Founded in 2010 in Guangzhou, China, we are an industry-leading manufacturer specialized in the comprehensive research, development, production, and worldwide service of high-quality resistive touch panels, projected capacitive (PCAP) touch modules, cover glass processing, and high-precision module bonding services.
Our commitment to technical excellence is demonstrated by our compliance with strict quality parameters under our ISO 9001 and ISO 14001 certified manufacturing frameworks. Spanning a total advanced workshop area of 3,000 square meters within a larger industrial facility ecosystem, our operation runs under precise environmental controls containing Class 100, Class 1,000, and Class 10,000 dust-free workshops to fulfill the cleanliness and reliability demands of critical optical bonding and assembly procedures.
A statistical perspective of our decade-long commitment to performance, innovation, and client-centric engineering.
Providing custom sensor integrations and custom cover glass profiles to withstand extreme environmental parameters.
Designed for multi-touch performance, high transparency, and superior mechanical durability. Ideal for demanding conditions that require gloved input or operation amidst moisture.
Cost-effective and highly reliable interface technology that remains unaffected by environmental noise, liquids, or dust. Works with any stylus or gloved hand under heavy industrial use.
We eliminate the internal air gap between the touch layer and the LCD using optical-grade LOCA/OCA adhesives, greatly reducing reflections while enhancing mechanical resistance.
Custom OEM/ODM integrations designed to meet specific safety, environmental, and operation certifications.
Industrial HMI terminals operate in high-vibration environments, exposed to lubricants, metallic dust, and intense electrical noise. Our custom industrial touch screen modules utilize thick cover lenses, noise-rejection controllers (EETI/ILITEK chips), and rugged aluminum alloy or stainless steel frames. They comply with IP65 moisture-proof ratings and wide operating temperature profiles, preventing false touches from water or industrial debris.
Our solutions feature optical bonding to prevent dust and moisture from condensing between the LCD and touch stack, ensuring clarity and performance on factory floors and CNC interfaces.
Touch screens in hospitals and clinical devices require resistance to liquid cleaning agents, biological fluids, and chemical disinfectants. Additionally, the panels must support gloved operation by nurses and surgeons. Our projected capacitive touch screens are tuned for glove sensing (including surgical latex, nitrile, and heavy utility gloves) while rejecting water droplet interference.
By complying with ISO 13485-aligned manufacturing and testing frameworks, our sensors support diagnostic screens and surgical monitors. These panels deliver optical clarity and low electromagnetic interference (EMI), helping devices meet IEC 60601 medical standards.
We combine manufacturing capacity, engineering expertise, and quality control systems to support your product's entire lifecycle.
From custom FPC routing, step-down sensor configurations, and custom cover glass cutouts to optical bonding with high-brightness LCD assemblies, we provide complete, integrated HMI modules.
Operating under ISO 9001 and ISO 14001 quality and environmental management protocols, every touch panel undergoes automated optical inspections (AOI), environmental testing, and functionality testing.
Recognized as a High-Tech Enterprise in Guangdong Province in 2022, our R&D center holds over 30 patents. We focus on low-noise ITO sensor layouts and durable bonding adhesives.
How we are preparing touch interfaces for the next generation of smart manufacturing and automation.
Replacing traditional rigid ITO films with highly flexible metal mesh and silver nanowire (AgNW) alternatives. This enables lightweight, curved displays for automotive dashboards and wearable electronics.
Developing touch panels with piezo-actuated local haptic feedback. Users receive physical confirmation when selecting controls, improving safety in critical medical and industrial operations.
Integrating touch interfaces into wood, plastic, or composite materials. This allows non-glass industrial panels to sense touch inputs while blending seamlessly into the machine's body.
Expert answers addressing the design, environmental reliability, and manufacturing choices for custom touch modules.
Xiangrui Optoelectronics
