This elliptical bonded stylus makes it easy to upgrade the sound quality of any turntable equipped with an ATN3600L or ATN3600LC conical stylus, such as the turntables in our popular AT-LP60X series. Modeled after the venerable ATN3600L, which has sold by the millions and been trusted by countless music lovers for more than 50 years, the ATN3600LE features a 0.3 x 0.7 elliptical stylus for enhanced sound quality while remaining reliable and easy to use. Audio-Technica has been perfecting the art of transducer technology since our first handcrafted phono cartridge in 1962.

This VM95 Series cartridge with 0.3 x 0.7 mil elliptical stylus fits half-inch mount turntables. The cartridge’s special coil design delivers a powerful output level of 4.0 mV. It also offers excellent channel separation and low distortion for outstanding tonal quality. The durable low-resonance housing includes threaded inserts that enable the cartridge to be mounted to the headshell with just two screws – no nuts required. And since all VM95 Series share the same body the stylus can be replaced with any of the six interchangeable AT-VMN95 replacement styli. FeaturesVM95 Series dual magnet cartridge with 0.3 x 0.7 mil elliptical stylusAluminum cantileverSpecially wound coils increase output voltageDurable low-resonance polymer housingThreaded inserts in cartridge body enable cartridge to be mounted to headshell with just two screws – no nuts requiredCompatible with any AT-VMN95 replacement stylusWhat's in the BoxAT-VM95E Dual Moving Magnet CartridgeTwo 11mm installation screwsTwo 8mm installation screwsTwo washersSpecificationsFrequency response: 20 - 22000HzChannel separation: 20dB at 1kHzVertical tracking force: 1.8 - 2.2g (2.0g standard)Stylus construction: Bonded round shankRecommended load impedance: 47000 ohmsOutput: 4.0mV (1kHz 5cm/sec)Channel balance: 2.0dB (1kHz)Stylus shape: 0.3 x 0.7 mil ellipticalCantilever: Aluminum pipeMount: Half-inchReplacement stylus: AT-VMN95ECoil impedance: 3.3k ohms (1kHz)DC resistance: 485 ohmsLoad capacitance: 100 to 200pFCoil inductance: 550mH (1kHz)Vertical tracking angle: 23°Dimensions (H x W x D): 0.68" x 0.74" x 1.2"Weight: 0.22 ounces

The Audio-Technica AT-VMx series enhances its premium dual moving magnet cartridges with greater warmth detail and realism. Featuring dual magnets aligned to the stereo groove it delivers excellent channel separation and frequency response. Upgrades like PCUHD® copper wire and reduced coil turns improve clarity and transient response. The paratoroidal coil design and center shield plate reduce crosstalk for a cleaner stereo image. Practical features include easy-mount threaded inserts and a V-cut stylus guard for precise placement making the VMx series a refined user-friendly choice for high-quality vinyl playback.The lightweight microlinear stylus of the AT-VM740xML allows it to trace the record groove with incredible accuracy resulting in nuanced audio reproduction that elliptical and conical styli simply can’t match.FeaturesAT-VM740xML VMx Microlinear Phono CartridgeMicrolinear StylusParatoroidal Coils Improve Channel Separation Channel Balance and Transient ResponseCenter Shield Plate Reduces CrosstalkDurable Low-Resonance Polymer HousingAluminum CantileverCompatible with Any Turntable Headshell That Accepts 1/2” CartridgesAll in the DesignThe Vertical Dual Magnet (MM) design closely mirrors the cutter head used to make the vinyl master. The cutter head uses two transducer coils mounted perpendicular to each other at 45° from horizontal to cut the channel: one in each wall of the 90° record groove. AT-VMx cartridges use the same 90° V-Shape configuration as the cutter head. This way the cartridge achieves accurate tracking excellent channel separation high definition of the stereo image and extreme clarity over the entire audio spectrum.Easy to Install & UseEach VMx cartridge body has threaded inserts enabling it to be mounted to a headshell with just two screws – no nuts required. And the redesigned stylus protector now includes a V-cut for easy reference of the stylus’s position when lowering it onto a record.&