A multi-input device that enables 3D input to equipment through tapping, pressing, sliding, rubbing, twisting, and more.
In response to the three-dimensional deformation of the elastomer, a structure is formed where three cantilevers displace, theoretically allowing for multi-input by detecting the changes in the cantilevers as changes in electrical resistance. <Applications> - 3D input devices for wearable devices (tap, press, swipe, rub, twist) - Applications for sensors that detect minute, small, and micro-vibrations Specific examples: VR goggles/controllers, smart glasses, smartwatches, etc. 【Features】 ■ 3D detection of force (direction and strength) ■ Compact and thin ■ High sensitivity *For more details, please refer to the PDF catalog or feel free to contact us. *This product is currently under development.
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basic information
[Target Specification] Undecided
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Applications/Examples of results
<Uses> VR goggles, controllers, smart glasses, smartwatches
Detailed information
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According to the three-dimensional deformation of the elastomer, three cantilevers displace. By detecting the change in the cantilevers as a change in electrical resistance, theoretically, multi-input is possible.
catalog（1）
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Company information
Our company excels in the field of small, precision, and high-accuracy components and modules. We are engaged in the electronic device business centered around LEDs, the switch business applying mechatronic technology, and businesses utilizing LED, precision molding technology, and modularization technology.
