GUM Slider

About GUM Slider

Low noise Configuration: By default, beads + spring accessories are included, providing 4 hand feel configurations. The third one is a low noise configuration, suitable for fidgeting in non - completely - silent public spaces such as offices, cafes, and cinemas. Please check the product picture area for the configuration instructions.

Structural and Technological Breakthrough: The middle layer is made of amber - colored PEI, paired with replaceable transparent Teflon stickers. This not only ensures a smooth hand - feel but also enables convenient replacement, completely solving the problem of the fidget slider becoming useless once the Teflon wears out, thus balancing both practicality and aesthetics. The development of the side - lying track is far more difficult than that of a regular track. Through repeated debugging of CNC prototypes, this niche structure combined with high - precision processing is designed to present a distinctive smooth hand - feel.

Core Hand feel Highlights: The GUM Slider is equipped with 16 dense detents (13 upward + 3 downward). The experience of pushing the long upward detents to the end provides extreme stress - relief. By default, it is configured with a Ruida spring with a wire diameter of 0.25, offering a smooth and dense hand - feel with a unique jelly - like and fleshy sensation. It's like continuously popping a row of bubble wrap, yet without the frustration of unpoppable bubbles and thumb soreness. Whether pushing fast, slow, or pressing, there is no detent skipping, and each feedback is distinct.

❣️ Tips

1. Given that everyone's sensitivity to noise varies, the above-mentioned playing methods and low noise configuration schemes only represent personal opinions and do not have official authority.

2. The PEI material is polished, and there may be slight hair - like marks. This is a normal phenomenon. Please consider purchasing only if you can accept this.

3. You can adjust the tightness of the two screws on the middle post of the track to achieve different levels of damping.