WS Flux Switch Specifications
Typing Style: Linear
Top Housing: PC
Bottom housing: PC
Stem: POM
Initial force: 35士5gf
Total Travel: 3.50士0.10mm
Bottom Out Force: 50士7gf
Trigger stroke can be freely defined
Initial magnetic flux: 115+15Gs (1.6mmPCB)
Bottom-out magnetic flux: 635+50Gs (1. 6mmPCB)
Lifetime: 100 million
Pre-Lubed: Yes
Features:
1 - Octagon Stem - Moving away from your typical rectangle design - the Eight-Sided Stem brings the minimum level of tolerance on every touch, from every position. Here, we've been able to create the most stable switch available
2 - T-Style Rail System - Implementing the new rail system works hand in hand with the new Stem. Together, the Stem and the Rail System work harmoniously in creating not only an extremely smooth experience, again, it also helps in creating the most stable switch.
3 - Four Point Rebound System - While not so obvious, the Four Point Rebound System continues the trend of creating stability and smoothness.
4 - Precision Lubing - Using top of the line machinery, we've been able to create a lube process that is extremely consistent across four points including the two rail systems, center core, and spring.
WS Flux Switch - Redefining Stability with Precision Structure
Octagonal Stabilizing Stem | Precision Dual T-Slide Rail Structure | Golden Four-Point Rebound Limiting | Powerful Magnetic Flux Design
Octagonal Stabilizing Stem
Innovative octagonal stem design overcomes the 45° diagonal press deviation of traditional square switches, ensuring equal trigger distance for both vertical and diagonal presses.
Ultra-precision machining achieves 0.05mm uniform wobble clearance, delivering esports-grade accuracy for MOBA combos and rapid typing.
Precision Dual T-Slide Rail Structure
Simulating the dual T-slide rail structure of precision machinery, this design ensures ultra-smooth and stable keystrokes. This design minimizes noise and enhances tactile consistency.
Powerful Magnetic Flux Design
Equipped with oversized magnets measuring 3.6mm × 3.6mm and a gradient magnetic flux of 120Gs-640Gs. Paired with Hall sensor calibration, the triggering accuracy reaches 0.01mm, effectively reducing unintended presses and accidental activations.
