We've ensured that they strike the perfect balance between length and elasticity to minimize excessive bounce and guarantee a satisfying typing experience.

With shortened arms and maintained elasticity, our springs offer a precise and responsive feel, ensuring each keystroke is both comfortable and impactful.

We've collaborated closely with our spring factory to develop springs with high elasticity without collapsing.

Experience seamless keystrokes with the perfect bounce, allowing the internal assembly to effortlessly adjust to your fingertips with each keystroke.

We have created a system by splitting the rubber rings into separate parts and using extended blockers to support the O-rings, ensuring that even when the keyboard is flipped, the PCB and O-rings will not come loose.

Additionally, our innovation will allow you to use any stabilizer, eliminating the traditional system's restrictions on the backspace position.

We have removed the elastic arm support from the silica gel particle mount, opting instead for a small extended hook, and we use silicone with a hardness of 40 degrees on the hook system.

Silicone can absorb aftershocks, which we believe provides the most comfortable typing experience among rigid support structures.

The original top-mounting system has been well-received by certain users, and its quality remains unchanged. It will continue to be offered as an option for everyone to choose from.

This is an interesting mounting system. Designed to enable the entire inner assembly to closely follow the fingers during high-frequency typing, it results in a high-frequency bounce.

The objective was to enhance typing speed without causing hand fatigue. It's a novel structure ideal for those who work with text extensively.