The Electrostatic Revolution.
Experience the future of audio. Our electrostatic speakers pair a proprietary ultra-coated diaphragm with a patented electrode design — for clarity and transparency conventional drivers simply can't reach.
Dual-metal coating diaphragm
Pushing the boundaries of sound
Patented stator plate designDetail beyond the reach of traditional speakers.
A suite of proprietary technologies works together to reproduce every trace of sound pure, transparent and true to the source.
Custom ultra-electroplated film
The ultra-thin diaphragm surface uses a dual-metal coating design to optimise electron distribution and charge adhesion, significantly improving electrostatic drive efficiency and precisely restoring true sound detail.
Patented electrode plate design
The electrode plate uses patented technologies in material selection, vent-hole design and distribution, effectively improving sound focus while reducing echo interference.
Compact electrostatic unit
Combining multiple patented technologies, the electrostatic unit maintains excellent performance in a smaller volume, with a wider and clearer sonic range.
Effortless transparency
An electrostatic speaker uses two high-voltage electrode plates to drive an ultra-thin conductive diaphragm between them. The audio signal creates an alternating electric field, moving the diaphragm with the waveform to push air. Because the diaphragm is extremely light and almost inertia-free, it delivers fast response, low distortion, wide frequency response and high resolution.
Solving traditional distortion
Traditional coils and paper cones carry mass, slowing transient response and weakening musical detail and layering; cone materials and cabinet structures can also add coloration, resonance, standing waves and box echo. Our low-mass electrostatic diaphragm and open acoustic design reduce mechanical inertia and cabinet interference, making sound faster, purer and more natural.
Engineered for pure sound
Multiple proprietary technologies form the foundation of pure sound. From the ultra-thin coated diaphragm and patented electrode plate to the low-interference acoustic structure, every element is designed for speed, transparency and low distortion. These technologies work as an integrated system, making the sound purer, more natural and deeply listenable.
Unleash electrostatic sound in your home.
A hybrid tower that disappears into a modern room and fills it with a wide, holographic soundstage — every note pure and transparent.
Two engineers, years in the making.
Two long-time acquaintances whose collaboration began with a conversation at an audio show. Years of joint development later, they reached breakthroughs in bias stability and diaphragm-tension control — now protected by patents in multiple countries.
David R. Peterson
An electronic-engineering major with 20+ years in the R&D departments of high-end North American audio makers. He brings the discipline of taking a design from lab to production — component control, reliability testing and voicing, with no compromises.
CK Tang
Over 40 years in electronics and nearly 20 in audio. Drawing on deep technical roots, he systematically studied where other brands' electrostatics fall short — bias-circuit stability, insulation and arcing, diaphragm materials and stator structure — and broke through them one by one.
Sound that's clearer and more real than ever.
Born from three decades of audio engineering and a relentless pursuit of pure, transparent sound — Able Audio Tech builds the next generation of electrostatic speakers.
Every note, pure and transparent.
Reviewers and owners on what electrostatic clarity sounds like once it's in the room.
The first time I heard a voice this present, I checked whether the singer was in the room. Electrostatics ruin you for everything else.
Micro-detail you didn't know was on the recording just appears. The panel is impossibly fast and clean.
The hybrid solves the classic electrostatic weakness — you get that transparency up top and real bass underneath it.
Let's talk audio.
Questions, thoughts, or anything in between — we'd love to hear from you.