The Art of Premium HMI: Merging Specialized Shapes with Advanced Surface Engineering

In the competitive landscape of high-end device design, "standard" is no longer enough. To stand out, a product must offer both a unique aesthetic identity and flawless functional performance. At Shenzhen Richarmony Technology Co., Ltd., we are pushing the boundaries of display technology by combining our Special-Shaped TFTs with Advanced Cover Glass Treatments, creating a truly "Bespoke" display series.

Modern industrial designers are moving away from the traditional 4:3 or 16:9 box. Our high-end series offers:

• Circular & Oval Displays: Perfect for smart home thermostats, high-end kitchen appliances, and wearable medical devices. Our round TFTs offer seamless UI integration without "dead corners."
• Bar & Ultra-Wide Displays: Ideal for automotive dashboards, digital signage, and server rack monitoring where vertical or horizontal space is at a premium.
• Corner-Cut & Notched Designs: Customized shapes that wrap perfectly around mechanical knobs or sensors.

A unique shape catches the eye, but the surface treatment ensures the user experience remains premium in any condition. We offer three core optical enhancements:

• AG (Anti-Glare): By etching the glass surface, we scatter reflections. This is essential for industrial control rooms and outdoor kiosks where overhead lights or sun can obscure the screen.
• AR (Anti-Reflection): A multi-layer coating that increases light transmission. It makes the "blacks" look deeper and the colors more vivid—a must-have for high-end medical imaging.
• AF (Anti-Fingerprint): A hydrophobic and oleophobic layer that makes the screen feel silky smooth to the touch. It resists oil and smudges, ensuring your high-end device stays clean even after a day of heavy use.

"We don't just sell panels; we deliver a complete visual identity," says Mason (Ming), our Technical Sales Lead. "By combining an Ultra-Wide Bar Display with AG+AF coating, we help our automotive clients create dashboards that are both stunningly futuristic and safely readable under direct sunlight."