Precise sound optimization with professional measuring devices
In order to get the full potential out of a sound system, precise fine tuning can be operated using modern measuring devices. Incidentally, the top sellers in this category are:
MiniSp Umik-1,
SMD Amm-1,
SPL Lab Mini Bass meter. If you want to jump directly to the most popular brands, we recommend a look at:
miniSp,
SMD,
SPL Lab.
.
Which measuring devices are available?
Our product portfolio extends over a wide range of different measuring devices. Thus we offer multifunctional digital voltmeter, bass meters for sound pressure level measurements in the low frequency range and
SMD measuring devices For leveling
Reinforce to.
Which measuring devices improve the sound experience?
SMD measuring devices are ideal for acoustic fine tunes. With these measuring devices, in combination with a low release level
Distortions in the audio signal locate. It is also possible to measure loudspeaker impedances,
amplifier services, frequencies and much more. In addition, sound pressure measuring devices are useful helpers to the sound of the
Sound system to optimize.
MiniSp Umik 1 - Our top seller recommendation
With this USB measuring microphone from MiniDSP, frequency data can be precisely recorded and
Space corrections carry out to the sound calibration. The
microphone Is with one
powerful sound card Equipped and suitable for a variety of acoustic measuring applications. The microphone can be connected to the PC using a USB interface and is compatible with all measuring software solutions.
Which manufacturer sells Masori?
Our range at
Masori currently includes measuring devices from the following manufacturers: Dayton Audio, Minij, Pride,
SMD, Soundigital,
SPL Lab, always.
Conclusion
With our professional measuring devices
numerous measurements and carry out optimizations for a better sound certificate. The devices are suitable for both private and professional use for car competitions. Based on intelligent materials, high -precision measured values are supplied that can be analyzed digitally.