Custom displays engineered to your spec
Global engineering support for your region
Designing and manufacturing displays since 1996
Send your spec and get a response within 24 hours
Customers we manufacture for
Integrated embedded systems
The display and the embedded system around it
Orient Display manufactures the display and delivers the electronics, software and enclosure around it, from spec to production.
- Driver & controller electronicsInterface and controller boards matched to the panel and your processor.
- SoftwareDrivers, firmware and board-support code that run the display from your processor.
- Display & GUILCD, TFT, OLED and e-paper with touch, backlight and optical bonding, plus the on-screen interface your users see.
- EnclosureMechanical design, materials and finish for the housing of the finished unit.
The display and the system around itSee each layer →
Have a custom project?
- Engineered to your spec, guided by engineers, not just a quote form
- Custom variants from standard products often run $5K–$10K in tooling, versus $250K+ for ground-up custom
- MOQ, tooling and lead time handled up front, in plain numbers
- Samples before you commit to production
Need standard parts now?
- In-stock modules, no minimum order quantity
- Buy direct, or through DigiKey and Amazon
- Same displays, same quality, off the shelf
- Often the starting point for a later custom design-in
From a spec to production in four steps
A high-consideration process made legible. Send a spec — our engineers take it from there.
Send your spec
Share your specs — drawing, datasheet, or a plain description works.
Engineering review + DFM
Real design-for-manufacturability feedback on feasibility, interface and cost drivers.
Quote with MOQ, tooling & lead time
Itemized numbers, not a black box.
Samples → production
Approve samples, then move to volume with a named contact.
Typical lead times: samples 3–6 weeks, production 4–8 weeks.
Display capabilities across every technology
Every display technology we manufacture, each with a spec-first capability page that ends in a quote request.
LCD displays
Character, graphic, JAZZ, glass panels and monochrome TFT.
Explore LCD →
TFT displays
Standard panels, round & bar, sunlight-readable, and with-touch.
Explore TFT →
OLED displays
PMOLED modules and Arduino / maker breakouts.
Explore OLED →
E-Paper
Active-matrix EPD modules, color e-paper and large-format.
Explore E-Paper →
Touch panels
Projected-capacitive and resistive, with cover-glass options.
Explore touch panels →
Embedded & custom
Embedded display modules with onboard control, and fully custom-engineered displays built to your spec.
Start a custom project →
Dev tools & accessories
Demo & eval boards, control boards, connectors, cables and PCB.
Explore dev tools →Check our latest posts
Mini-PCs now sit behind signage, kiosks, HMIs and conference systems. A joint white paper from New Era Electronics and Orient Display on where they fit and how to match the display.
Ever noticed a thin black border around the non-display area of an e-paper screen? Discover what causes this unexpected effect, how electrostatic charging during FPL processing plays a role, and what manufacturers can do to minimize it for a cleaner, more consistent display appearance.
Learn how to calculate E-paper power consumption and estimate daily energy usage with a practical example. This guide explains E-paper operating, Sleep, and Deep Sleep modes, power vs. energy consumption, and key considerations for optimizing battery life in low-power E-paper applications.
As Dragontrail™ cover glass approaches discontinuation, securing supply continuity and preparing alternative materials are becoming key priorities for display and touch panel programs. This article explores practical mitigation strategies, alternative glass solutions, and reliability considerations to help manufacturers minimize disruption and ensure long-term product stability.
Automotive rearview mirror reflectance plays a critical role in balancing image clarity, driver visibility, and glare reduction. This article explains global reflectance requirements and how Liquid Crystal (LC) smart dimming technology enables adaptive mirror performance for safer and more comfortable driving experiences.
Designing a reliable outdoor display requires more than high brightness—it demands careful consideration of thermal management, optical performance, environmental durability, and touch reliability. This comprehensive checklist highlights the key design factors to help engineers build displays that perform in even the harshest outdoor conditions.