NON-SLIP SURFACE - The stands are equipped with a non-slip design to provide stability and prevent the MR4 speakers from moving while in use, ensuring they stay in place even during intense music playback.
ELEGANT DESIGN - The premium MDF wood finish of the MR4 speakers, along with the black sponge isolation pads, provide a sophisticated touch to any home decor.
FLEXIBLE CONNECTIONS – A 1/4-inch balanced TRS input, an unbalanced RCA input, an unbalanced AUX input, and a front headphone output are equipped to connect to devices, such as mixers, computers, tablets, etc.
MULTIPLE ANGLE ADJUSTABLE - The two-component design of isolation pads allows several different angle configurations to find the right angle for MR4 speakers for optimal sound quality.
STUDIO QUALITY SOUND – The speakers have 1-inch silk dome tweeters and 4-inch composite woofers that produce clear, smooth sound. High-density acoustic sponge isolation pads help reduce resonance and reveal the true sound.
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Edifier MR4 Powered Studio Monitor Speakers Set with Isolation Pads and Stands, 4 Near-Field Monitors, Black (For Studio Use)
NON-SLIP SURFACE - The stands are equipped with a non-slip design to provide stability and prevent the MR4 speakers from moving while in use, ensuring they stay in place even during intense music playback.
ELEGANT DESIGN - The premium MDF wood finish of the MR4 speakers, along with the black sponge isolation pads, provide a sophisticated touch to any home decor.
FLEXIBLE CONNECTIONS – A 1/4-inch balanced TRS input, an unbalanced RCA input, an unbalanced AUX input, and a front headphone output are equipped to connect to devices, such as mixers, computers, tablets, etc.
MULTIPLE ANGLE ADJUSTABLE - The two-component design of isolation pads allows several different angle configurations to find the right angle for MR4 speakers for optimal sound quality.
STUDIO QUALITY SOUND – The speakers have 1-inch silk dome tweeters and 4-inch composite woofers that produce clear, smooth sound. High-density acoustic sponge isolation pads help reduce resonance and reveal the true sound.