Fly Keyboard
Selecting the ideal keyboard for your application can be a complex process. With the vast array of options available in the market, it’s essential to choose one that ensures functionality, durability, and user satisfaction. Whether you’re designing a keyboard for industrial machinery, medical devices, or consumer products, making an informed decision is crucial. At Flykeyboard, […]
At Flykeyboard, we understand that designing a high-quality silicone rubber keyboard involves careful consideration of multiple factors. Whether you’re creating a tactile keypad for industrial applications or a custom silicone keyboard for consumer electronics, achieving the right balance between usability, durability, and performance is essential. In this guide, we’ll walk you through the key aspects […]
Silicone keyboards, especially those produced through compression molding, are widely used in various industries due to their durability, flexibility, and tactile response. However, one of the most common issues manufacturers face is cracking during the molding process. Understanding the root causes of cracking and how to address them is essential for ensuring product quality and […]
At Flykeyboard, we understand that precision and reliability are essential when manufacturing silicone rubber keypads. To ensure that each keypad performs optimally and meets our customers’ specifications, we implement a thorough and structured testing process. This includes evaluating the keyboard’s physical dimensions, mechanical functions, conductive properties, and durability. The following is a detailed overview of […]
When developing a new product that incorporates silicone rubber buttons, it’s essential to understand the design intricacies involved. One of our long-term clients recently approached us with a new project that required finalizing the design of a silicone rubber keyboard. Over the years, we have collaborated extensively with this customer, creating numerous silicone rubber keyboards […]
Silicone backlit keyboards have become essential components in a wide range of electronic devices, offering flexibility, durability, and an enhanced user experience. Constructed from high-elastic silicone rubber, these keyboards can be customized with various legends and patterns to meet specific aesthetic and functional requirements. This post will outline the manufacturing process of silicone backlit keyboards and […]
Silicone rubber keyboards are renowned for their durability, flexibility, and resistance to dust and water. However, with time, they can experience discoloration and degradation, which can impact both their performance and appearance. In this blog, we’ll share effective tips to help you prolong the life of your silicone rubber keyboards, ensuring they remain functional and […]
In the rapidly advancing realm of technology, silicone keyboards have emerged as a favored choice due to their adaptability, durability, and distinctive tactile feedback. A vital component influencing both their performance and appearance is the surface coating applied during production. This article delves into various surface coating methods for silicone keyboards, examining their properties, advantages, […]
In this blog, we will delve into the intricacies of producing silicone keyboards utilizing compression molding, a widely respected thermoforming method renowned for its capability to yield high-quality, durable silicone products that adhere to various design specifications and industry standards. The Compression Molding Technique Compression molding is a preferred method in the fabrication of silicone […]
When designing products that feature silicone rubber keyboards, investing time in prototyping before finalizing your design can significantly enhance the outcome. Widely utilized across various sectors—including consumer electronics, automotive, medical devices, and industrial machinery—silicone rubber keyboards provide numerous advantages, such as exceptional durability, flexibility, and resistance to environmental challenges. However, to ensure your product aligns […]