ENT
Easy OR preparation with the PHACON Method
Here at PHACON, we base our Artificial Surgical Patients on real Medical Image Data (CT, MR, DVT). Handcrafted from different materials down to the smallest detail. The PHACON Artificial Surgical Patients are individual 3D models based on real-life data including a wide variety of human tissue characteristics (bone, cartilage, muscle, skin and nerves), designed to simulate a wide range of surgeries with interchangeable and compatible PHACON Artificial Surgical Patients of different anatomies. The PHACON Artificial Surgical Patients are also equipped with various trackers that enable precise navigation of surgical instruments to detect injuries. Just like in the OR.
News
PHACON visits the "Interconnected" Podcast
We had the pleasure of talking with Jourdan Saunders, a speech-language pathologist, about our Throat and Sinus models in the “Interconnected with Jourdan” podcast. Jourdan talked to our very own PHACON US representative Brandon Gehrmann about the advantages of having 3D-printed models of anatomically correct patients for medical students that want to practice surgical interventions on human structures. To hear more about Jourdan and Brandon’s conversation on PHACON, listen to “Interconnected with Jourdan” on Spotify or on YouTube.
Trending Products
Trainingssystem
[S-00080] PHACON Lumbar Spine Trainer “Schumann” – prone and lateral
11.700,00 € (excl. taxes)
Trainingssystem
[SP-ee-h] PHACON Spine Patient “Otto” – lumbar spine silicone holder – prone
300,00 € (excl. taxes)
Trainingssystem
[S-00072] PHACON Cervical Spine Assistent “Schubert” – complete
2.400,00 € (excl. taxes)
PHACON is solar-powered
Our company is committed to reducing carbon emissions in our production processes by implementing solar energy. The PHACON Headquarters and Production Center is equipped with a photovoltaic power station. By adopting clean energy technologies, we drastically reduce our reliance on non-renewable energy sources. Thanks to the dimension of our power station, there is enough energy left to feed back into the grid.