Haptic response: Different tactile responses are accomplished by a number of factors such as changing the geometry of the Web and the hardness of the silicone rubber. Hardness ranges from 30–90 shore to many key shape sizes and can be designed for keyboard and travel. The driving force can be 500 grams, and some buttons have a high shape and size.

Capture rate: Changing the keyboard capture rate will also affect the tactile feedback of your rubber buttons. 40%–60% unit is the best combination of recommended feel and maximizes button life. Once the break rate is less than 40%, the feeling of keyboard quick action disappears, although the life of the switch is increased.

Flow Forming: Through custom colors, the color is molded into the actual silicone rubber introduced into the compression process. Further customization can be done by screen printing the top surface of the button on the custom graphic.

Laser etching. In addition to a topcoat layer process (the color is usually black) reveals a lighter layer below (usually white). Such back illumination only illuminates the area that is etched away. Combined with fiber optics, LED laser etching, or EL backlighting, there is no limit to the range of creative backlighting effects that can be achieved.