Medical

Medical

Biomedical Engineering is driving medical science to a new paradigm. This has helped doctors to provide a more precise and accurate solutions to many diseases. Integrating simulation in product development process will help bio-medical engineering companies to launch new products in a short duration.

KAIZENAT's Solution is used for many types of medical related simulations:

  • Structural analysis
  • Durability and fatigue
  • Fluid structures interaction
  • Advanced nonlinear materials
  • Tissue modelling (Heart & lungs)
  • Joints Modelling and Implementation (Arthoscopy)
  • Motion-structures interaction
  • Mechanism simulations
  • System level performance and optimization
  • Drop testing and packaging analysis
  • Simulation Data & Process Management
  • Manufacturing simulation
  • Biocompatible materials analysis
  • Methods & best practices
  • Nonlinear and contact modeling
  • Stress & strain analysis
  • Design optimization
  • Noise and vibration
  • Motion and systems analysis
  • Thermal & heat transfer analysis
  • Acoustic analysis
  • Multi-Disciplinary analysis
  • Materials modeling (viscoelastic, shape memory, more)

Biomedical Engineers use our solution for simulating:

  • Orthopedic products
  • Medical fasteners
  • Ocular modeling
  • Soft tissue simulation
  • Packaging
  • Electronic systems
  • Virtual biomechanics
  • Knee replacement
  • Human modeling
  • Soft tissue and joint modeling
  • Hospital equipment
  • Laser bonding
  • Ablation catheters
  • Dental implants
  • Mechanical connectors
  • Prosthetics
  • Pacemakers
  • Vascular implants
  • Defibrillators
  • Heart valve replacements

Multidiscipline simulation solutions for medical device tests include:

  • Material Nonlinearity
  • Thermal Temperature Cycling and Radiation
  • Electromagnetics
  • Durability Fatigue Life
  • Motion and Biomechanics
  • Drop Test, Fluid Structure Interaction (FSI)
  • Packaging Seal Strength
  • Deformation, Contact