BESTAR Lightweight Linear Motor BMV1818L28

Haptic component, the BMV1818L28 Linear Motor, provides a solution to challenges faced with creating surfaces that are capable of controlled vibrations on solid conditions, i.e., wood, glass, or metal surfaces with an auxiliary application directly on the structure to produce controlled mechanical oscillations. Unlike standard speakers or vibration modules, it is designed to work at ultra-low frequencies and the vibration feeling is far stronger when compared to other modules of this type with very low levels of noises associated with it, thus suitable in applications with requirements that necessitate high accuracy of such tactile feedback and immersion with minimal undesirable acoustic disturbance.

One application area where this technology is most applicable in consumer electronics is in gaming controllers where highly responsive and strong haptic feedback can be very useful in making the user experience with the game more enjoyable. It offers a higher degree of perceived realism and immersion because it mimics, to varying degrees, actual sensations (e.g. recoil, impact or environmental interactions), yet is energy-efficient in its small size. Its minimal operating noise makes sure that the sense of touch can be recognized through touching but not listening and keeps the audio of the game alright to a great extent.

Well suited to industrial control, medical equipment, and IoT equipment applications. These components substitute physical buttons with soft and sealed touch surfaces and yet leave behind a discrete tactile feel when they are pressed. The vigorous vibration confirmation can guarantee users a satisfying performance, irrespective of wearing gloves or performing in loud places where sound prompts are not as useful.

The Motor is an advanced product of the linear motor that allows creating a complex haptic experience in a variety of industries with the potential to outperform its competition due to the compact form factor, its high integration capacity, and its stable performance. Challenging tradition with sensation and precise engineering, it is used in everything, maximising game immersion to offering reliable confirmation of tactile feedback in control systems.