所有方向

Royole’s Flexible Sensor

  • Flexible Sensors
  • Rigid Touch Panels

Royole’s flexible sensor technology is derived from our development of next-generation AMOLED flexible displays.
We have filed innumerous patents with respect to materials, process and design.
The technology can be adopted for novel flexible sensor applications as well as conventional touch panels.
Due to its stability and reliability, our sensors can be readily integrated with a flexible display for wearable electronics.
Our flexible sensors offer many advantages over traditional touchscreens including higher performance, shorter production cycle and lower costs.
We provide customers with diverse products and solutions, fast turnaround time and large volume production capabilities.

Royole’s flexible sensor technology is derived from our flexible display with innovations on materials, process and design. The technology can be adopted for novel flexible sensor applications, as well as conventional touch panels. Due to its stability and reliability, it can be readily integrated with a flexible display for wearable electronics. Our touchscreen excels in performance and boasts a shorter production cycle, allowing it to be more economical and competitive compared to traditional touchscreens. We provide our customers with diverse products and solutions with fast turnaround time and large volume production capability.

Royole's Proprietary Flexible Sensor

Core technology

Designs
  • Custom design for flexible form factor,
    fully compatible with traditional applications
Materials
  • Low resistivity enables flexibility in wire routing
  • Excellent optical properties, low haze, high transparency
  • Novel process facilitates cost efficiency
Process
  • Cutting-edge process technology in combination
    with new sensing materials
    Cutting-edge process technology in combination with new sensing materials
  • Smooth and eco-friendly fabrication procedure
  • Refined and automated manufacturing

Product Structure

  • Fully compatible with flexible and traditional applications
  • Variety of sensor structures: GF, GFF, FF, FFF and OFS etc.
  • Customized sensor size: from 1.1 inch to 7 inch for single layer,
    and 21 inch for double-layer
  • Narrow bezel: capable of zero bezel width design
  • Flexibility: bending radius of 3mm, sensor operational after 100,000 times
    of bending
    Flexibility: bending radius of 3mm, sensor operational after 100,000 times of bending

Product specifications

  • Multi-touch capability
  • Supported features include stylus compatible, glove friendly, water resistive
  • Support multiple interface connections, e.g. I2C, USB, SPI
  • Work with driver IC from Synaptics, Goodix, FocalTech and other mainstream IC suppliers
  • Driving voltage: 1.8V~3.3V
  • Report rate: ≥80Hz
  • Accuracy: center≤1.0mm, edge≤1.5mm
  • Linearity: center≤1.0mm, edge≤1.5mm
  • Sensitivity: 7mm (single layer) or 4mm (double layer)

Product features

  • Free form-factor
  • Refined border-less design
  • Ultra-thin, light weight
  • Optimal cost efficiency

Royole Production Campus

Core team

Shenzhen R&D team
  • Intensive experience in novel flexible
    sensing technologies
  • Deep understanding of flexible sensor design
Shenzhen PE team
  • Insights on flexible sensor industry
  • Professional manufacturing experience
US R&D team
  • Alumni from top research institutes
  • Expertise covers material science, chemical and electrical engineering, etc.
  • Specialized in the development of novel materials and process

Potential applications of flexible sensors

Intelligent

Transportation

Consumer

Electronics

Smart

Home

Sports

& Fashion