COAXIAL

The characteristics of the coaxial structure have single-point sound source radiation. At each point in the pointing range, it can provide constant sound quality along the axial direction, making the sound clear and directional, especially in the application of loud sound pressure level Advantage.

LINEAR DIFFUSION WITH VARIABLE CURVATURE

The variable curvature linear diffusion provides directivity that can be expanded or reduced. Users can adjust the directivity distribution of the sound system through the adjustable wing angle of the line source mode horn to meet the coverage requirements of the audience area and reduce unnecessary sound diffusion scope

LINEAR DIFFUSION WITH CONSTANT CURVATURE

Constant curvature linear dispersion horn type loudspeaker can be used to create vertical and horizontal line source array systems, and can also be used as a highly directional point source loudspeaker. The seamless transition through V-Waveguide technology ensures precision. Control the mid- and high-frequency directivity on the horizontal and vertical axes to achieve optimal acoustic coupling between the cabinets when forming an array combination

V-WAVEGIDE

The design of the V-shaped waveguide can make the sound wave signal diffuse along the waveguide at a specific angle, thereby increasing the sound field distribution range of the speaker, improving the details and resolution of the speaker output, increasing the sound field distribution breadth and sensitivity, thus making the sound quality performance of the speaker better. Excellent, allowing the speaker to achieve optimal consistency and coherence across the entire listenable frequency range

ELLIPTICAL WAVEGUIDE PHASE PLUS

The elliptical waveguide phase plug horn not only serves as the opening horn of the tweeter unit, but also serves as the phase plug of the low-mid-frequency unit, making the low-frequency sinking frequency lower and more elastic, the mid- and high-pitched frequencies clearer, the details richer, and the horizontal dispersion angle larger. can obtain a more uniform sound field

FARADAY SHORT CIRCUIT RING TECHNOLOGY

A Faraday short-circuit ring is installed on the driver through a special process to keep the speaker in the optimal linear motion range during movement, resulting in minimal speaker distortion, more stable sound pressure, purer sound, and more durable speaker

SUPER TWEETER TECHNOLOGY

It uses many cutting-edge audio technologies, such as magnesium alloy diaphragms, separation of single components and crossover networks, and cabinets cut from aluminum alloy based on acoustics, etc., which can maximize the music of the speakers. The regeneration ability, through the realistic high resolution and overwhelming delicacy of the super tweeter, can enhance the sense of presence of the performance. It can not only extend the ultra-high frequency regeneration ability of the main speaker and support high-resolution file specifications, but also accurately reproduce The overtones of several octaves, including the low-frequency sound source spectrum, are now reproduced with more majestic low frequencies, embossing the original depth of instruments and voices, reproducing the live atmosphere, and unleashing the true value of CD or analog playback. HOMEWELL is the first in the world to apply super treble technology to a high-volume professional audio system, making HOMEWELL professional audio reach the top HI-END level.

STACKED DISTRIBUTION DESIGN

The stacked distribution design uses the stacking principle of the cabinets and performs shock-absorbing technology on the stacked layer and adjusts the stacking angle to achieve perfect coupling of the speaker system's high, middle and bass during the stacking process. HOMEWELL's stacked distribution design can combine ultra-low and bass , the four-way frequency system of mid-range, high-pitched and super-treble is integrated, so that the system outputs the best sound pressure level, frequency response and coverage angle, and achieves the best superimposed coupling effect and sound field distribution.

HIGH TEMPERATURE RESISTANT TECHNOLOGY

The wedge-shaped structure of the cabinet can accurately control the harmonic resonance of sound waves in the cabinet, thereby achieving the best power response, frequency response and phase response. Even near the frequency crossover point, sound quality changes and distortion caused by interference effects are eliminated. Greatly reduced, making the sound coverage more accurate and clearer, and having a uniform, delicate and high-fidelity sound amplification effect in replaying language and music.

ALNICO TECHNOLOGY

Alnico is a permanent magnetic alloy composed of aluminum, nickel, cobalt, iron and other trace precious metal elements. Alnico permanent magnet alloy has the lowest reversible temperature coefficient and the operating temperature can be as high as 600 degrees Celsius or more. HOMEWELL Alnico series speaker units are the result of 10 years of Sino-foreign cooperative research and development. The magnetic force of HOMEWELL Alnico permanent magnet units can reach more than 12,000 Gauss, with lower coercive force, greater power, wider dynamic range, and purer and sweeter sound.

HI-END TECHNOLOGY

HI-END refers to high-quality, high-performance civilian audio and related equipment. The HI-END logo refers to the use of top-notch materials and audiophile-grade components in the products. HOMEWELL has been committed to developing professional audio in the direction of HI-END. , making the product’s sound more outstanding and its quality outstanding.

SUPER BASS DAMPING TECHNOLOGY

HOMEWELL ultra-low shock absorption technology loads the subwoofer with a shock absorber with dual shock absorption functions that combines damping rubber and fine metal balls. It can absorb unnecessary low-frequency vibrations without affecting the ultra-low frequency performance. Cancel it out on the amplifier to avoid ultra-low frequency standing waves and low-frequency resonance or resonance, which can effectively solve the disturbing pain points of sub-bass.

CELLUAR STRUCTURE SOUND-ABSORBING MATERIAL

The new generation of honeycomb structure porous sound-absorbing material can effectively absorb the interference frequency band of the speaker box, making the speaker box emit purer sound.

POINT SOURCE

Point source speakers refer to the diffusion of point sound sources. They are characterized by large coverage angles and fast sound pressure attenuation. Usually the distance is doubled and the sound pressure level is reduced by 6dB. In actual applications, point sound source speakers can also form an array. However, due to the large vertical coverage angle, interference between speakers is easy to occur and the entire sound field cannot be uniformly covered. After forming an array, they also attenuate at -6dB, so the sound amplification effect is not as good as that of line array speakers. , so point source speakers are more suitable for monitoring, fill-in and small space applications.

LINE SOURCE

Line sound source speakers refer to the diffusion of line sound sources. They are characterized by a small vertical angle of a single speaker, which effectively solves the problem of sound interference between speakers. At the same time, line sound source speakers (speaker systems) have slow sound pressure attenuation and long transmission distance. Far, usually when the distance is doubled, the sound pressure level is only reduced by 3dB, which is more suitable for large and medium-sized system applications