GFL2D15010SN

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The GFL2D15010SN is a type of linear motor essential for medical applications. In essence, the GFL2D15010SN utilizes a linearizing force field that allows it to accurately and consistently move along a predetermined pathway with unprecedented precision. In addition, the motor utilizes urethane-buffered single-phase AC power, making its size smaller while also decreasing power consumption when compared to larger, more traditional motors.

The GFL2D15010SN is designed for short runs in medical equipment applications such as linear actuators for beds, rolling carts, scanners, and the like. It is especially beneficial as it can be built into a wide variety of sizes and is extremely durable. The linear magnets of this motor generate a repulsive force as well as an attractive force that actuates the motor coil in a longitudinal direction, enabling it to smoothly move along a set pathway.

In addition, this motor has a high power density, allowing it to operate at high speeds without the need for large space constraints. This makes it ideal for medical equipment applications that require precise movements with minimal size envelope. Its low power consumption also makes it an attractive choice for applications with battery-powered operations, as it seamlessly delivers consistent power without significant drain on the energy source.

The GFL2D15010SN motor is also ideal for its fast acceleration and re-acceleration capabilities. It can quickly start quickly then switch directions accurately and effectively. This makes it a great choice for medical equipment applications that must move large, heavy objects at a very high rate of speed. The fast acceleration and re-acceleration abilities are further aided by the motor\'s negligible electrical noise signature and its inherent immunity to magnetic interference.

The GFL2D15010SN is an ideal choice for medical equipment applications that require fast, precise movement of meticulous objects. Its small size and low power consumption are attractive benefits and its fast acceleration and re-acceleration allow for quick and efficient movement of large, heavy objects and materials. Its immunity to magnetic interferences and negligible electrical noise signature make it a great choice for medical equipment applications where consistent power and optimal performance are imperative.

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