Medical
The medical industry is advancing by utilizing robot solutions to rehabilitate & heal patients faster & in a less invasive manner.
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The medical industry is advancing by utilizing robot solutions to rehabilitate & heal patients faster & in a less invasive manner.
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Exoskeletons are a revolutionary tool for rehabilitation for patients with different type of injuries. Exoskeletons assemblies require components that meet stringent requirements. These components need to be lightweight & compact to maximize utility, efficient to extend battery life & reduce temperature development, & all motion-enabling components need to exhibit smooth & linear behavior to follow the natural movements of the body.
Alva’s FiberPrinted™ motors are perfectly suited for exoskeleton applications. They are top of the line in terms of torque-density, enabling a substantial reduction in the overall weight of an exoskeleton without compromising lifting capacity. The high efficiency of these motors ensures minimal heat development even in the most strenuous situations, providing a high level of comfort for the user at all times. Additionally, FiberPrinted™ motors deliver these performance advantages without any cogging, allowing the exoskeleton to seamlessly integrate with the natural movements of the human body.
Surgical robots represent the pinnacle of precision technology today. They enable minimally invasive surgeries, which in turn reduce trauma & pain, & lead to shorter hospital stays & quicker recovery times for patients. Surgical robots require motors with outstanding precision in combination of strength & compactness.
Alva's cogging-free motors enable surgeons to perceive even the most minuscule movements & forces, providing an unprecedented sense of control during operations. Alva's slotless motors combine high efficiency & high torque in a compact package, enabling robot manufacturers to create even more compact solutions with minimal heat development.
