Ever dealt with a treadmill screen going haywire after a sweaty workout? Or a parcel locker touchscreen that refuses to respond on a rainy day? Or a smart display in the kitchen that freaks out the moment your wet fingers touch it?
These scenarios share one common enemy — water.
Water is the natural adversary of capacitive touch technology. Water droplets on a screen interfere with capacitive sensing, causing touch drift, false triggers, or complete failure. That's why most touchscreen devices become nearly unusable the moment they get wet.
But some applications demand reliable touch performance — even when the screen is wet.
ChipSailing's Solution: Waterproofing from the Silicon Up
The waterproof capability of ChipSailing's large-format touch controller isn't achieved through screen films or software workarounds. It starts at the chip level, integrating nine noise reduction techniques across three layers — signal acquisition, circuit architecture, and algorithm processing — to deliver a complete solution for touch operation in wet environments. These three layers work in concert to enable true underwater touch — not just "still works after a splash," but full submersion with precise, smooth, drift-free control.
Industry-Leading Performance
The large-format touch controller market has long been dominated by overseas players. Imported solutions tend to be costly, come with long lead times, and offer limited flexibility for customization. ChipSailing takes a different approach — letting the technology speak for itself. In two critical areas — waterproof performance and reliability — ChipSailing's technology has reached a leading level, which is exactly why customers are making the switch.
Beyond Waterproofing: Full-Scenario Coverage
In everyday scenarios like smart displays, ChipSailing delivers responsive touch even when hands are wet and oily from cooking, when condensation builds up during a bath, or when sweat drips onto the screen during a workout.
In more demanding environments, the performance is equally reliable:
Industrial control: Glove operation, oily or wet panels — no impact on performance;
Outdoor equipment: Stable touch in heavy rain, high humidity, and condensation;
In-vehicle displays: High temperatures, interior condensation, damp fingers — all accurately recognized;
Marine cockpits: Continuous exposure to water mist and salt spray, where touch accuracy is mission-critical — a signature application for ChipSailing's large-format touch controllers.
10 to 110 Inches, Full Size Range Coverage
ChipSailing's large-format touch controller is among the first domestically developed chips to cover the full 10–110 inch range, delivering millisecond-level response times and precise touch even under harsh conditions such as strong electromagnetic interference, oil contamination, and gloved operation. A 20V/30V high-voltage drive significantly enhances anti-interference capability, ensuring stable performance even in electromagnetically noisy environments. With self-developed core algorithms and a modular design, development cycles are up to 50% shorter compared to imported alternatives.
These technical advantages are translating into real market traction. ChipSailing's large-format touch controllers are now deployed across retail, smart devices, and conferencing & education — covering over 20 application scenarios including POS terminals, vending machines, medical equipment, and interactive whiteboards.
From market entry to technology leadership, ChipSailing is ensuring that every screen can handle water and sweat with confidence.