Over the years the medical industry is has been demanding more precise, smaller, less invasive and more portable medical devices. And it now seems that their wishes may have been granted with new developments in motion-based components and subsystems.
The medical device industry can make use these cutting-edge technologies to power motors, pumps, subsystems in several different ways. At the forefront of these innovations has been one of the world’s largest providers of motion motion actuators, Johnson Electric.
Motors: Speaking of which, a large number of brush and brushless, synchronous and piezo-ceramic motors can help manufacturers to overcome a variety of obstacles such as accurate positioning and motion in surgical assist medical devices, precise movement in MRI environments and silent operation of sleep apnea treatment applications.
Subassemblies/Subsystems: A range of design, rapid prototyping and manufacturing services for medical device subsystems can help companies to reduce supply chain complexity and get products to market by up to 50 percent faster. Reportedly, innovations from the manufacture house a variety of subsystems and subassemblies, including multi-axis stages for precision lens positioning in microscopes, robotic surgical assist, and long-life switch assemblies for medical applications.
Solenoids: A number of compact solenoids can enable machine and process automation functions right from the most basic on-off function to extremely complex sequencing. In fact, they are best suited to medical applications and medical tools such as medical carts, blood analyzers, medical instruments sterilizers and pharma pill dispensers.
Pumps: Pumps that are small, light and possess features viz. adjustable speed and reverse flow capabilities, are apt for use in a variety of drug delivery and variable flow applications for medical, pharmaceutical and laboratory applications.
Many manufacturers can leverage these innovative technologies and benefit from the competitive edge they acquire.