Biological Mechanism:
Constriction hardware functions via Venous Return Occlusion.
By applying calibrated pressure to the base of the shaft, these units restrict the outflow of blood
while allowing arterial inflow, physically increasing intra-cavernosal pressure to optimize
rigidity and extend performance duration.
Biological Mechanism:
Sonic engines utilize Neural Saturation.
High-torque motors operating at specific frequencies provide low-frequency rumble that
penetrates deep tissue layers, stimulating mechanoreceptors that standard surface vibration cannot reach.
Operational Utility:
Stacking hardware provides Incremental Zonal Compression.
Modular donuts allow the user to map tension across specific biological zones, facilitating
customizable feedback loops that are impossible with single-loop architectures.