Discover our primary lineup of resistive and capacitive touch modules optimized for extreme conditions.
Modern industrial, medical, and commercial environments demand Human-Machine Interfaces (HMIs) that go beyond standard consumer display specifications. Projective Capacitive (PCAP) technology integrated with Thin-Film Transistor (TFT) LCDs forms the foundation of modern interface technology.
By leveraging mutual capacitance scanning mechanisms, customized touch screens sense complex gestural commands, support multiple simultaneous touch points, and operate flawlessly through thick cover glass layers. Our technology is engineered to function under intense electromagnetic interference (EMI), moisture contact, and broad temperature spans.
Choosing the correct touch stack is crucial for hardware longevity. Depending on mechanical constraints, companies choose between:
Combining specialized design engineering, precision cleanrooms, and over a decade of verified manufacturing expertise.
Founded in 2010 in Guangzhou, China, Guangzhou Xiangrui Optoelectronics Technology Co., Ltd. is a dedicated manufacturer specializing in the research, development, production, and assembly of resistive touch panels, capacitive touch panels, cover glass, and display modules (LCM) bonding.
We pride ourselves on offering complete customization services, alongside flexible OEM and ODM options to align with global procurement standards.
Our operations span a modern 3,000 square meter facility utilizing cleanroom facilities rated from Class 100 to Class 10,000. These workspaces isolate environmental dust during optical bonding (OCR/LOCA) and air bonding processes.
We enforce ISO 9001:2015 (Quality Management System) and ISO 14001:2015 (Environmental Management) standards, ensuring all cleanroom components are traced and managed to reduce defect rates.
Driven by an internal R&D department, the company has secured over 30 design and utility patents. Honored as a "High-Tech Enterprise of Guangdong Province" in 2022, we continue to research cover glass treatments, high-reliability controller firmware tuning, and display integrations.
Where Custom TFT Capacitive Touch technology is headed: higher resilience, smarter ICs, and seamless optical paths.
Integrating next-gen controller ICs (EETI, ILITEK, FocalTech) that dynamically adjust frequency channels to filter electromagnetic interference (EMI) caused by heavy machinery and power lines.
Transitioning from air bonding to OCR (Liquid Optically Clear Resin) and OCA (Optically Clear Adhesive). Optical bonding removes internal reflection planes, lowering screen reflectance to under 1.5% while improving mechanical impact resistance.
Applying specialized coatings directly to cover glass: Anti-Glare (AG) via chemical etching, Anti-Reflective (AR) via vacuum deposition, and Anti-Fingerprint (AF/Hydrophobic) to ensure clear readability and easy maintenance.
Developing ultra-thin, flexible PET and PI substrates to allow curved capacitive interfaces, matching ergonomic, modern console designs in automotive and medical pods.
Tailored human-machine interfaces designed to meet the operating requirements of diverse fields.
In sterile environments, displays must support thick medical glove operation and resist harsh chemical disinfectants (such as IPA or hydrogen peroxide). Our capacitive screens feature chemically strengthened cover glass (up to 6H hardness) and customized controller firmware to prevent phantom touches caused by saline solution or biological fluids.
Heavy machinery interfaces operate in environments subject to severe mechanical vibrations and electrical noise. By incorporating IP65 water-resistant sealing and advanced EMI protection, our displays maintain 24/7 reliability on the factory floor, preventing drift under constant operating conditions.
Direct sunlight poses challenges with high thermal load and reflection. We offer high-brightness TFT arrays (up to 1500 nits) paired with UV-cut optical films. This setup prevents display yellowing and panel degradation, while providing sunlight-readable contrast levels.
Operating out of Guangzhou, China's hardware manufacturing hub, Xiangrui Optoelectronics offers significant structural advantages in procurement efficiency and cost management. Our localized supply chain ensures fast sourcing of high-grade raw materials—ranging from AGC, Corning, and Schott cover glass to specialized ITO sensor films.
Our facility uses automated laser cutting, precise CNC edge grinding, and CCD-aligned automated optical laminators. This automation keeps alignment tolerances within ±0.05mm, yielding consistent production runs that meet the needs of international buyers.
By keeping design, tooling, FPC design, sensor lamination, and LCM assembly under one roof, we significantly shorten development cycles. Prototype runs that typically take weeks elsewhere are completed in days, allowing you to bring products to market faster.
From initial engineering verification to final volume shipment, we offer end-to-end technical support.
To ensure long-term product availability, we source stable ICs and components, offering equivalent drop-in replacements to prevent supply disruptions.
We customize tail layout geometries, FPC configurations, Interface formats (I2C, USB, RS232), and integrate custom-tinted PMMA or glass cover plates.
Every batch undergoes drop tests, high/low-temperature operation (-30°C to +85°C), thermal shock testing, and ESD resistance testing before packaging.
Our engineering team assists with remote software integration and firmware calibration, helping you set up custom driver settings on Linux, Windows, or Android.
We work closely with global compliance partners to ensure our products meet key international standards for import and deployment, including RoHS 2.0, REACH, CE, and FCC Part 15 Class B.
To simplify integration for overseas OEMs, we provide complete engineering files upon request, including:
Common inquiries from product designers, electronics engineers, and global procurement departments.
Browse additional high-resolution capacitive and resistive touch panel options below.
Xiangrui Optoelectronics