Core Technologies
Core Technologies
Fulai New Materials' self-developed flexible sensing system uses multi-physics field coupling technology to overcome multi-modal perception challenges. Our proprietary three-dimensional flexible circuit heterogeneous integration solution achieves synchronized acquisition of pressure, temperature, and other multi-modal signals, ensuring signal transmission integrity and stability under complex deformation conditions including stretching and bending. The system integrates deep neural network architecture with adaptive learning algorithms, utilizing edge computing technology for real-time data processing near sensors, demonstrating tremendous commercial application value in humanoid robotics, industrial testing, medical health, and other fields.

Technical features

BasedonInnovativeSensingMaterialsandIntelligentStructuralDesign
Based on Innovative Sensing Materials and Intelligent Structural Design
Based on Innovative Sensing Materials and
Intelligent Structural Design
Relying on Materials 4.0 technology system, we have developed nanocomposite materials with ultra-thin flexible characteristics. Through molecular-level structural control, we achieve wide-range pressure sensing from 3 kPa - 2.4 MPa; based on finite element analysis structural design, sensors maintain ultra-high sensitivity and stability under bending conditions, breaking through traditional flexible device durability bottlenecks.
CustomizedSensingMaterialsforSpecificApplications
Customized Sensing Materials for Specific Applications
Customized Sensing Materials
for Specific Applications
Can customize and synthesize corresponding sensing materials according to different application scenario requirements such as high-integration environments for humanoid robots, industrial-grade corrosion resistance, and medical-grade biocompatibility.
Large-scalePrecisionManufacturingCapabilities
Large-scale Precision Manufacturing Capabilities
Large-scale Precision Manufacturing
Capabilities
Using ultrafast laser technology and roll-to-roll automated precision coating production lines, ensuring high consistency of millions of products through MES systems and intelligent visual inspection.

Technical advantages

Excellent Sensing Performance
Extremely low trigger pressure, nearly perfect linearity, high consistency.
Unique Material and Design Advantages
Combining flexibility and thin design, overall more flexible and thinner, universally applicable to various curvature objects.
Low-cost High-precision Manufacturing Advantages
Piezoresistive high-stretchability technology route with supporting mature automation, achieving high performance with low-cost raw materials.
Excellent Sensing Performance
Unique Material and Design Advantages
Low-cost High-precision Manufacturing Advantages

Application advantages

Wide Applicability
High Compatibility
High Cost-effectiveness
Wide Applicability
Excellent sensing performance, multi-modal fusion perception. Strong anti-interference ability, high performance consistency.
Wide applicability, suitable for different scenarios including humanoid robot high-integration environments, industrial-grade corrosion resistance, and medical-grade biocompatibility.
Wide Applicability
High Compatibility
Excellent conformability, applicable to complex conditions including flat surfaces, curved surfaces, special shapes, and narrow spaces.
Supports plug-and-play, user-friendly interfaces, no additional equipment required, meeting embedded requirements.
High Compatibility
High Cost-effectiveness
Using innovative methods to replace silver materials, automated assembly production processes, achieving high performance at low cost.
High Cost-effectiveness

Patents

Accumulated more than ten invention patents, received Zhejiang Province Science and Technology Progress Award three times in three consecutive years, and undertook 4 key projects related to flexible sensing in Zhejiang Province.
Stretch sensor based on flexible pressure-sensitive components
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Stretch sensor based on flexible pressure-sensitive components
Flexible Hall force sensor thermal magnetic shielding composite structure
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Flexible Hall force sensor thermal magnetic shielding composite structure
High-sensitivity flexible pressure sensor based on modified paper substrate and preparation method
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High-sensitivity flexible pressure sensor based on modified paper substrate and preparation method
Wearable flexible temperature sensor for monitoring human body temperature and preparation method
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Wearable flexible temperature sensor for monitoring human body temperature and preparation method
Wide environmental humidity adaptive triboelectric flexible pressure sensor
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Wide environmental humidity adaptive triboelectric flexible pressure sensor
Flexible temperature sensor and preparation method
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Flexible temperature sensor and preparation method
Differential capacitive pressure sensor based on ion pump effect and preparation method
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Differential capacitive pressure sensor based on ion pump effect and preparation method
High-sensitivity wide-linear flexible strain sensor based on composite gradient structure
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High-sensitivity wide-linear flexible strain sensor based on composite gradient structure
US: FLEXIBLE PRESSURE SENSOR AND FABRICATION METHOD THEREOF
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US: FLEXIBLE PRESSURE SENSOR AND FABRICATION METHOD THEREOF
Europe: PCTCN2018107054 (Flexible transparent conductive electrode)
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Europe: PCTCN2018107054 (Flexible transparent conductive electrode)

R&D capabilities

Fulai New Materials has a high-level R&D team, established national-level postdoctoral workstations, Zhejiang Province high-tech enterprise R&D centers, provincial enterprise technology centers, and other technological innovation platforms. Research centers have been established in Shanghai, Jiaxing, and other locations, building a strong scientific research system and continuously launching innovative technologies. The total number of patents has reached 155. Fulai Group's comprehensive R&D capabilities provide strong support for flexible sensor innovation and development.
R & D capabilities