Client
AiM Medical Robotics
Practice Areas
Challenge
AiM Medical Robotics required a portable robotic system to perform neurosurgery simultaneous with magnetic resonance imaging (MRI). MRI relies on incredibly strong magnetic fields to produce detailed images of the inside of the human body. These strong magnetic fields prohibit the use of ferromagnetic materials that are found in typical robotic hardware. Furthermore, MRI systems feature a small bore around the patient table which severely restricts the form factor of potential robots. Triple Ring overcame these hurdles by employing first-principles thinking and creative engineering.
Outcomes
The partnership led to an innovative prototype design with 4 degrees of freedom that served as the basis of AiM Medical Robotics’ industry-first robotics platform.
Triple Ring Value Proposition
Challenge
AiM Medical Robotics required a portable robotic system to perform neurosurgery simultaneous with magnetic resonance imaging (MRI). MRI relies on incredibly strong magnetic fields to produce detailed images of the inside of the human body. These strong magnetic fields prohibit the use of ferromagnetic materials that are found in typical robotic hardware. Furthermore, MRI systems feature a small bore around the patient table which severely restricts the form factor of potential robots. Triple Ring overcame these hurdles by employing first-principles thinking and creative engineering.
Outcomes
The partnership led to an innovative prototype design with 4 degrees of freedom that served as the basis of AiM Medical Robotics’ industry-first robotics platform.
Triple Ring Value Proposition
Client
AiM Medical Robotics
Practice Areas
Background
AiM Medical Robotics chose to work with Triple Ring due to our deep scientific knowledge of the principles of MRI, our extensive experience engineering complex robotics, and our ability to develop creative solutions to complicated, constrained problems. Because of this, Triple Ring was able to deliver a design for AiM Medical Robotics that met the stringent requirements of MRI-compatibility.