Life Sciences Services
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.
A picture of thornton and romasety logo.
A red and white logo for sword health.
A black and white logo of power vision
A logo for ennetronic medical, inc.
A blue background with white letters that say boston scientific.
A computer generated image of an animal 's bones and the human spine.
A drawing of an arm and leg in the process of being made.

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
A blue heart with the left side of it in color.
A person is skateboarding on the street.
A computer generated image of a shoe.
A picture of the same image and an object in 3 d.

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
A computer model of the human arm and hand.
A 3 d image of the inside of a room.
A blue man with many lines coming out of his head.
A computer model of the human body and its electrical activity.

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

Related Blogs