20 years of experience in customized display solutions, from LCD and touch-screen design to integrated display assemblies for industrial, medical, automotive and smart-device applications.
Requirement review · DFM evaluation · production transfer
Before tooling or samples begin, engineering reviews the display specification, touch behavior, mechanical drawings, interfaces, operating environment, target quantity and expected product lifecycle. The approved solution is then transferred into controlled documentation for prototype, pilot build and recurring production.
Display, touch, controller, interface and mechanical requirements are evaluated together against the target application.
Key optical, electrical, structural, environmental and supply risks are identified before design release.
Engineering, sourcing, quality and production align the BOM, drawings, tooling, samples and validation plan.
Golden samples, work instructions and inspection limits carry approved requirements into repeatable manufacturing.
A focused selection of standard and application-oriented displays. Each model can serve as a starting point for interface, brightness, touch, cover-lens and mechanical customization.
A versatile IPS platform for controls, medical equipment and embedded HMI applications.
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Custom icons, viewing area, backlight, connector and mechanical structure in a high-contrast monochrome display.
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High-brightness, extended-temperature viewing for outdoor instruments and equipment.
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Display, touch, cover glass and controller integration for self-service ordering and payment equipment.
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An elongated format for compact control panels, instruments and embedded interfaces.
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A high-contrast compact display for wearable, portable and space-constrained smart devices.
View Product →Before selecting a module or defining a custom structure, these technical factors often have the greatest influence on real-world performance, integration risk and product lifetime.
Readable outdoor displays depend on luminance, front-surface reflection, optical bonding, polarizer orientation and the complete cover-lens stack. These factors should be evaluated together for the actual installation environment.
Sensor structure, controller selection, firmware tuning, grounding and cover-glass thickness all influence touch response. Reliable operation requires the complete touch stack to be tuned under the intended use conditions.
TFT, monochrome LCD, OLED and integrated HMI platforms differ in power consumption, interface complexity, lifetime, visibility and environmental suitability. Selection should follow the product requirements and supply plan.
Long-life OEM equipment needs more than one successful production run. We help customers manage component availability, controlled changes and technical continuity as the project moves through recurring orders.
Supply planning can be aligned with long-term OEM programs based on the approved component and forecast plan.
Component notices and end-of-life risks are monitored so replacement work can begin earlier.
Proposed alternatives are reviewed for mechanical, optical, electrical and reliability impact.
Project-specific drawings, history and engineering communication continue beyond initial approval.
Real project milestones—from supplier comparison and sample validation to on-site factory review—show how customer programs progress in practice.
A 3.5-inch 320 × 480 IPS TFT with capacitive touch was evaluated alongside alternative display samples before the customer selected the Victronix solution.
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Technical communication, sample preparation and project follow-up helped the customer move efficiently from the initial inquiry to an approved display sample.
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An on-site visit gave the customer direct access to the production environment, engineering discussion and the next steps for an official supplier audit.
Read the Story →Commercial and technical points commonly reviewed by OEM purchasing teams before samples, tooling and production approval.
Yes. Send the existing drawing, specification or physical sample for comparison. Our engineers can review the outline, active area, interface, voltage, timing, touch structure and mechanical fit before proposing a replacement or redesigned solution.
MOQ depends on whether the project uses a standard platform or requires custom LCD glass, backlight, FPC, touch sensor, cover lens, tooling or special materials. The applicable prototype and production quantities are confirmed after the configuration review.
Possible charges may relate to custom LCD masks, backlight molds, FPC tooling, capacitive-touch sensors, printed cover glass, mechanical parts or controller development. Each item should be identified separately in the quotation before development begins.
The approved drawing, BOM, golden sample and acceptance criteria establish the production baseline. Work instructions and inspection limits carry these requirements into recurring manufacturing, while proposed material or process changes are reviewed before implementation.
Project files can be managed according to agreed confidentiality requirements, and an NDA can be reviewed before detailed mechanical drawings, interface definitions or other sensitive information are exchanged.
Lead time is influenced by display and IC availability, the level of customization, touch and cover-glass processing, tooling, optical bonding, controller development, validation requirements and the planned production quantity.
Share your target size, interface, application and estimated quantity. Our engineering team will respond with the right next step.
The VXT350HQS-01X-W is a 3.5-inch TFT LCD module with 320x240 QVGA resolution and an anti-glare top polarizer — the only module in our range that specifies one. Combined with all-direction viewing and no grayscale inversion, it stays readable wherever the operator stands and wherever the light comes from, without spending brightness or backlight life on the problem. Rated -30 to +85°C, with 24-bit RGB for video and a separate SPI channel for configuration.
The VXT430BPSA-04 is a 4.3-inch high-brightness TFT LCD module built for equipment that works outdoors or in harsh industrial environments. Two ratings define it: a bright backlight driven harder than standard, and a -30 to +80°C operating range that covers sealed enclosures in summer and unheated installations in winter. The brightness has a price — the same 16-LED array lasts 20,000 hours here against 50,000 in our standard-brightness module. Supplied without touch, with 24-bit RGB888 and 16 LEDs at 24 V.
The VXT430HPWA-03C is a 4.3-inch TFT LCD module with 480x272 resolution and integrated capacitive touch, wired as two independent subsystems: the display runs on its own 40-pin interface and VDD rail, while the FT5446 touch controller has a separate 6-pin FPC and its own VDD-CTP supply. That lets you power the display down and keep touch alive, or reset touch without touching the display. Rated 850 cd/m² and -30 to +85°C, it suits outdoor handheld terminals, field instruments and portable equipment.
The VXT270AUOP-01C is a 27 inch HMI display module with Full HD resolution, 10-point capacitive touch, 300 cd/m² brightness and a 3000:1 contrast ratio. Dual-channel LVDS and USB touch support integration into industrial control systems.
The VXT215AUOP-01C is a 21.5 inch HMI display module with Full HD resolution, 10-point capacitive touch and 250 cd/m² brightness. Dual-channel LVDS, USB touch and an aluminum-profile housing support integration into industrial equipment.
The VXT700TOSA-01 brings a circular display format to digital dials, status indicators and distinctive product interfaces. Its 1080×1080 resolution and 4-lane MIPI connection support detailed graphics designed around a central focal point.
The VXT430HPWA-03C is a 4.3-inch TFT LCD module with 480x272 resolution and integrated capacitive touch, wired as two independent subsystems: the display runs on its own 40-pin interface and VDD rail, while the FT5446 touch controller has a separate 6-pin FPC and its own VDD-CTP supply. That lets you power the display down and keep touch alive, or reset touch without touching the display. Rated 850 cd/m² and -30 to +85°C, it suits outdoor handheld terminals, field instruments and portable equipment.
The VXT350HQS-01X-W is a 3.5-inch TFT LCD module with 320x240 QVGA resolution and an anti-glare top polarizer — the only module in our range that specifies one. Combined with all-direction viewing and no grayscale inversion, it stays readable wherever the operator stands and wherever the light comes from, without spending brightness or backlight life on the problem. Rated -30 to +85°C, with 24-bit RGB for video and a separate SPI channel for configuration.
The VXT500BWEF-01 is a 5.0-inch transflective TFT LCD module with 800x480 resolution — the only transflective panel in our range. It reads in sunlight by reflecting ambient light rather than outshining it, and the backlight can be dimmed or switched off outdoors, cutting power sharply. Brightness is 200 cd/m² with 60:1 contrast and a 15 ms response, the fastest we specify. The panel is a 6 o'clock type and the logic rail runs from 2.5 V to 3.3 V. Rated -20 to +70°C.
This Victronix 7 inch 1024x600 IPS TFT Module is a high-quality 7 inch TFT-LCD module engineered for demanding industrial applications. Featuring an IPS panel with a sharp 1024 × 600 resolution, it delivers vibrant 16.7 million colors and wide 178° viewing angles (all directions) for consistent visual clarity. With a typical brightness of 250 cd/m² and 800:1 contrast ratio, this display ensures readability in diverse lighting conditions. As a professional manufacturer and supplier of TFT modules in China, Victronix 7 inch TFT Module is fully compliant with ROHS environmental standards, ensuring superior application performance. We offer a customized service to meet the needs of our customers.
This Victronix 5.65 inch 640x480 IPS TFT Module is a high-performance 5.65 inch TFT-LCD module engineered for reliability in industrial environments. Featuring an IPS panel with 640×480 (VGA) resolution and 16.7 million colors, it delivers exceptional visual clarity with wide viewing angles of 80° (3/6/9/12 o’clock directions). As a professional manufacturer and supplier of TFT modules in China, Victronix 5.65 inch TFT Module is fully compliant with ROHS environmental standards, ensuring superior application performance. We offer a customized service to meet the needs of our customers.
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As display technology continues to evolve, compact and specialized screens are becoming increasingly important across industrial control systems, smart home devices, medical equipment, automotive electronics, and IoT terminals. Among these solutions, the 2.9 Inch Bar TFT Module has emerged as a highly efficient display option due to its unique elongated form factor, excellent color performance, and flexible integration capabilities.
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