Our simulation experts have handled numerous projects in the field of life sciences from advanced biotech industries to sophisticated biomedical implants, and patient care. With that comprehensive knowledge of implant-tissue interface behavior, advanced material modeling, flow and contact analysis inside the human body and the effects of electromagnetic fields on human organs, we offer modeling solutions for patient-specific design, stability analysis and service-life estimation for biomedical devices.

FEA
  • Stents: Cardiovascular, bile ducts, urinary tracts, etc.
  • Orthopedic implants: Hip, knee, shoulder, elbow with materials ranging from commonly used stainless steel to Ultra-High Molecular Weight Polyethylene (UHMWPE), Total Knee Replacement (TKR), implant constraint, wear simulations
  • Tissue: Porous, permeable, soft and hard tissue behavior
  • Drug delivery and surgical equipment: Complex and minimal invasive procedures (Endoscopic surgery), Syringe (needle-soft tissue interactions)
  • Pharmaceuticals: Powder (modeled as granular material) compaction used in tableting process using MD and DEM simulations
, Life Sciences, VIAS3D
, Life Sciences, VIAS3D
, Life Sciences, VIAS3D
, Life Sciences, VIAS3D
CFD
  • Blood flows: Pulsatile flows in Aorta, Blood flow in Arterio-Venous Fistulae systems, blood flow through cardiovascular medical device, Hemodynamics
  • Sniff & Sneeze, Cough: Flow dynamics of nasal-cavity flow, and flow of expelled mucus
  • Heart-Valve: Flow and performance analysis
  • Aneurysms: Blood flow inside aneurysm
  • Drug Delivery: Inhaler design, arrhythmias, cardiac simulator
  • Medical Equipment Design: Incubator design, blood pump design
  • Disease Diagnostics: Breathing difficulties, sleep apnea
  • Pharmaceuticals: Tablet coating process, bulk drug mixers, sparged bio-reactor
EMAG
  • Human Simulation Models: Cole-Cole model fitting, Bioheat calculation
  • Medical Imaging: MRI, gradient, main and RF coils, quenching, external shielding, bioheat, SAR, visualization of EM fields inside the human body
  • Treatment: Thermal ablation, treatment planning, hyperthermia, active implants EMI simulations
  • Smart Health: Connected medical devices, remote patient monitoring, body sensors, wearable antennas, pacemaker
, Life Sciences, VIAS3D
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