18.5Inch Industrial Capacitive Touch LCD Module with USB Controller

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Key Specs

Model P/N

GX185PW01 V8

Size

18.5″

Resolution

1024×768

Brightness

500 (Typ.)(cd/m²)

Viewing Angle

178° / 178° (H/V)

Connector Type

RGB, LVDS, MIPI, USB, I2C, RS232(Multi-Interface Optional)

Operating Temp

-30 ~
85 °C

Overall(mm)

444.4(W)×
291.3(H)×
14.2(D)
Upgrade Options (OEM/ODM)

huisoar

GX185PW01 V8

General Features

Brand

huisoar

Panel Size (inch)

18.5"

Model P/N

GX185PW01 V8

Resolution

1024×768

Brightness (nits)

500 cd/m² (Typ.)

Viewing Angle

178° / 178° (H/V)

Contrast Ratio

2500:1(Typ.)

Response Time

3–6ms

Overall (mm)

444.4(W)×
291.3(H) ×
14.2(D) mm

Active Area (mm)

408.24 × 255.16 mm

Refresh Rate

100Hz

Bezel Opening

428 × 278 mm

Display Colors

16.7M / 262K

Panel Type

tft-lcd

Connector Type

RGB, LVDS, MIPI, USB, I2C, RS232(Multi-Interface Optional)

Surface Treatment

AR / AF / AG / Mirror / Anti-Bacteria

Operating Temp

-30 ~
85 °C

Touchscreen Type

Projected Capacitive Touch

Storage Temp

-40°C to 95°C

Work Mode

Capacitive Touch, Multi-touch Supported

Input Voltage (V)

12

Touch Interface

USB / I2C / RS232

Designed For

Industrial HMI, wall-mounted monitor, gaming device, kiosk, medical equipment, outdoor display

The 18.5 inch industrial touch LCD module is designed for commercial and industrial environments requiring reliable multi-touch interaction, high durability, and stable display performance. Featuring a projected capacitive touch structure with 10-point touch capability, this module supports smooth user interaction for kiosks, industrial control systems, wall-mounted monitors, and smart equipment interfaces.

Its IPS TFT LCD panel provides wide 178-degree viewing angles, ensuring consistent image quality from different positions. Combined with USB touch controller integration and customizable surface treatments, this display solution is suitable for demanding industrial applications and interactive systems.

18.5 Inch Industrial Touch LCD Module for Interactive Systems

Multi-Touch Capacitive Operation

This 18.5 inch industrial touch LCD module supports up to 10 simultaneous touch points, enabling responsive gesture control and accurate user interaction. The EETI controller architecture provides stable touch performance for commercial terminals, industrial HMI systems, and interactive displays.

The module also supports glove operation and multiple active stylus pens, making it practical for medical, factory, and self-service environments where standard consumer touch panels may fail.

IPS Wide Viewing and Stable Display Quality

The IPS TFT LCD structure delivers a 178° viewing angle in both horizontal and vertical directions. This ensures stable brightness and color consistency in public display systems and industrial equipment.

The LED backlight system improves display reliability while supporting long operating cycles in commercial installations.

Durable Structure and Environmental Reliability

Reinforced Glass and Impact Resistance

Designed for industrial-grade durability, the module includes surface hardness above 6H and IK07 impact resistance. This helps protect the display against vandalism, accidental impact, and heavy-use operating environments.

Optional AR, AF, and AG surface treatments improve readability and reduce glare, reflections, and fingerprint contamination in outdoor or high-light environments.

Waterproof and Wide Temperature Operation

The display supports waterproof and dustproof installation designs, including IP65-capable integration solutions. It can operate within a wide temperature range from -30°C to 85°C, making it suitable for transportation equipment, outdoor kiosks, and industrial automation systems.

The touch system is engineered to continue functioning properly even with water exposure or when users operate the panel while wearing gloves.

Customization Options for Industrial Applications

Flexible Touch and Bonding Configurations

This 18.5 inch industrial touch LCD module supports multiple sensor materials including G+G glass, G+FF film, and metal mesh structures. Air bonding and optical bonding configurations are available depending on optical and environmental requirements.

Customers can also customize:

  • Cover glass thickness
  • Logo printing
  • Curved glass structure
  • Interface type
  • Surface coatings
  • Display bonding method

Applications Across Multiple Industries

This module is suitable for:

  • Industrial control systems
  • Interactive kiosks
  • Medical equipment
  • Wall-mounted monitors
  • Gaming terminals
  • Smart retail systems
  • Transportation displays
  • Outdoor information terminals

For industrial projects requiring durable touch solutions, this display module provides a combination of large-format viewing, reliable capacitive touch technology, and flexible customization support. Contact us for OEM and industrial integration services.

Application Scenarios

FAQ

What is the minimum order quantity (MOQ) for custom display modules with specific touch interfaces?

For custom display modules with specific touch interfaces, the minimum order quantity (MOQ) typically starts at 100 to 500 pieces for standard modifications, but can vary based on complexity and customization level. For this specific model (GX185PW01 V8), the exact MOQ for custom touch interface configurations should be confirmed directly with the supplier, as it depends on factors such as interface type (USB, I2C, RS232), touch controller selection, and surface treatment requirements. Standard modules may have lower MOQs, while fully customized versions often require higher volumes to justify tooling and engineering setup costs.

What is the minimum order quantity (MOQ) for custom TFT displays with specific touch screen integration?

For custom TFT displays with specific touch screen integration, the MOQ generally ranges from 100 to 1,000 units depending on the degree of customization. This includes modifications to the touch sensor, cover glass, optical bonding, or interface. For the GX185PW01 V8 model, which already integrates a projected capacitive touch panel, custom integration options such as anti-glare coating, anti-fingerprint treatment, or enhanced durability glass may be available. The exact MOQ for such customizations is not listed in the provided specifications and should be requested from the manufacturer, as it depends on production batch size and supply chain factors.

What is the minimum order quantity (MOQ) for custom display modules with integrated touch and controller boards?

For custom display modules with integrated touch and controller boards, the MOQ is typically in the range of 200 to 500 pieces for moderate customizations, and may be higher for fully bespoke designs. The GX185PW01 V8 module includes a USB touch controller as standard, but custom controller board configurations (e.g., different interface protocols, firmware modifications, or specific connector layouts) are possible. Since the exact MOQ for this model is not specified in the provided data, it is recommended to contact the supplier with detailed requirements to obtain a precise quote. Volume commitments often influence pricing and lead time.

What touch technologies do you support (resistive, capacitive, in-cell) and which do you recommend for high-brightness medical equipment displays?

We support projected capacitive (PCAP) touch technology as standard on this module, which is the recommended choice for high-brightness medical equipment displays due to its excellent optical clarity, multi-touch capability, and resistance to contaminants. Resistive touch is also available for some applications but is less suitable for medical environments because of lower durability and reduced touch sensitivity. In-cell touch is not offered for this model. For medical displays, PCAP with optical bonding to the TFT panel reduces glare and improves readability in bright conditions, making it ideal for patient monitors, diagnostic equipment, and surgical displays where hygiene and reliability are critical.

What is the typical lead time for stretched bar LCD displays in automotive applications?

For stretched bar LCD displays used in automotive applications, typical lead times range from 8 to 16 weeks, depending on the complexity of the design, customization level, and current supply chain conditions. This estimate is based on industry standards for industrial display modules. The exact lead time for a specific model like the GX185PW01 V8, which is a standard 18.5-inch panel and not a stretched bar display, would be shorter, usually 4 to 8 weeks for standard configurations. For custom automotive-grade stretched bar displays, lead times can be longer due to additional validation and qualification requirements. Please confirm with the supplier for your specific project timeline.

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

The minimum order quantity for custom-sized automotive-grade displays with capacitive touch, such as a 12.3-inch model, is typically 500 to 1,000 units for initial production runs. This accounts for the tooling, optical bonding, and automotive-grade component sourcing required. For the GX185PW01 V8, which is an 18.5-inch industrial module, the MOQ for standard configurations is generally lower, but custom automotive-grade versions would follow similar volume requirements. Since exact MOQ figures for this specific model are not provided, it is advisable to discuss your volume needs with the supplier to obtain a tailored quotation and lead time estimate.

What are the key differences between Tianma, BOE, Innolux, and AUO panels in terms of quality, availability, and cost for industrial use?

Tianma, BOE, Innolux, and AUO are all major LCD panel manufacturers with distinct strengths. Tianma panels are known for good quality and competitive pricing, with strong availability in industrial and automotive segments. BOE offers high volume production and cost-effective solutions, but may have longer lead times for niche sizes. Innolux provides a balance of performance and cost, with wide product ranges and reliable supply. AUO panels are often preferred for high-brightness and wide-temperature applications, with premium pricing. For the GX185PW01 V8, the panel brand is not specified, but Huisoaar typically sources from tier-1 suppliers. Buyers should evaluate based on specific project requirements for brightness, contrast, viewing angle, and supply stability.

What are the available connector types and pinouts for your 21.5" LVDS panels, and do you offer adapter cables or reference designs?

For the GX185PW01 V8 model, the available connector types include RGB, LVDS, MIPI, USB, I2C, and RS232, offering flexible integration options. The exact pinout configuration for the LVDS interface is not detailed in the provided specifications, but standard 30-pin or 40-pin LVDS connectors are common for 18.5-inch panels. Adapter cables and reference designs are typically available upon request from the supplier to simplify system integration. For other models like a 21.5-inch LVDS panel, similar support is offered. It is recommended to request the specific datasheet and connector pinout diagram for your chosen model to ensure compatibility with your system design.

Can you provide detailed specifications and pricing for the Tianma C2150FHF1ME01 21.5" panel, including brightness, contrast, and interface options?

The provided product information does not include specifications for the Tianma C2150FHF1ME01 21.5-inch panel. For detailed specifications such as brightness, contrast, and interface options for that specific model, please refer to the manufacturer's datasheet or contact the supplier directly. As a general guideline, 21.5-inch industrial panels typically offer brightness levels from 250 to 1000 nits, contrast ratios around 1000:1 to 3000:1, and interfaces such as LVDS, eDP, or VGA. Pricing depends on volume, customization, and market conditions. For the GX185PW01 V8 model, we can provide full specifications and pricing upon request.

Do you provide technical support for interfacing your LVDS or eDP display modules with common embedded processors (e.g., Raspberry Pi, i.MX series)?

Yes, we provide technical support for interfacing our LVDS or eDP display modules with common embedded processors. For the GX185PW01 V8, which supports multiple interfaces including LVDS and USB, we can offer guidance on connecting to platforms such as Raspberry Pi (via DPI or HDMI to LVDS converter), i.MX series (via LVDS or parallel RGB), and other ARM-based processors. Support typically includes reference schematics, timing diagrams, and configuration advice for the touch controller. For specific processor integration, it is recommended to share your system requirements so our engineering team can provide tailored assistance, including driver support and interface adapter recommendations.

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