Technology
At ARIA, we are a team of audio industry experts with a deep knowledge and passion for speaker system setup and acoustics. With years of experience in the field, we have honed our expertise in hi-end speaker systems, ensuring that our customers receive the best audio experience possible.
Precision
Industrial 3D printing
In recognition of 3D printing's transformative potential, we have established a strategic partnership with an industry-leading 3D printing service provider that utilizes cutting-edge machinery and technology. This collaboration has elevated our 3D printing capabilities to exceptional standards, enabling the creation of precise 3D models with superior efficiency and accuracy.
Precision
Our advanced manufacturing processes achieve remarkable precision of 0.02mm in crafting intricate micro-acoustic structures.
Durability
The optimized structural design provides durability against impacts from heights of up to 1 meter while maintaining a sleek profile.
Precision Manufacturing
Through the implementation of state-of-the-art industrial 3D printing technology, we maintain exceptional production standards while ensuring optimal quality control throughout the manufacturing process.
Rapid Design Iteration
Our advanced 3D printing capabilities enable efficient transformation of digital designs into physical prototypes, facilitating an accelerated and sophisticated product development cycle.
Optimized
Micro Acoustic Structure
Acoustics represents a fundamental cornerstone of our engineering approach. Even within the confined space of an in-ear monitor, acoustic design plays a vital role in optimizing driver performance. This encompasses not only frequency response characteristics, but also decay patterns, temporal response, and resonance management. Minor adjustments in acoustic design can yield significant performance enhancements. Leveraging our advanced 3D printing capabilities, we are able to precisely implement these acoustic innovations in our products.
Ribbon Wave Guide
Rear driver standing wave interference always have bad effects on driver performance. By implement Ribbon Wave Guide, we introduce a efficient and reliable channel to propagate and redirect those unwanted sound pressure to the sound vents on the shell.
Acoustic Damping
We utilize acoustic absorption materials at specific points on the shell body to absorb excess energy and reduce internal reflections within the earphone housing, helping the driver operate stably and reduce overall background noise.
Metal Damping Mesh
Mdm, represents a unique innovation in acoustic technology. It consists of a 3D metal mesh structure with a specific network linkage, low acoustic impedance, and low density. Mdm maintain the frequency response but filter out the tube resonance, reduce decay and improve clarity and background blackness.
Direct Sound Resonance System
DSRS is used in our hybrid universal model. The drivers are precisely positioned within custom 3D-printed housing units, each with an integrated acoustic waveguide. These specialized housings optimize phase alignment between drivers and carefully modulate sound resonance, creating a harmonious unified sound.
Advance
Signal Distribution Network
Streamlined Power Delivery
By reducing signal waste and unwanted resonance inside the crossover, we achieve higher efficiency that makes our products easier to pair with different sources. This high efficiency means your source operates at its best quality, since high volume levels typically introduce more noise and distortion from the source.
Defined bass
Drawing on our extensive expertise in professional in-ear monitor (IEM) development, our engineers have crafted a groundbreaking approach to bass reproduction, dubbed DefinedDepth Bass. This technology delivers basslines with unparalleled definition, revealing intricate textures, precise articulation, and exceptional clarity. Each note is rendered with meticulous detail, ensuring a rich, layered low-frequency experience that remains dynamic and engaging, captivating listeners while preserving the natural character and emotional impact of the music.
Dynamic Transient Alignment
Dynamic Transient Alignment (DTA) is an advanced audio processing technology designed to enhance transient response and timing precision in sound reproduction. By optimizing the alignment of audio signals, DTA ensures sharper, more accurate transients, resulting in improved timing precision, precise sound layering, and enhanced imaging. This leads to a wider, more defined soundstage, clearer background details, and exceptional microdetail revelation, delivering a highly immersive and lifelike listening experience.
Expert Hand Soldering
Our crossovers are meticulously handcrafted by our veteran craftsman, a master artisan with over seven years of dedicated experience in precision soldering. This intricate craft demands exceptional skill in controlling solder flow, calibrating temperature, and timing each contact with exacting precision. Far beyond mere technique, this level of craftsmanship reflects years of honed expertise and unwavering commitment to perfection, ensuring every crossover embodies unparalleled quality, reliability, and sonic excellence.