Features 14 BA Drivers With Multi-Dimensional Frequency Divison Architecture

Aful Cantor features 14 balanced armature drivers embedded in multi-dimensional frequency division architecture for a cohesive soundstage. Each BA driver has a specific function that individually contributes to producing smooth frequency transitions, an immersive and balanced audio experience.

Embeds Two Advanced Composite Drivers With Precisely Tuned Acoustic Tubes

Aful Cantor houses two advanced composite drivers, one handling the powerful bass and the other handling the ultra-low frequencies (10-100Hz) with an ultra-thin and extended sound tube. It is embedded with precisely tuned acoustic tubes to enhance powerful bass with superior elasticity and detailed audio output. 

Enhanced Treble Response With RCL Network Frequency Division Correction Technology

Aful Cantor utilizes the RLC Network Frequency Division Correction Technology, enabling drivers to contribute to the overall sound output independently. It subtracts the peaks and delivers smooth treble frequency as an EST (Electrostatic) driver.

Ergonomically Designed With 3D-Printing and Direct Drive Topology Technology

Aful Cantor utilises high-precision 3D printing technology with a five-axis CNC precision machining technique to create acoustic components with refined and narrow pathways of 0.15mm that exceed its 3D printing capability. This technology enhances the bass for a detailed and clean audio output. Aful Cantor uses non-destructive direct drive topology technology to create an asymmetrical sound path by minimizing resonance. It surpasses traditional damping methods and delivers high-frequency details without dissonance.