Product Features & Performance

Yes, JuTouch displays are specifically designed and qualified for 7x24 hours continuous operation in demanding industrial and commercial environments. Unlike consumer-grade displays that are typically rated for intermittent use, our products are built from industrial-grade components selected for their long operational lifetime and thermal stability. This begins with the TFT panel glass itself, which is sourced from top-tier manufacturers and rated for extended operating hours, and extends to every element of the module—including the backlight system, driver ICs, power management circuitry, and mechanical construction. Our backlight systems are engineered for reliability, using high-quality LED arrays with robust constant-current drivers, efficient heat dissipation, and carefully managed luminance to minimize LED degradation over time. Where required, we can also implement backlight redundancy and thermal monitoring options to further extend service life in always-on applications. Every display undergoes strict reliability testing before shipment, including high-temperature soak tests, temperature cycling, humidity aging, and extended burn-in testing, so that we can confidently guarantee stable performance in applications such as factory automation lines, 24-hour self-service kiosks, digital signage, medical monitoring stations, and building control systems. For projects with even more extreme requirements, we offer additional engineering options such as wide-temperature panels (-30°C to +85°C), higher-brightness configurations, and custom thermal management solutions. We also provide detailed lifetime and MTBF data, as well as technical guidance on operating conditions, to help you design a system that delivers years of trouble-free service. If you have specific requirements regarding continuous operation, please contact our engineering team—we will work with you to select or design the optimal display solution for your application.

JuTouch does not fabricate the LCD glass panels themselves in-house. Instead, we source TFT LCD panels from top-tier global manufacturers such as AUO, Innolux, HannStar, Tianma, BOE, Mitsubishi, KOE, and Kyocera, all of which are recognized for their outstanding quality and long-term supply reliability. This sourcing strategy is deliberate: glass fabrication requires enormous capital investment in specialized fabs, and partnering with leading panel makers allows us to offer our customers the very best panels available while focusing our own resources on what we do best—full in-house integration and value-added engineering. Once the bare panels arrive at our facility, every panel is subjected to rigorous incoming inspection before entering our production lines, where we perform complete integration services including CTP touch module assembly, tape or optical bonding (OCA/OCR/silicone), backlight installation, FPC and cable assembly, and optical enhancement treatments such as AG/AR/AF coatings. We also conduct comprehensive testing at every stage—electrical, optical, mechanical, and environmental—to ensure each finished display meets or exceeds specification. Because we control the entire integration process in-house, we can offer exceptional quality control, short lead times, and maximum flexibility for customization, whether you need a simple standard product or a fully bespoke display solution. In short, by combining the strengths of world-class panel suppliers with our own integration and manufacturing expertise, JuTouch delivers displays that are reliable, customizable, and perfectly suited to the demanding requirements of industrial, medical, automotive, and commercial applications.

Yes, absolutely. JuTouch's standard PCAP (projected capacitive) touch panels are ready for immediate sale with no NRE (Non-Recurring Engineering) cost whatsoever. Our standard product line covers a wide selection of popular sizes and configurations, including various cover glass thicknesses, standard FPC lengths and connectors, and commonly used touch controllers, so you can place an order directly without any upfront engineering fees or tooling charges. This makes our standard PCAP an excellent choice for customers who want to get to market quickly and economically, whether for prototyping, low-volume production, or high-volume programs that can leverage proven, off-the-shelf designs. For projects that require customization—such as specific cover glass shapes, custom printed graphics, different sensor designs, unique FPC layouts, or specialized firmware features—we understand that NRE costs can be a concern. To support our customers, we offer a flexible NRE policy: the NRE fee for a customization project can be fully or partially returned to you once your mass production quantity reaches the required threshold agreed upon at the project outset. This arrangement effectively eliminates the financial risk of developing a custom solution, because the engineering investment you make up front is recouped as your production volumes grow. The exact NRE terms—including the applicable fee structure and the quantity threshold for reimbursement—depend on the complexity of the customization and your projected volumes, and will be clearly defined in the quotation and project agreement before any work begins. We believe in transparent, partnership-based pricing, and we encourage you to contact our sales team to discuss your requirements, review our standard product catalog, or request a customized quotation. We will work with you to find the most cost-effective path to the touch solution your product needs.

JuTouch touch screens are engineered for exceptional longevity, with a rated touch life of more than 50 billion touches—a figure that effectively guarantees the touch sensor will outlast virtually every other component in your product's lifecycle. To put this number in perspective, even at an intensive usage rate of 100 touches per minute, operating continuously around the clock, it would take more than 950 years to reach 50 billion touches; in a more realistic scenario of several thousand touches per day, the sensor would remain fully functional for many decades of normal use. This extraordinary durability is achieved through the combination of high-quality materials and advanced manufacturing processes. The touch sensor itself is built with robust electrode patterns and high-reliability materials that resist degradation from repeated contact, while the cover glass is chemically strengthened to deliver excellent scratch and impact resistance that keeps the touch surface smooth and responsive over its entire service life. In addition, the ITO or metal-mesh conductive layers are protected within the laminated stack, shielding them from environmental attack such as humidity, oxidation, and chemical exposure. It is also important to note that the practical lifespan of a touch screen is typically determined not by the sensor itself but by the display module and the operating environment; our displays are designed to complement this durability with long-life LED backlights, industrial-grade components, and rigorous reliability testing. We provide detailed lifetime and reliability data, including touch endurance test reports, to support your design validation. If your application involves exceptionally high-frequency usage or extreme environmental conditions, please contact our engineering team—we can recommend the most suitable materials and configurations, such as thicker cover glass or hardened coatings, to maximize service life in your specific application.

JuTouch touch displays are trusted by customers across a remarkably broad range of industries, thanks to their rugged construction, long-term supply commitment, and flexible customization capabilities. In industrial automation, our displays power HMIs (human-machine interfaces), PLC control panels, and machine vision systems that must run reliably in harsh factory environments with dust, vibration, and temperature extremes. In the medical field, our displays are used in patient monitors, diagnostic equipment, infusion pumps, and laboratory instruments, where hygiene, accuracy, and 24/7 reliability are critical; we hold ISO 13485 certification and can supply medical-grade solutions with antimicrobial cover glass and sealed designs. Our displays are also found in marine electronics, including navigation systems, radar screens, and onboard instrumentation, where they must withstand humidity, salt spray, and wide temperature swings. In agriculture, we support machinery such as tractors, harvesters, and precision farming terminals with sunlight-readable, rugged touch interfaces. The rapid growth of EV charging stations has created significant demand for our outdoor-rated displays, which offer high brightness, AG/AF coatings, and vandal-resistant construction for public deployment. Our touch screens are likewise widely used in outdoor self-service kiosks, including ticketing machines, information terminals, payment kiosks, and smart lockers. In the defense sector, we supply ruggedized displays for command-and-control systems, vehicle-mounted equipment, and portable devices that must meet strict military-grade environmental standards. Finally, our displays serve transportation systems, including railway ticketing, bus information terminals, airport check-in kiosks, and vehicle infotainment. Whatever industry you operate in, JuTouch has the experience, certifications, and engineering expertise to deliver a touch display solution that meets your specific needs.

Yes, JuTouch touch screens are IK10-rated, the highest impact-protection rating defined by the IEC 62262 standard, which certifies that the product can withstand the impact of a 5 kg hammer dropped from a height of 40 cm—or an equivalent impact energy of 20 joules—without sustaining damage that would impair its function. In practical terms, this means our displays can survive strong accidental impacts, deliberate vandalism attempts, and harsh operating conditions that would easily destroy standard consumer-grade screens. The IK10 rating is achieved through a combination of toughened cover glass, typically 3mm to 10mm chemically strengthened glass, and a robust mechanical stack that distributes impact energy across the display assembly. When required, we can further enhance impact resistance with thicker glass, hardened protective shields, or reinforced mounting frames. This vandal-proof construction makes our IK10-rated displays ideal for public-facing applications where the hardware is exposed to uncontrolled use, such as outdoor self-service kiosks, smart vending machines, ticketing and payment terminals, EV charging stations, public information displays, and transit station equipment. They are equally well suited to harsh industrial environments where heavy machinery, falling objects, or rough handling are common. Every IK10-certified product is validated through our in-house impact testing program, and we can provide test reports and certificates to support your compliance and qualification processes. If your application demands an even higher level of protection, we can discuss additional options such as recessed mounting, metal bezels, and tamper-proof designs. Contact our sales team to discuss your impact-resistance requirements, and we will recommend the optimal configuration to protect your investment.

Yes, JuTouch touch screens are specifically designed for outdoor environments and deliver excellent sunlight readability, ensuring that your display remains bright, clear, and fully usable even under direct, intense sunlight. Achieving readable performance in sunlight requires a holistic approach, and we address every factor that affects visibility. First, we optimize brightness: our displays are available in high-brightness configurations ranging from 800 nits up to 2000 nits or more, so the image can overcome ambient glare and remain vivid in bright outdoor conditions. Second, we apply advanced optical treatments to the cover glass, including AG (anti-glare) coatings that diffuse reflected light and reduce specular glare, and AR (anti-reflection) coatings that minimize surface reflections, significantly improving contrast and readability. Third, we use optical bonding between the touch panel and the LCD, which eliminates the internal air gap and its associated reflections, further boosting contrast and making the display easier to read in sunlight. Our optical bonding process, using OCA or OCR materials, also enhances mechanical strength and protects the display from dust and moisture ingress. Additionally, our cover glass and lamination stack are designed to filter out the majority of harmful UV and IR radiation, which not only protects the LCD from long-term degradation but also keeps the display surface cooler, reducing heat buildup and preventing overheating in hot climates. For extreme environments, we also offer options such as automatic brightness control with ambient light sensors, heating elements for cold climates, and IP65/IP67 waterproof front bezels. Whether your application is an outdoor kiosk, EV charging station, marine display, agricultural terminal, or any other sunlit environment, JuTouch can provide a display solution that stays readable, reliable, and cool under even the harshest sunlight conditions.---

Yes, JuTouch capacitive touch screens can support touch operation while wearing gloves, with reliable performance for gloves up to approximately 5mm thick under suitable conditions. Whether glove touch works well depends mainly on two factors: the thickness of the cover glass on your touch panel and the material of the gloves being used. Thicker cover glass increases the sensing distance between your finger and the sensor electrodes, so the touch controller must have sufficient sensitivity to detect the weaker signal; our engineering team evaluates this relationship carefully and can select a high-sensitivity touch controller and tune its firmware to maximize glove-touch performance. As for glove materials, conductive elements or thin, snug-fitting gloves generally work best, while very thick insulated gloves (such as heavy winter work gloves) may require specific controller configurations or alternative sensing modes to respond reliably. To ensure the best possible experience, we recommend that you provide us with your actual glove samples, cover glass specification, and intended operating environment, so that our engineers can run feasibility tests and optimize the solution—including controller selection, sensor tuning, and firmware calibration—accordingly. For many industrial and medical applications, we can deliver glove-touch support with gloves of 1mm to 5mm thickness, and in some cases up to 10mm with specially tuned configurations, while still maintaining normal bare-finger touch performance. We can also combine glove support with other advanced features such as water rejection, palm rejection, and high noise immunity, ensuring reliable operation in demanding workplaces like factories, cold-storage facilities, laboratories, and outdoor field operations. To discuss your detailed requirements and get a tailored recommendation, please contact our sales department—we will evaluate your application and propose a suitable, cost-effective solution.