Data acquisition terminals are often deployed in harsh industrial environments—factory floors, outdoor field stations, or mobile logistics hubs. In these settings, standard rubber keypads quickly degrade: surface stains become permanent, legends fade under repeated finger contact, and inconsistent electrical conductivity leads to missed inputs or system errors.
ES Silicone addresses these reliability gaps with a precision-molded silicone keyboard specifically engineered for data acquisition equipment. The surface uses a specially formulated silicone compound that resists staining and maintains a clean, refined appearance even after continuous handling. Laser-engraved characters with high light transmittance enable effortless operation under dim lighting or night shifts, while low-resistance conductive black pills on the reverse side ensure every keystroke triggers a clean, stable signal.
1. Surface That Stays Clean Under Heavy Use:Industrial data terminals see constant handling by multiple operators each day. The custom silicone keypad surface uses a non-stick, anti-stain silicone formulation. Unlike standard rubber that absorbs oils and dirt, this surface resists smudges and fingerprints, maintaining a clean, professional look throughout the equipment's lifecycle. Simple wiping restores the original finish.
2. Multi-Layer Screen Printing + Spray Coating + Epoxy Resin Potting : Unlike standard printed legends that wear off within months, ES Silicone's integrated in-house process applies multiple layers of screen printing for sharp, high-contrast characters, followed by spray coating for abrasion resistance, and finally epoxy resin potting on top. The resin layer provides superior sealing protection while fully encapsulating and preserving the printed legends—ensuring they never fade, rub off, or become illegible over time. All completed under one roof for tighter quality control and faster turnaround.
3. Reliable Signal Transmission with High-Quality Conductive Pills:Each key on this silicone keyboard for industrial terminals features premium, low-resistance conductive black pills positioned precisely on the reverse side. These pills provide a stable electrical connection to the PCB with every press, eliminating signal dropouts or double-triggering issues. This ensures accurate data entry regardless of how rapidly an operator types.
1.Industry Compatibility:
Industrial Automation & Manufacturing: Factory floor HMI terminals, CNC machine control panels, production line data entry stations.
Logistics & Warehousing: Handheld barcode scanners, mobile inventory terminals, warehouse management system keypads.
Field Data Collection: Outdoor surveying equipment, agricultural measurement devices, environmental monitoring terminals.
Security & Access Control: Biometric entry keypads, outdoor security terminal interfaces, guard patrol checkpoint devices.
2.Core Product Application Scenarios:
Industrial Silicone Keypads: Durable key input solutions for factory automation and heavy machinery control.
Laser Engraved Silicone Keypads: High-clarity, permanent legends for low-light or night-shift operations.
Anti-Stain Silicone Keyboards: Surface-treated keypads that resist dirt and oils in multi-user environments.
Waterproof Silicone Keypads: Sealed designs to protect internal PCBs from moisture and dust ingress in outdoor terminals.
1.Fully Customized Products: All ES Silicone products are custom-made based on customer requirements.
2.MOQ Requirements: MOQ varies by product category, structure, and production requirements. Typically, orders start from 100 pieces.
3.Prototype & Mass Production: We support prototype validation before mass production. Reasonable prototype fees apply and may be credited for qualified projects.
4.Engineering Support: Our engineering team provides DFM evaluation to optimize product feasibility and ensure stable production.
5.More Project Cases: Website examples represent selected non-confidential projects. Contact us for more customized applications and solutions.
6.Learn More About ES Silicone: Discover our capabilities and workflow through Who We Are and How We Work.