

Specialized Engineering, Simulation, and Testing Infrastructure for Orthopedic Innovation

Purpose-Built Resources for Orthopedic Device Development

Our technical infrastructure supports every phase of orthopedic product development, from digital modeling and simulation through physical testing and experimental verification and product validation. 

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Engineering and Simulation Tools

We have the tools to perform sophisticated analyses in the digital space and confirm the data generated with real-world test results. 

  • SolidWorks for precision CAD modeling and design refinement
  • ANSYS Mechanical for linear and non-linear finite element analysis (FEA)
  • CT and MRI scan conversion to generate anatomically accurate 3D models
  • Strain gage analysis to validate stress concentrations and FEA predictions
  • Micromotion measurement using six DVRTs with resolution down to 3 microns

These tools support early risk identification, performance visualization, and design refinement before committing to physical prototyping or testing.

Capabilities 6839 4616 hr

Mechanical Testing Systems

Our laboratory includes a range of servo-hydraulic and electromechanical systems capable of simulating orthopedic device performance under clinically relevant loading conditions:

  • Six axial load frames with capabilities ranging from 50N - 100kN 
  • Two axial-torsional systems with capabilities of 25kN and up to 226Nm 
  • One configurable biaxial planar testing system
  • Horizontal load range: 2.2–25 kN
  • Vertical load range: up to 25 kN
  • One 6.5 kN electromechanical system 
  • Screw testing system with torque capabilities ranging from  0.7 Nm to 68 Nm. 
Capabilities test and analysis filter and cropped1 scaled

Experimental and Cadaveric Testing Support

We offer experimental and cadaveric testing capabilities designed to simulate clinical use conditions and generate high-fidelity performance data:

  • Mechanical and biomaterials testing using calibrated servo-hydraulic and mechanical test systems
  • Cadaveric testing for construct validation, surgical access evaluation, and fixation analysis
  • Micromotion and stability assessment using high-resolution displacement sensors
  • Custom protocol development for implant and instrumentation evaluation
  • Data acquisition and MATLAB data processing 

These capabilities support clinically relevant validation and the creation of data packages suitable for regulatory submissions or scientific communication.

Capabilities cadaveric testing image

Built for Meaningful Evaluation

Orthopedic devices place unique demands on testing environments. Our capabilities are purpose-built to evaluate structural integrity, mechanical performance, and functional behavior under controlled, traceable conditions. By combining simulation, physical testing, and clinically relevant assessment, we help manufacturers generate data that answers real engineering and regulatory questions, not just test requirements.

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