In this exclusive article, Stuart Campbell, clinical sales development manager of the neurological products division at Renishaw, discusses key trends on the use of robotics in neurosurgery
The curious case of Phineas Gage is one of the earliest and most well known cases of serious brain injury. On September 13th, 1848, Gage was working as a railway foreman in Vermont when an explosion caused a three foot long iron rod to be propelled straight through his skull.
At the time, doctors thought it impossible to survive such an injury and his remarkable survival and reported personality changes affected the study of neuroscience forever. In recent years, a new technology is changing the face of neuroscience – robotics, which offers high precision access to a complex and sensitive region.
Industrial environments are rife with automation and robotic systems. The upwards trend is only increasing, with the International Federation of Robotics predicting that by 2018, 1.3 million industrial robots will be entering service in factories across the globe. Continue reading Brains trust: The impact of robotics on neurosurgery
Cambridge Consultants has been demonstrating a tiny robot which is small enough to assist in eye surgery.
The company says the “Axsis” robot heralds “the next wave of surgical robotics innovation.
Propelling surgical innovation to the next stage, product design and development firm Cambridge Consultants is showcasing Axsis – one of the smallest known robots for surgical use. With an external body the size of a drinks can and instruments only 1.8 millimetres in diameter, Axsis provides a glimpse into the future of surgical robotics. Continue reading Cambridge Consultants demonstrates tiny robot small enough to assist in eye operations
Various advanced tools and techniques have been implemented by orthopedic surgeons over the past decade to improve patient outcomes.
These tools and techniques help them in improving patient outcomes and offer comfort to patients during treatment. The orthopedic surgery robots use the 3D imaging technology and computer navigation techniques to improve ability of surgeons to place implants with precise alignment.
Many studies have shown that these techniques are safer and more effective as compared to traditional surgical techniques. Continue reading Orthopedic surgical robots to carry out joint replacement with precision