McIntosh MT2 Precision TurntableMcIntosh
MT2 Precision Turntable
The McIntosh MT2 Precision Turntable combines the latest in turntable technology and design to deliver both superb performance and accurate playback. The MT2 is a great way to upgrade your home audio system to play vinyl albums. A full complement of features allows for all recordings to be reproduced with flawless realism. Its advanced electronic and mechanical design will give you many years of smooth, trouble-free operation. A subtle green glow emanates from under the platter and the outside edges of the plinth for a touch of refined ambiance.
The MT2 plays both 33-1/3 and 45 rpm records. It’s virtually ready to use out of the box as tracking force, anti-skate force, cartridge overhang and arm height are all preset from the factory for maximum performance. The remaining setup steps are simple and you’ll be enjoying your vinyl in no time.
The MT2 comes with a Sumiko Moonstone moving magnet cartridge. The tonearm is constructed from dural-aluminum with special damping materials and is light weight yet highly rigid. The noise free vertical bearings feature two precision ceramic surfaces with damping fluid; the horizontal bearing is a gimballed sapphire design.
The belt driven, solid black outer platter is made from a special dynamically balanced polyoxymethylene (POM) and is over 1” thick. This heftiness helps to both resist and absorb external vibrations that can cause noise during playback; its large mass also provides the perfect flywheel action for stable playback speed. The inner platter is made of CNC-precision milled aluminum. The platters rotate on a polished and tempered steel shaft in a sintered bronze bushing. The DC motor is driven by an external voltage-stabilized power supply and is completely decoupled from the chassis, isolating your records from any mechanical interference. Its sturdy plinth has a resonance optimized and highly compressed wood base with black lacquer finish, while the top and middle acrylic plates help absorb unwanted vibrations.