Kyle Koppenhoefer and Joshua Thomas of AltaSim Technologies recently shone a light on the groundbreaking application of multiphysics simulation. They described how this technology can help predict tissue heating in medical devices. Their presentation underscored the tremendous potential of this technology to address major challenges such as controlled tissue heating in medical applications. This is particularly the case in post-surgical contexts.
Such is the deep concern over artificial intelligence that experts from several fields convened at one of the world’s largest medical technology conferences. To innovations intended to improve patient experience. Application Multiphysics simulation is becoming an essential device in the medical device industry. It provides a wealth of information that can help improve the safety and effectiveness of device development. By simulating the interactions between various physical phenomena, researchers can accurately predict how tissues respond to heating during medical treatments.
Tissue heating is an important area for further research, particularly with respect to knee replacements and other invasive surgical procedures. Inadequate thermal regulation can have serious consequences, such as infections and tissue necrosis. How heat disperses through and gets absorbed by tissues is important to understand. This helps us make device designs better and protects patient safety.
Koppenhoefer and Thomas reinforced that multiphysics simulation enables the holistic consideration of all these elements. It combines physics-based modeling with real world scenarios, allowing researchers to simulate different possible results before they reach applicability in a clinical mode. This powerful capability supercharges the design process. It further improves the ability of medical devices to selectively heat tissue.
Started in 2000, AltaSim Technologies is a leader in pushing multiphysics simulation applications into the healthcare sector. Their unique backgrounds and capabilities allow them to provide solutions that fill many current gaps in the field of tissue heating research. The firm’s commitment to innovation is evident. This significant promise places them at the leading edge of this vital field, pushing innovation that brings about better surgical outcomes.