We will introduce new products of force sensors and examples of their applications.
■New Products - Force sensors (WLF series) for use with high-payload robots - Force sensors (WKF-C series) for use with collaborative robots capable of carrying over 20kg, etc. ■Demonstration of robot operations with force sensors attached - Assembly of three-color ballpoint pens (collaboration with Robot AI) - Weight detection during picking and alignment during arrangement, etc.
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1. Date: December 3 (Wednesday) to December 6 (Saturday), 2025, 10:00 AM to 5:00 PM 2. Venue: Tokyo Big Sight (Halls 4-8 East, Halls 1-4 West) 3. Exhibition Booth Number: E5-37 (Hall 5 East) 4. Exhibits ■ Capacitive 6-axis force sensors - Sensors for collaborative robots: Current products, new products (sensors capable of carrying over 20kg, three types of thin sensors) - Sensors for high-capacity robots: Current products, new products (2000N-400Nm sensors, 5000N-400Nm sensors) - Thin/compact sensors: Current products, new products (thin 200N-20Nm sensors) - Conventional WEF series ■ Demonstrations using force sensors with industrial/collaborative robots *In no particular order - Assembly of three-color ballpoint pens: Collaboration with Robot AI, using the FANUC collaborative robot MZS05 - Weight detection during picking, alignment during arrangement: Collaboration with AUBO Robotics - Assembly, fitting, tracing, and constant force pressing: Collaboration with Mitsubishi Electric - Gear fitting: Collaboration with FANUC 5. Online Exhibition We will also participate in the online exhibition held from November 19 (Wednesday) to December 19 (Friday), 2025.
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Company information
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.