Office attendance machines and time-recording terminals experience high-frequency daily use. Multiple employees scan, clock in, and input codes throughout the workday. In standard silicone keypads, this frequent handling gradually wears down the character legends, affecting both appearance and operational clarity until the keys become unreadable.
ES Silicone addresses this common office equipment problem with a durable attendance machine silicone keypad. The buttons are integrally molded using multi-color silicone, with characters formed directly into the mold via a 0.5mm recessed engraving. A subsequent spray-and-scrape paint process fills these recessed areas, ensuring the character ink sits below the surface, permanently protected from finger friction. The entire surface receives a PU spray coating to improve tactile comfort and dust resistance, while the reverse side is fitted with an FPC (Flexible Printed Circuit) to meet the growing demand for thinner, compact terminal designs.
1. Mold-Engraved Characters That Never Wear Off:In most low-cost keypads, surface-printed legends rub off within months. ES Silicone uses a precision mold-engraving process where characters are recessed 0.5mm into the silicone surface. The ink is then sprayed into these recesses and scraped flat. This places the character ink physically below the user's finger contact plane, ensuring the custom silicone keypad retains clear legends throughout its entire service life, even after millions of daily presses.
2. Multi-Color Silicone Integral Molding:The keypad body is molded in a single piece using multiple silicone colors fused directly during the compression molding cycle. This eliminates the need for glued caps or surface color layers. The multi-color silicone keypad maintains sharp, distinct color zones that do not delaminate or fade over time, contributing to a clean, professional look for the office terminal.
3.PU Surface Coating for Comfort and Cleanliness:Raw silicone tends to attract dust and feel sticky after prolonged handling. ES Silicone applies a uniform PU (polyurethane) spray coating to the entire keypad surface. This treatment improves the soft-touch feel and significantly enhances the office silicone keyboard's dustproof properties, making it easy to clean and maintain in busy, shared office environments.
1.Industry Compatibility:
Office & Corporate Environments: Employee time attendance machines, access control terminals, intercom panels, and office door entry systems.
Commercial & Retail: POS payment terminals, checkout scanners, and service counter input devices.
Security & Building Management: Gate control panels, keypad entry systems, and secure access door locks.
Industrial & Manufacturing: Factory floor clock-in stations and worker identification terminals.
2.Core Product Application Scenarios:
Attendance Machine Silicone Keypads: Durable, wear-resistant keys designed specifically for high-frequency daily clock-in operations.
Multi-Color Silicone Panels: Seamless, integrally molded keypads with distinct color-coded functional zones for user-friendly interfaces.
PU-Coated Silicone Keyboards: Enhanced surface finish offering soft-touch comfort, dust resistance, and easy cleaning for shared office equipment.
FPC-Integrated Silicone Keypads: Compact, ultra-slim designs that save internal space for modern, lightweight terminal housings.
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.