Fiber-based Flexible Sensor
Distinct from ordinary sensors on the market
Washable
Breathable
Stretchable
1. Comfort Layer
Direct skin contact for superior comfort
2. Sensing Layer
Realizes data collection and environmental perception
3. Protective Layer
Provides physical protection and environmental isolation
Product Performance Comparison
Characteristics of Pressure Distribution Test Systems Based on Different Operating Principles
Capacitive
- Dynamic force: Can be measured
- Static force: Can be measured
- Sensitivity: High
- Immunity to interference: Susceptible to external interference
- Flexibility: Moderate
- Thickness: 0.3–0.5 mm
- Service life: Decay in rolling accuracy in the ten-thousands range
- Temperature and humidity: 0–60 °C, humidity < 80%
- Sampling frequency: 5–50 Hz
Piezoresistive
- Dynamic force: Can be measured
Static force: Can be measured - Sensitivity: High
- Immunity to interference: Not easily affected by external interference
- Flexibility: Excellent; can be permanently bent to fit complex curved surfaces
- Thickness: As thin as 0.1 mm
- Service life: 100,000 cycles at 1,500 N with stable roll resistance
- Temperature andhumidity: -40°C to 90°C, humidity ≤ 95%
- Sampling frequency: 1–100 Hz, full-range coverage
Piezoelectric
- Dynamic force: Can be measured
- Static force: Difficult to measure
- Sensitivity: High
- Immunity to interference: Not easily affected by external interference
- Flexibility: Average; frequent bending can cause wear
- Thickness: 0.2–0.4 mm
- Service life: Prone to fatigue and aging under high-frequency compression
- Temperature and humidity: -20–70°C; performance declines in high humidity
- Sampling frequency: Compatible only with high frequencies of 20–200 Hz
Triboelectric
- Dynamic force: Can be measured
- Static force: Difficult to measure
- Sensitivity: Average
- Immunity to interference: Susceptible to external interference
- Flexibility: Acceptable; signal fluctuates significantly when bent
- Thickness: 0.25–0.5 mm
- Service life: High friction wear; short overall service life
- Temperature and humidity: Output is significantly affected by temperature and humidity fluctuations
- Sampling frequency: Usable only under high-speed dynamic conditions
Core Technical Advantages
Multimodal fusion algorithms, leading the industry in single-dimensional sensing solutions
Compared with mainstream single-mode sensing products in the industry, our solution adopts multi-modal sensing fusion + self-iterative AI algorithm architecture, realizing all-round perception of pressure, optics, biology and motion signals. Most competing products rely on single pressure detection or fixed traditional algorithms, which are prone to data drift and missing detection in complex scenarios. Our built-in adaptive noise reduction and anti-interference technology effectively filters body tremors, environmental noise and accidental touch interference. Different from competitors’ static threshold judgment, our system supports dynamic real-time calibration and whole-process intelligent identification, delivering higher detection accuracy, stronger scene adaptability and lower data error rate, occupying a leading position in underlying technical strength.
Product Features and Benefits
All-scenario integration capabilities that overcome the limitations of competitors' single-scenario experiences
Most competing products only retain basic single-scene detection functions, with single analysis dimension and lack of active intervention capability. Our technical advantages integrate monitoring, analysis, early warning, adjustment and data management in one system, covering static posture, dynamic motion, sleep state and bionic perception full-scene applications. Different from competitors’ passive data recording, our system supports active intelligent reminder, personalized scheme recommendation and real-time state optimization. It realizes dual-control linkage, multi-zone precision adjustment and full-cycle data trend tracking functions that competing products cannot achieve, breaking the functional bottleneck of traditional single-point detection equipment and bringing more comprehensive and intelligent user experience.
Industry Solutions
Mattress
A soft, padded surface placed on a bed frame for sleeping and resting. Designed to support the human body, relieve physical fatigue, and improve sleep quality. Common types include spring, latex, and memory foam mattresses.
Gait
The specific manner and pattern of human walking or running, formed by the coordination of bones, joints, muscles and nerves. Normal gait is stable and symmetrical, while abnormal gait can reflect physical discomfort or neurological problems.
Vest
A sleeveless upper-body garment worn over or under other clothes. Lightweight and versatile, it can keep the body warm, shape the figure or provide safety protection without restricting arm movement.
Flight Suit
A specialized one-piece garment designed for pilots and aviation staff. Made of wear-resistant, breathable and fireproof materials, it adapts to high-altitude, low-temperature and high-pressure flight environments.
Seat Cushion
A padded auxiliary mat placed on chairs, sofas or benches, usually made of cotton, foam, silicone and other soft materials. It effectively buffers sitting pressure and relieves hip and leg fatigue caused by long-term sitting.
Backrest
A supportive part or cushion installed on chairs, sofas and seats, fitting the curve of the human back. It supports the waist and spine, corrects sitting posture, and reduces back pressure during sitting or resting.
Advantages in Materials and Manufacturing
Precision integration processes that surpass the standard assembly quality of competing products
In terms of hardware manufacturing and craftsmanship, competing products mostly adopt simple assembly and ordinary sensing modules, with poor structural fit, insufficient durability and weak anti-interference ability. Our products adopt micro-nano integrated packaging technology and high-density industrial-grade sensing arrays, with uniform sensing coverage and no blind spots. The optimized integrated structural design avoids internal component displacement and signal attenuation caused by long-term use, which is a common defect of competing products. Selected high-toughness flexible materials and high-stability core components effectively improve product wear resistance, deformation resistance and environmental adaptability. The overall process precision, structural stability and service life are significantly ahead of industry conventional products.
Competitive Advantage Through Market Differentiation
Precise market segmentation to address common industry pain points
Most mainstream products in the market adopt generalized design, unable to adapt to differentiated crowds and personalized scenario demands, resulting in low data applicability and poor user pertinence. Relying on self-developed underlying technology, our products achieve targeted optimization for sedentary crowds, posture correction groups, sleep health users and rehabilitation medical scenarios. Compared with competitors’ generalized data reports and single evaluation standards, our system supports crowd classification and scenario-based customized analysis. It effectively solves the industry pain points of low precision, weak pertinence and universal but imprecise functions, forming obvious market differentiation competitiveness and higher user recognition.
Ecosystem Evolution
An expandable technology ecosystem that continuously drives product upgrades
The technical principle builds an open, iterative and scalable underlying technical ecosystem, supporting continuous algorithm optimization and functional expansion.