FAQ

A Yes, FANNAL has a professional in-house engineering team specializing in display, touchscreen, and optical bonding technologies. Our engineers support customers from design to mass production.

A Yes, we offer localized services in Europe, America, and the Asia-Pacific region, with local offices in those areas.

A From design to mass production, FANNAL ensures full in-house automated manufacturing, certified under ISO 9001, ISO 14001, ISO 45001, ISO 13485, and IATF 16949. Our products are REACH and RoHS compliant.
Each module goes through baking, aging, electrical, and reliability tests to ensure consistent performance and durability that meet industrial standards.

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Yes, Fannal is a leading custom display & touchscreen manufacturer with 15 years experience, offering full customization for LCD, TFT, AMOLED display panels, capacitive touchscreens, touch monitors, and optical bonding service.

A Regular sizes: 4 to 5 weeks,Non-standard sizes: 5 to 6 weeks.

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Yes, we specialize in providing OEM and ODM touch display and touchscreen solutions for global B2B clients. Whether you need custom sizes, optical bonding, or specialized applications such as POS, kiosk, industrial, or medical displays, we can design and manufacture according to your requirements. Our team ensures high-quality production, reliable delivery, and full support throughout your OEM or ODM project.

A Our medical displays are engineered for glove operation, exposure to liquids such as saline or blood, and hygienic cleaning procedures. Anti-bacterial surface treatments and frameless fronts help maintain high sanitation standards.

A One year.

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With deep experience in 2–6 year medical design cycles, we provide engineering guidance, prototyping, and in-house manufacturing to reduce integration risk and ensure consistency from early validation to mass production.

A Of course. Our engineers will assist you through every step — from powering up the display to integration and debugging.
We provide complete technical documentation, including datasheets, initialization codes, schematics, and CAD drawings, to help you get started easily.

A No. Optical bonding actually improves touch performance by reducing the air gap between layers, resulting in faster response and more accurate detection, even under gloves or wet conditions (depending on touch sensor type).

A Cost depends on display size, adhesive type, and production volume. Optical bonding adds value through longer lifespan, better visibility, and improved durability, often reducing maintenance and replacement costs over time. Fannal provides flexible quotation and sample testing before mass production.

A Simply send us your requirements — size, resolution, interface, brightness, and application field.
We’ll recommend suitable standard models or customize a display solution to meet your needs.

A Yes, our standard products can be purchased without development costs.

A Yes. We can provide detailed drawings, specifications, and relevant technical procedures for your review and approval before production.

A FANNAL has focused on specialized industry display touch solutions since 2011.

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A Yes, it depends on the size of the touchscreen. We can support thicknesses up to 10mm. For details, please contact us.

A Regular: 15,000 hours，Custom options: 30,000 or 50,000 hours

A It can support up to 10 touch points.

A Our automotive displays are designed for easy system integration and compatibility with common in-vehicle architectures. Our engineering team works closely with customers to align mechanical, electrical, and optical requirements during development.

A Yes. Our display modules are engineered for automotive environments, with mechanical design considerations that support resistance to vibration and shock commonly encountered during vehicle operation.

A Automotive programs often require long-term availability. We focus on stable component selection, controlled manufacturing processes, and lifecycle management to support extended vehicle production and maintenance periods.

A Cost effectiveness depends on volume, design complexity, and system requirements. While in-cell can reduce component count, it may involve higher initial engineering effort compared to standard TFT plus external touch solutions.

A Reliability depends on application conditions. In controlled environments, in-cell touch offers stable performance with fewer interface layers. For harsh environments requiring reinforced cover glass or advanced touch tuning, external PCAP solutions may offer greater flexibility.

A Not necessarily. In-cell displays are best suited for applications where slim design, compact integration, and optical clarity are priorities. For environments requiring thick cover glass, heavy glove operation, or extreme impact resistance, conventional TFT with external touch may be more appropriate.

A In-cell itself does not change the native resolution or color performance of the LCD. Its primary benefit is reducing the number of optical layers, which can improve light transmittance and minimize internal reflections compared to conventional LCD plus external touch structures.

A Fannal industrial displays are widely used in HMIs, factory automation systems, access controls, measurement instruments, process control devices, utility meters, and field service equipment that require long-term stability.

A We use reinforced structures and optical bonding to improve resistance to shock, vibration, and mechanical stress, ensuring consistent performance in industrial systems.