We introduce a "pressure sensor" that achieves "dustproof and waterproof structure" and "compact and slim design," allowing for the transmission of intuitive human actions through varying levels of pressure.
It adopts a capacitive method, where the capacitance changes according to the magnitude of the load. Thanks to its unique structure, it enables detection in two stages: at the moment of contact and after the load change. It senses instantly upon touch and can detect even weak forces! It achieves low power consumption compared to resistive methods, making it suitable for battery-powered devices. Additionally, utilizing our technology, it features a "dustproof and waterproof structure" and is "compact and thin," accommodating various applications. It can also be applied to multi-directional input types. <Applications> - Enables control of rotation speed, velocity, and quantity based on the strength of the pressing force. - Can convey intuitive human actions to devices. Examples: Game controllers, power tools, robotic arms, etc. 【Features】 ■ Capacitive method ■ Capacitance changes according to the magnitude of the load (two-stage detection possible) ■ Low power consumption compared to resistive methods (suitable for battery-powered devices) ■ Dustproof and waterproof structure ■ Compact and thin ■ Applicable to multi-directional input types *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 Specifications】 Size: 3.5 x 2.7 x 2.2t Load: 0.2~3N
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Applications/Examples of results
<Uses> Game controllers, power tools, robotic arms
Detailed information
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【Features】Two-stage detection of capacity is possible!
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 mechatronics technology, and businesses utilizing LED, precision molding technology, and modularization technology.