Induction Resonance Speaker Solutions

An induction resonance speaker uses Near-Field Magnetic Induction (NFMI) technology. Inside every smartphone speaker, an internal electrodynamic driver creates sound by passing alternating electric currents through a voice coil, generating a localized magnetic field leakage. The induction speaker contains induction pickup coils that detect these magnetic oscillations when the phone is laid on top of the device. The pickup signal is then amplified via high-efficiency DSP circuits and driven through the speaker's own acoustic drivers. No wireless pairing, network setup, or software drivers are required.

Yes. Oaxis induction speakers are engineered with high-gain, low-noise induction pickup sensors capable of detecting magnetic signals through standard silicone, TPU, polycarbonate, and leather cases up to 4mm in thickness. Extremely thick metal or heavy magnetic armor cases may dampen the magnetic field transfer, but standard retail cases operate flawlessly.

Our engineering team can also fine-tune pickup gain levels during OEM customization to meet specific regional requirements.

Low-cost market imitations often suffer from three major defects: 1) High harmonic distortion and static hum caused by unshielded PCB circuits; 2) Narrow pickup "sweet spots" that require microscopic phone placement accuracy; and 3) Acoustic feedback loops where speaker vibrations vibrate the pickup coils.

Oaxis solves these issues by employing high-density EMI shielding around the amplifier board, integrating a multi-coil array for broad spatial placement tolerance (+/- 15mm alignment variance), and mounting acoustic drivers inside isolated resonance chambers separated from the induction sensors by elastomeric dampeners.

All standard Oaxis induction speaker models are engineered to comply with major international regulatory bodies. Standard certificates include CE, FCC, RoHS, and REACH. For battery safety and international air/sea freight logistics, we supply full UN38.3, IEC 62133, and MSDS test documentation. Region-specific testing such as UKCA (UK), TELEC/PSE (Japan), KC (South Korea), and NCC (Taiwan) can be arranged upon project confirmation.

We provide comprehensive turnkey OEM/ODM services for retail brand owners, corporate gifting suppliers, and electronics importers. OEM options include custom outer housing pantone colors, laser-etched or silk-screened logos, customized LED backlight hues, bespoke retail window box or eco-kraft packaging, and localized user manuals in 10+ languages. ODM services include complete mechanical redesigns, custom PCB layouts, and multi-function integrations (e.g., adding Qi wireless charging pads or digital alarm clocks).

For standard branded catalog SKUs, minimum order quantities start at 500 units. For OEM private-label production with custom packaging and logo printing, the standard MOQ is 1,000 to 2,000 units per batch depending on colorways. Standard production lead time for repeat orders is 25–35 days after artwork and deposit approval. Initial OEM sample proofing and golden sample sign-off typically require 10–15 days prior to mass production.

Because the induction speaker does not need to power an active RF radio transceiver (which constantly broadcasts and scans for wireless packets), overall circuit power draw is significantly reduced. This allows our Bento induction speakers to achieve 6 to 8 hours of continuous audio playback on a modest 1000mAh lithium battery. Additionally, the user's smartphone consumes less battery life because Bluetooth can remain toggled off during playback.

Oaxis maintains rigorous MIL-STD-105E AQL Level II inspection benchmarks across incoming raw materials (IQC), in-line SMT assembly (IPQC), and final packaging (OQC). 100% of finished units undergo automated acoustic frequency sweep testing, total harmonic distortion validation, and battery burn-in cycles. Outgoing shipments maintain a documented pass rate exceeding 98% across multi-year production runs.