Explore our precision-manufactured LCD solutions engineered for extended lifecycle validation, extreme operating environments, and drop-in integration.
While modern consumer screens tilt toward ultrawide aspect ratios, the classic 5.7-inch display (typically 4:3 aspect ratio, 640×480 VGA or 320×240 QVGA) represents one of the most resilient footprints in global industrial computing and medical diagnostics.
Hundreds of thousands of CNC machines, industrial HMIs, and diagnostic analyzers deployed globally rely on legacy CCFL-backlit or discontinued 5.7" panels (e.g., Kyocera, Tianma, Sharp). We engineer pin-compatible, custom FPC and LED driver drop-in replacements with zero tooling redos for chassis architecture.
Outdoor industrial consoles require high visibility. Our custom 5.7-inch screen platforms support sunlight readable enhancements ranging from 800 to 1,500 nits, paired with full optical OCA/LOCA bonding to eliminate internal air gap reflection, moisture condensation, and Newton rings.
Whether your terminal demands a 4-wire/5-wire resistive touch sensor for intense EMI and thick welding gloves, or an industrial projected capacitive (PCAP) panel tuned for saltwater mist rejection and 6mm vandal-proof tempered cover glass, our cleanrooms deliver turn-key integrated stacks.
| Display Specification | Standard Commercial 5.7" | XUNRUI Custom Industrial 5.7" TFT | OEM Benefit & Strategic Value |
|---|---|---|---|
| Luminance (Brightness) | 250 – 350 nits | 600 – 1,200+ nits (Custom LED Array) | Full sunlight legibility without thermal throttling |
| Operating Temperature | -10°C to +60°C | -30°C to +85°C (Ultra-Wide Temperature) | Reliable cold start and unshaded desert resilience |
| Viewing Angle Tech | TN (6 o'clock / 12 o'clock color inversion) | All-Angle IPS (85°/85°/85°/85°) | Eliminates image washout at skewed operating positions |
| Interface Adaptability | Rigid fixed 18-bit / 24-bit RGB | RGB, LVDS, MCU, SPI, or MIPI custom pinout | Prevents costly PCB motherboard redesigns |
| Component Availability | 12 – 24 months lifecycle | 5 – 7+ Years Guaranteed Supply Commitment | Eliminates recertification costs for medical/industrial designs |
Modern enterprise procurement demands more than just low unit costs; it mandates raw material security, rapid FPC prototyping, agile cleanroom assembly, and stringent multi-gate testing.
Located in Bao'an, Shenzhen, our facility bridges bare glass fab partners (BOE, Innolux, IVO), driver IC packaging, backlighting engineering, and CNC cover glass cutting within a 30-mile radius, slashing NPI cycle times to under 15 working days.
We eliminate multiple supplier margins by designing driver boards (VGA, HDMI, LVDS, Type-C) in-house alongside firmware tuning for Ilitek, Goodix, and EETI touch controllers, providing single-source accountability.
All custom 5.7-inch modules ship fully documented with RoHS 2.0, REACH, CE, and FCC compliance certificates. Traceable material declarations guarantee zero conflict minerals and low Outgassing for high-reliability medical consoles.
Overcome traditional fab bureaucracy. Following engineering sample approval, we facilitate trial production runs ranging from 5 to 500 units to support clinical evaluations and pilot installations before ramping to 1,000+ unit scale.
Engineered to excel in demanding environments where consumer-grade display panels fail prematurely due to thermal stress, optical distortion, or electrical interference.
Factory floors present extreme electromagnetic interference (EMI) from heavy servo motors. Our 5.7" display modules incorporate enhanced EMI shielding, differential LVDS signaling options, and industrial resistive touch systems impervious to conductive coolants and operator vibration.
Medical equipment mandates consistent contrast and zero color shifts across broad viewing angles. We supply IPS optical stacks paired with chemically strengthened, anti-microbial cover glass capable of withstanding hospital-grade disinfectant wipes (isopropyl alcohol, bleach solutions) without degradation.
Deployed in open cabins and naval navigation pedestals, our high-brightness 5.7 inch panels feature custom LED backlights delivering up to 1,200 nits, wide operating temperatures (-30°C to +85°C), and optical bonding that prevents internal condensation in high humidity maritime environments.
Staying ahead of procurement disruptions: how our research and development facility adapts display stacks for future industrial, automotive, and automation roadmaps.
For solar-powered IoT field sensors and handheld agricultural monitors, our transflective cell architectures utilize ambient sunlight to illuminate the screen matrix, slashing backlight power draw by up to 70% while maintaining crisp readability under direct noon sun.
Industrial buyers are consolidating architecture by adopting smart display modules featuring onboard STM32 or ESP32 microcontrollers, integrated flash memory, and pre-loaded GUI engines (LVGL), shifting graphic rendering off the client's master CPU.
Replacing mechanical pushbuttons requires tactile reassurance. We are pioneering integrated localized haptic actuators within the 5.7-inch cover glass assembly, generating software-defined click sensations even when operators wear heavy protective gloves.
Technical, logistical, and warranty insights to de-risk your display sourcing decisions.
Yes. We specialize in form-fit-function replacements for obsolete 5.7" models (e.g., KCG057, LM64P83). We customize the active area, FPC pinout, backlight voltage, and bracket mechanicals so your system integrates the new panel without chassis retooling.
After prototype sign-off, we offer low-risk pilot production batches of 5 to 500 units for verification. Once pilot testing is certified, custom mass production typically requires a rolling annual commitment starting at 1,000 units.
We combine high-efficiency multi-chip Nichia LED arrays (boosting output to 1,000+ cd/m²) with advanced optical bonding (OCA) and specialized Anti-Reflective (AR) and Anti-Glare (AG) surface etchings, maintaining high contrast under full sun.
Every batch passes 5 strict quality checkpoints: IQC on incoming raw materials, microscopic glass polarizer inspection, FOG bonding checks with thermal aging, finished assembly aging tests (48 hours at elevated load), and outgoing OQC visual & electrical testing.
Browse our extended product lineup engineered for industrial, medical, automotive, and handheld terminal applications.