Bioskills NE enters into strategic partnership with Axial3D

Bioskills NE, a facility tailored to support companies interested in teaching, training, research and collaboration projects, has announced a strategic collaboration with Axial3D.

This partnership aims to introduce a suite of services that leverage cutting-edge 3D imaging and modeling technologies to redefine medical education through advanced surgical planning, groundbreaking simulations and immersive experiences. The joint project aims to empower medical device companies and hospital surgical teams to establish a higher standard of patient care.

At the heart of this partnership is the ambition to harness the transformative potential of 3D imaging and modelling to improve medical education and revolutionize surgical practices. This will be done by combining Axial3D’s expertise in converting 2D images into highly detailed 3D models with Bioskills NE’s excellence in operating a state-of-the-art surgical training center.

Alex Kouspakian, CEO of Bioskills NE, commented, “Through our collaboration with Axial3D, we are positioned to revolutionize the medical education sector by introducing innovative services that leverage the power of 3D imaging and modeling. This partnership is aligned with our mission to equip our customers with the tools necessary to establish new standards of care.”

Roger Johnston, CEO of Axial3D, expressed his commitment to the partnership, stating, “We are genuinely inspired by Bioskills NE’s mission and are delighted to partner with their esteemed team. Together, we aspire to usher in a new era of medical education and surgical practices.”

The collaboration offers novel approaches to surgical planning by utilizing advanced 3D imaging technologies that enable medical professionals to plan operations with unprecedented precision and efficiency. In addition, the partnership provides realistic and immersive simulations for medical professionals to hone their skills and improve decision-making. The integration of Axial3D’s patient-specific 3D models into the Bioskills NE curriculum not only enhances the quality of training, but also leads to improved real-world outcomes.