MTSC PRESENTS THE MAGNEGLIDE® MAGNETIC SUPPORT SYSTEM
Modern Transport System Corp. (MTSC) is introducing the next step in the evolution of magnetic levitation: the magnetic support technology we have developed and call "MagneGlide". It is passive, in that it requires no energy input for the levitation action, and it is inherently simple, requiring no control system. It automatically adjusts to the load applied to it. With MagneGlide, all the weight of an object is supported by magnetic forces, making it much easier to move than if it were supported with conventional wheels or rollers. For objects big and heavy, or light and small, MagneGlide offers designers a new and improved way to support moving objects.
With today's changing climate, increasing demands for energy efficiency and massive impacts to our environment it is time to incorporate clean, non polluting technology into our everyday lives. And this is what Modern Transport System Corp's MagneGlide does with its magnetic support technology.
MagneGlide is ahead of its time with a highly advanced yet simple approach to support things that move, such as sliding doors, windows, gates and wall panels. MagneGlide technology consumes zero energy: It incorporates high strength permanent magnets into a rugged reliable system to create the forces to support objects being moved.
From the early stages of the industrial revolution until now, the most efficient way to support something being moved has been with metal wheels on metal rails. Modern Transport System Corp's MagneGlide takes this to the next level of efficiency. Instead of using wheels for support, the MagneGlide system provides a magnetic support system that is nearly maintenance-free and has minimal running resistance.
The MagneGlide magnetic support system developed by Modern Transport Systems Corp. provides the opportunity to be on the cutting edge of technology while making a positive contribution to helping the environment. We invite you to look through this website, and Contact Us for more information.