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Freya Yang

+86 18318948097

10.1″ 1000nits IP65 USB EETI 10-Point Industrial Touch Module 60Hz

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Key Specs

Model P/N

HSFPCY1

Size

10.1″

Resolution

1280×800

Brightness

1000 (Typ.)(cd/m²)

Viewing Angle

80°/80°/80°/80°（Typ.）

Connector Type

USB（Standard, Plug-and-Play）

Operating Temp

-30 ~

80 °C

Overall(mm)

227.5(W)×

146(H)×

16(D)

Upgrade Options (OEM/ODM)

huisoar

HSFPCY1

General Features

Brand

huisoar

Panel Size (inch)

10.1"

Model P/N

HSFPCY1

Resolution

1280×800

Brightness (nits)

1000 cd/m² (Typ.)

Viewing Angle

80°/80°/80°/80°（Typ.）

Contrast Ratio

1000:1（Typ.）

Response Time

3–6ms

Overall (mm)

227.5(W)×

146(H) ×

16(D) mm

Active Area (mm)

217.5 × 136.0

Refresh Rate

60Hz

Display Colors

16.7M

Panel Type

tft-lcd

Connector Type

USB（Standard, Plug-and-Play）

Surface Treatment

Tempered Glass, Anti-glare (AG), Anti-fingerprint (AF)（Customizable）

Operating Temp

-30 ~

80 °C

Touchscreen Type

Capacitive（G+G Structure）

Storage Temp

-40~85℃

Work Mode

Capacitive Multi-touch（PCAP）

Pixel Format

RGB

Weight (g)

500 g(Typ./Max.)

Designed For

Industrial Automation, Industrial HMI, Medical Equipment, Outdoor Industrial Terminals

The 10.1″ 1000nits IP65 USB EETI 10-Point Industrial Touch Module is a high-reliability, user-friendly display solution engineered for industrial Human-Machine Interface (HMI) and industrial automation applications, combining IP65 full-sealing waterproof/dustproof protection, EETI (Elan Microelectronics) industry-leading touch IC technology, USB plug-and-play connectivity, and 10-point precise multi-touch functionality to deliver seamless operation in harsh industrial environments. Tailored for industrial control panels, medical equipment, and outdoor industrial terminals—where durability, ease of integration, and stable touch performance are critical—it stands out with its 60Hz smooth refresh rate, wide operating temperature range, and CE/FCC/RoHS multi-certification, making it a top choice for industrial equipment manufacturers, HMI system integrators, and medical device providers worldwide.

Core Optical & Touch Performance for Industrial Scenarios

Equipped with a 1280×800 WXGA resolution TFT LCD panel (16:10 aspect ratio) and a G+G structured capacitive touch screen, this touch module ensures sharp, clear visual output for industrial control data, medical imaging, and outdoor industrial information—ideal for industrial HMI panels, industrial automation workstations, and medical device displays. The 10.1-inch compact size (16:10 widescreen) optimizes space utilization in compact industrial equipment, while the 16.7M color depth delivers vivid, accurate color reproduction for complex industrial interfaces and medical diagnostic content.

The 1000nits high brightness (up to 1500nits customizable) and sunlight-readable design eliminate glare under direct industrial site lighting or outdoor sunlight, ensuring critical data visibility in bright industrial environments—critical for outdoor industrial terminals and manufacturing floor control panels. The 88-95% high transmittance maximizes light utilization, balancing display brightness with energy efficiency, outperforming standard industrial displays (75-85% transmittance). The 3-6ms fast response time and 60Hz refresh rate eliminate motion blur and screen lag, ensuring smooth, responsive touch interactions for real-time industrial control and precise medical equipment operation.

Powered by EETI—a globally recognized brand for industrial touch ICs—this module delivers industry-leading touch accuracy, stability, and anti-interference performance, a key advantage over competitors using generic ICs. The EETI drive IC supports USB plug-and-play functionality, enabling instant connection with industrial PCs, PLCs, and embedded systems without additional drivers, significantly reducing integration time and costs. The capacitive (PCAP) touch technology supports 10-point multi-touch as standard (up to 60-point customizable), enabling complex gestures and intuitive operation—perfect for multi-function industrial HMI panels and medical device control interfaces. Unlike conventional touch displays limited to conductive objects, this module works seamlessly with fingers, regular gloves, industrial gloves, and active styluses, adapting to diverse industrial and medical operational environments. With a touch service life of ≥50 million touches and IK10 scratch resistance, it withstands heavy daily use, harsh industrial conditions, and frequent medical device disinfection, minimizing maintenance and replacement costs for high-reliability equipment.

Structural Reliability & Industrial-Grade Environmental Adaptability

Built with a fully sealed IP65 front panel design and tempered glass cover (≥6H hardness), this module delivers superior durability and protection compared to standard industrial touch modules. The IP65 rating safeguards against water splashes, dust, oil contamination, and chemical corrosion, making it suitable for industrial environments with high dust levels, wet conditions, and medical environments requiring strict hygiene (e.g., operating rooms, clinics). The industrial-grade operating temperature range of -30℃ to 80℃ ensures consistent performance in extreme climates—from freezing cold storage facilities to high-temperature manufacturing plants—while the optional anti-UV and anti-condensation features further enhance outdoor and industrial adaptability.

The excellent EMI resistance eliminates self-generated interference, a critical requirement for industrial environments with complex electronic equipment and medical devices sensitive to signal disruption. The USB interface (5V power supply, ≤5W power consumption) simplifies integration with existing industrial systems, eliminating the need for additional power adapters and reducing cabling complexity. The module supports VESA mount and panel mounting installation, facilitating flexible deployment in industrial control cabinets, medical equipment enclosures, and outdoor industrial terminals. Backed by CE, FCC, and RoHS certifications, it complies with global industrial and medical product safety standards, ensuring market access for global customers.

Customization & Procurement Advantages

A key highlight of this industrial USB touch module is its comprehensive customization capabilities, designed to meet specific industrial, medical, and outdoor project requirements. Customers can customize screen sizes (7″–23.8″), cover glass thickness and silk printing, shape and logo, FPC length & shape, interface types (USB/I2C/RS232), and controller IC (EETI/ILITEK). The 3-day custom design turnaround accelerates project development, allowing rapid prototyping and testing for time-sensitive industrial and medical projects. Customized logo, packaging, and graphic options are available with a minimum order of 100 pieces, catering to brand-specific needs for industrial and medical equipment.

For procurement teams, the tiered pricing structure offers cost advantages for bulk orders: 2-499 pieces at SG$115.00, 500-999 pieces at SG$55.00, 1000-1999 pieces at SG$105.00, and ≥2000 pieces at SG$200.00. The module is in stock, ensuring fast delivery with lead times of 3 days for 1-5 pieces, 7 days for 6-50 pieces, 15 days for 51-200 pieces, and negotiable for orders over 200 pieces. Shipping options include air + express via cooperative logistics, with a SG$30 discount on the first shipping order and an estimated transit time of 3-5 days. The 12-month warranty and 3-5 years long-term supply guarantee for ODM/OEM projects ensure stable product support, with consistent material sources and IC models—critical for long-term production of industrial and medical equipment.

Typical Application Scenarios

Primarily designed for industrial use, this 10.1-inch USB EETI touch module excels in diverse scenarios: industrial HMI control panels, industrial automation workstations, medical device displays (e.g., patient monitors, diagnostic equipment), outdoor industrial terminals, and medical device interfaces. Its IP65 waterproof/dustproof protection, EETI IC reliability, and USB plug-and-play design make it suitable for manufacturing facilities, hospitals, industrial parks, and remote outdoor industrial sites where standard displays would fail to withstand harsh conditions or ensure easy integration. The module’s compatibility with Windows XP/7/8/10/11, Android, Linux, and MacOS operating systems further extends its usability to diverse industrial, medical, and outdoor applications, from smart industrial sensors to medical monitoring systems.

Beyond traditional industrial and medical applications, the module can be integrated into ruggedized portable industrial devices, military-grade control systems, and outdoor industrial monitoring terminals—leveraging its IP65 protection, EETI IC performance, and industrial-grade build. The CE/FCC/RoHS certifications and wide temperature range extend its usability to global markets, ensuring compliance with regional safety and environmental standards.

The 10.1″ 1000nits IP65 USB EETI 10-Point Industrial Touch Module combines industrial durability, user-friendly USB connectivity, EETI IC authority, and high-precision touch performance to meet the core needs of modern industrial, medical, and outdoor applications. Its IP65 full-sealing design, 1000nits sunlight-readable brightness, EETI industry-leading IC, and long-term supply guarantee make it a standout solution for global industrial equipment manufacturers, medical device providers, and industrial HMI integrators. Contact the supplier to discuss customization options, bulk pricing, or sample orders tailored to your specific project requirements.

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Application Scenarios

Application scenario image for 10.1″ 1920×1080 1000nits IP65 Vandal-Proof Outdoor HMI Touch Module 3-6ms, 10.1 1920x1080

FAQ

What is the minimum order quantity (MOQ) for custom-sized automotive-grade displays with capacitive touch, like the 12.3" model shown?

For standard catalog models like the HSFPCY1, the minimum order quantity (MOQ) is typically set by the manufacturer to balance production efficiency and customer accessibility. For true custom-sized automotive-grade displays, which involve significant non-recurring engineering (NRE) for new glass, bonding, and validation, MOQs are project-specific and negotiated based on tooling costs and volume commitments. The exact MOQ for a hypothetical 12.3" custom model is not provided here. As a general rule for this class of product, buyers should expect to discuss prototype quantities and annual volume forecasts directly with the supplier's sales engineering team to establish a viable MOQ.

What is the typical lead time and production capacity?

The exact production capacity and lead time for the HSFPCY1 model are not specified on the product page. For standard industrial modules, typical lead times can range from 4-8 weeks for stocked or build-to-order items, extending to 12+ weeks for fully custom designs. Production capacity depends on component availability, factory scheduling, and order volume. For accurate project planning, procurement managers should request a formal lead time quotation, providing forecasted volumes. Suppliers typically manage capacity by maintaining safety stock of key components and offering flexible production slots for committed forecast orders to ensure supply continuity.

What are the packaging options for shipping and handling of fragile LCD panels?

Standard packaging for fragile LCD modules like the HSFPCY1 typically involves anti-static materials, corner protectors, and compartmentalized boxes to prevent shock, vibration, and electrostatic discharge (ESD) damage during transit. For bulk shipments, modules are often packed in stackable, rigid trays within master cartons. Specific packaging options—such as humidity-controlled bags, reinforced crates for international freight, or customized returnable packaging for recurring orders—are usually determined per order. Buyers should specify their handling, shipping (air/sea), and storage requirements during the order process to ensure the supplier applies the appropriate protective packaging protocol.

What is the typical lead time for custom display modules with specific interface requirements?

The lead time for custom display modules with specific interface requirements is not stated for the HSFPCY1. For custom projects, lead time is driven by the development cycle: interface changes (e.g., transitioning from USB to LVDS) require new PCB layout, firmware, and validation, adding several weeks to the schedule. After design approval, initial production typically takes 8-12 weeks, depending on component lead times. For procurement, the critical path is the engineering validation phase. Buyers should engage early with technical sales, providing detailed interface specs and target volumes to receive a project-specific timeline, which includes prototyping, testing, and production ramp-up phases.

What are the power consumption specifications for your sunlight readable displays in various brightness modes?

The product page does not list power consumption figures for the HSFPCY1 module. For sunlight-readable displays in this class, power consumption varies significantly with brightness setting, backlight technology (typically LED), and interface activity. As general guidance, a 10.1-inch 1000-nit module may draw between 3W to 6W at full brightness. Engineers should request the detailed datasheet for this specific model, which should include current draw (mA) for the logic board and backlight at various brightness levels (e.g., 50%, 100%). This data is essential for thermal design and power supply sizing in the end application.

What is the lead time for standard TFT display modules in your inventory?

The lead time for standard TFT display modules from inventory is not specified for the HSFPCY1. For standard catalog items, suppliers often quote shorter lead times (e.g., 2-4 weeks) if the module or its key components are in stock. However, 'standard' does not always imply immediate shipment from a local warehouse. The actual lead time depends on real-time stock levels, order quantity, and regional logistics. Procurement best practice is to confirm current stock status and guaranteed shipment dates at the time of purchase order placement, especially for time-sensitive projects, to avoid unexpected delays.

What are the power consumption specifications for your high-brightness outdoor displays?

The specific power consumption for the high-brightness HSFPCY1 display is not provided. For high-brightness outdoor displays, power draw is predominantly from the LED backlight. A 1000-nit panel like this one typically requires a robust backlight driver, and consumption can be estimated at 4-8 watts, depending on efficiency. The exact specification is critical for system design. Buyers must obtain the official product datasheet, which should detail input voltage range, typical and maximum current consumption for both the LCD controller and the backlight circuit. This allows for accurate power supply selection and thermal management planning in the end-product enclosure.

How do your displays perform in high-vibration or shock-prone environments typical in military or heavy machinery?

The product page does not include specific vibration or shock test data for the HSFPCY1. For displays intended for military or heavy machinery, key robustness features include a ruggedized mechanical design, secure connector locking, and often a metal frame or bezel. The G+G capacitive touch structure and solid bonding offer inherent resistance to shock. As standard project guidance, engineers should validate the module against their application's specific MIL-STD or IEC vibration profiles. Suppliers can typically provide guidance on mounting recommendations and may offer optional conformal coating or enhanced bonding to meet higher shock and vibration requirements for a given project.

How do you manage supply chain risks for key components like driver ICs or glass substrates, especially for long-term industrial projects?

For long-term industrial projects, managing supply chain risks for components like driver ICs and glass is critical. Standard practice involves dual-sourcing key ICs where possible, maintaining strategic buffer stock, and providing customers with advance component change notifications (PCN). For a specific model like the HSFPCY1, the exact strategy is not detailed. Buyers should inquire about the manufacturer's policy on end-of-life (EOL) management, minimum lifetime buy guarantees, and their track record for sustaining production of industrial modules over 5-10 year lifecycles. A reliable supplier will have transparent processes for qualifying alternate components to ensure continuity without compromising performance.

What are the brightness levels available for industrial displays, and can you customize beyond 1500 nits?

The HSFPCY1 model offers a brightness of 1001 nits. For industrial displays, standard brightness tiers often include 250, 500, 1000, and 1500+ nits. Customization beyond 1500 nits is typically available but involves engineering trade-offs. Higher brightness (e.g., 2000-2500 nits) requires specialized high-output LED backlights, enhanced thermal management, and often impacts power consumption and cost significantly. Buyers with such requirements should engage in a technical review to discuss optical bonding, heat dissipation, and expected LED lifespan at the target brightness. The supplier can then provide a feasibility assessment and custom quotation based on the specific performance and reliability goals.

Freya Yang

HuiSoar@dghuiteng.vip

+86 18318948097

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10.1″ 1000nits IP65 USB EETI 10-Point Industrial Touch Module 60Hz

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Core Optical & Touch Performance for Industrial Scenarios