Force sensors specialized for collaborative robots.
- Direct mounting is possible It is compatible with the flange shape (ISO 9409-1-50-M6) commonly used in collaborative robots. This allows for direct mounting onto the flange of collaborative robots. Additionally, grippers and hands that can be mounted on collaborative robots can also be directly attached to this sensor. - Supports RS485 connection in addition to many communication interfaces In addition to our extensive range of dedicated accessories for various communication interfaces, it also supports RS485 output, which is widely used in collaborative robots. - Can be connected to many collaborative robots Since it allows for direct mounting and supports various communication interfaces, it can be connected to many collaborative robots. For more details, please visit the relevant product page on our website. 【Features】 ■ Low cost ■ IP65 compliant (waterproof and dustproof) ■ Built-in overload protection (Wako Tech's unique stopper mechanism)
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【Specifications (Excerpt)】 ■ Rated Load: Fx,y,z: 200N / Mx,y,z: 15Nm ■ Dimensions: φ80 × H34.0mm *Excluding protruding parts ■ Output Type: RS485, RS422 *Selectable at the time of shipment (Ethernet, EtherCAT, USB, Analog are available as options) For more details, please refer to the PDF document or feel free to contact us.
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Force control with collaborative robots - Assembly, fitting - Polishing, deburring - Weight detection - Touch stop - Input devices *For more details, please refer to the PDF document or feel free to contact us.*
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Our company's capacitive force sensor, DynPick, is a sensor that detects the six-axis components of force using capacitive elements arranged in the same plane. Unlike conventional force sensors, its simple structural principle allows for low cost, high reliability, and high performance. We expect it to be applied in various fields, including industrial robots, collaborative robots, assistive living robots, and medical welfare robots, which are anticipated to have significant market growth in the future. Despite being one of the most fundamental physical quantities, "force" sensors are currently not as widespread in the market compared to other sensors like optical sensors or temperature and humidity sensors. We are committed to advancing the adoption of force sensors in society, aiming for them to develop into familiar products.