capacitive touch panel · custom touchscreen · PCAP customization · Jul 02, 2025

The Advantages of Custom Touchscreens Over Standard Solutions

When off-the-shelf products can’t fully meet your technical or functional requirements, a standard touchscreen often falls short. Whether it's a specific size, performance metric, or durability factor, custom touch solutions offer unmatched precision and flexibility.

Why Go Custom?

Even minor design changes—such as adjusting the thickness of the cover glass, supporting glove or water touch, or requiring unique optical coatings—can push a standard model beyond its limits. A custom touchscreen, on the other hand, is built from the ground up to align with your project’s specific needs.

Additionally, customized components ensure full global traceability. This protects your design, specifications, and investment from duplication or miscommunication across suppliers.

Yunlea’s Custom Touchscreen Capabilities

As a trusted provider of professional PCAP (Projected Capacitive) solutions for over a decade, Yunlea delivers tailored solutions to meet industrial and medical requirements with confidence.

🌟 Key Advantages:

✅ 10+ Years of Experience in industrial and medical touchscreen development
✅ Powerful ODM/OEM Capabilities with rapid prototyping and volume production
✅ Wide Size Range: Standard or custom dimensions up to 65 inches
✅ Up to 40 Multi-Touch Points for enhanced interactivity
✅ Supports 10mm Cover Glass Thickness
✅ Advanced Surface Treatments: Anti-Glare (AG), Anti-Reflective (AR), Anti-Fingerprint (AF)
✅ Waterproof and Glove-Friendly Touch
✅ Flexible Sensor Structures: GG, GF, GFF available
✅ Extreme Temperature Support: Operates from -40°C to +85°C
✅ LCD Integration: Full range up to 10.1 inches, with high brightness and resolution
✅ Bonding Options: Optical or tape bonding with PCAP modules

More Than Just Performance—Cost Efficiency Too

While standard solutions are perceived as more economical, they may result in long-term inefficiencies. A custom touchscreen can be optimized for your use case, improving reliability and potentially lowering the total cost of ownership by reducing waste, failure rates, and unnecessary features.