RMR | Cutting-Edge Tactile Perception: Innovations in Magnetic Materials and Sensors

RMR | Cutting-Edge Tactile Perception: Innovations in Magnetic Materials and Sensors

Volume 1 Issue 5 Concise Review University of Chinese Academy of Sciences, Beijing, 100049, China Zhejiang Key Laboratory of Magnetic Materials and Application Technology, Ningbo Institute of Materials Technology and Engineering, Chinese Academy of Sciences, Ningbo, 315201, China Eastern Institute of Technology, Ningbo, 315200, China Ningbo Institute of Digital Twin, Ningbo, 315201, China https://doi.org/10.1016/j.revmat.2025.100110 01. … Read more

Breaking the Barrier of Tactile Sensors: This Company’s Robot ‘Dexterous Hand’ Gains Attention from CCTV News

Breaking the Barrier of Tactile Sensors: This Company's Robot 'Dexterous Hand' Gains Attention from CCTV News

The 20th National Congress of the Communist Party proposed to accelerate technological innovation, break through key core technologies, and promote high-quality development in the high-end manufacturing industry. Today, let us focus on the innovative achievement of the robot ‘dexterous hand’. In five years, it has successfully broken the technical barrier of tactile sensors; now, the … Read more

In-Depth Analysis of Figure 03 Humanoid Robot: AI Brain, Vision-Enabled Dexterous Hands, and the Ambition Behind Mass Production of 100,000 Units

Figure Company officially launched its third-generation humanoid robot – Figure 03 today. The design of Figure 03 aims to be applied in Helix, home, and global large-scale applications. Figure’s goal is to deliver a truly general-purpose robot capable of performing human-like tasks and learning directly from people. To achieve this vision, the engineering and design … Read more

Industry Research | Global Robot Tactile Sensor In-Depth Research Report: Insights into Industry Landscape and Investment Opportunities

Industry Research | Global Robot Tactile Sensor In-Depth Research Report: Insights into Industry Landscape and Investment Opportunities

Thank you for your “recommendation” and “follow-up”! 1. Industry Overview: Definition, Evolution, and Scale 1.1 Core Definitions and Categories Robot tactile sensors are key components that endow robots with the “skin perception ability,” capable of converting physical contact signals such as force, pressure, temperature, and texture into electrical signals, thereby supporting precise operations and interactions … Read more

Main Technical Approaches of Flexible Tactile Sensors

Main Technical Approaches of Flexible Tactile Sensors

A tactile sensing array is a tactile sensor composed of multiple tactile sensing units. Each tactile sensing unit can measure the contact force at a single point, while the tactile sensing array, by integrating multiple sensing units, has the capability to detect distributed contact forces. Currently, there are various methods to implement tactile sensing, which … Read more

New Flexible Optical Tactile Sensor Launched for Wearable Electronics

New Flexible Optical Tactile Sensor Launched for Wearable Electronics

WeChat public account mechanism adjustment, please click the top“Chemical Instrument Network” → Click the top right “…” → Set as ★ star to view our updates in a timely manner www.chem17.com Recently, a research team from Keio University in Japan successfully developed a flexible optical tactile sensor.This sensor can accurately detect both the location and … Read more

Tactile Sensors Based on Metamaterials Enhance Pressure Sensing Performance

Tactile Sensors Based on Metamaterials Enhance Pressure Sensing Performance

According to a report by MEMS Consulting, researchers at Seoul National University of Science and Technology in South Korea have successfully developed a highly sensitive tactile sensor using “negative Poisson’s ratio” metamaterials, which can be applied in wearable devices, prosthetics, and robotics. Tactile sensors are widely used in products such as touch screens, touchpads, smartwatches, … Read more

In-Depth Analysis of Sensors in Humanoid Robots (Six-Dimensional Sensing, Tactile, Visual, Auditory, Electronic Skin)

In-Depth Analysis of Sensors in Humanoid Robots (Six-Dimensional Sensing, Tactile, Visual, Auditory, Electronic Skin)

Long press the QR code to follow Introduction How can humanoid robots master force like humans? How do they determine posture to avoid falling? How do they see the shape and position of objects? These capabilities rely on a key hardware component: sensors. Without sensors, robots are merely mechanical shells without touch, balance, or vision, … Read more

Prospects of Capacitive Sensors in Humanoid Robot Electronic Skin Applications

Prospects of Capacitive Sensors in Humanoid Robot Electronic Skin Applications

On the global technology stage today, humanoid robots are undoubtedly one of the most prominent and popular fields. With the advancement of technology, the need for robots to interact with humans has become increasingly evident. Capacitive tactile sensors, as an important member of human-computer interaction technology, have always maintained a place in the long river … Read more

Main Technical Routes of Flexible Tactile Sensors

Main Technical Routes of Flexible Tactile Sensors

A tactile sensor array is composed of multiple tactile sensing units. Each tactile sensing unit can measure the contact force at a single point, while the tactile sensor array, by integrating multiple sensing units, possesses the capability to detect distributed contact forces. Currently, there are various methods to implement tactile sensing,which can be categorized based … Read more