AME spurs new innovation with the advent of self-powering 3D printed electronic motors
FLYING HIGH WITH 3D PRINTED ELECTRONICS
Micro drones, small unmanned aerial vehicles equipped with advanced technology, have seen significant advancements in recent years. These compact drones offer numerous advantages that make them highly valuable across various industries.
A groundbreaking innovation in the field of micro drones is the development of self-powering 3D printed electronic motors. These motors enable continuous operation without the need for frequent recharging or battery replacement. Utilizing advanced materials and energy-harvesting technologies, these motors create a sustainable power source that significantly increases operational time and reduces downtime. The customization capabilities of 3D printing allow for rapid prototyping and the creation of specialized drone components tailored to specific industrial applications.
Ultimately, the advent of self-powering 3D printed electronic motors could spur new innovations, making micro drones even more integral to industry activities and pushing the boundaries of what these small but mighty machines can achieve.
Watch our webinar with Dr. Rafael Del Ray, who will go over the various components into developing the motor and the process used in additively manufacturing electronics.
Watch our webinar recording to learn more!
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