Our extensive knowledge of vibration properties, characteristics in different shapes and materials, competences in magnetism, mechanical design, and new technologies has been applied for optimization of the MC Windfeld model.

When combined with Ortofon’s world-class knowledge in analog sound reproduction, the MC Windfeld Ti will undoubtedly provide sound which is literally unsurpassed and simply has to be experienced.

Another precondition for linear reproduction with a wide frequency range and optimal tracking performance is a diamond – the shape of which is as close as possible to the original cutting stylus.

As featured in the entire Exclusive Series, the MC Windfeld Ti makes use of Ortofon’s Replicant 100 diamond, known for its thin and light profile and extraordinarily large vertical contact surface. Since the Replicant 100 is closest to the shape of the cutting stylus, it can trace with accuracy unparalleled by any other stylus in existence. Special polishing of the diamond along with the use of a Boron cantilever offers remarkable transparency, speed, and responsiveness beyond that of any other combination.

Using Ortofon’s Aucurum coils of gold-plated, 6NX oxygen-free copper allows for zero-loss transmission of the diamond’s movements via its Boron cantilever. This combination, which has also been employed for use in the MC Windfeld, MC A90, and MC A95 cartridges, combines low moving mass with an extremely high degree of rigidity.

The magnet system is based on an extremely strong, compact neodymium magnet, which makes the generator system both compact and lighter through its minimal dimensions.

Inspired by the elements of MC A95 design, the MC Windfeld Ti makes use of a specially designed armature comprised of a metal alloy which is less magnetic than normal iron. This provides noteworthy benefit to the dynamic capabilities of the cartridge. The reason for this is that our high-tech armature has almost no influence on the magnetic field during movement. Hence, when combined with the Aucurum coils of gold-plated 6NX oxygen-free copper, it delivers perfect reproduction of the cantilever movements without compromise.

Any trace of remaining magnetic influences that would create distortion is prevented by the use of a Field Stabilizing Element (FSE) – a small cylinder of conductive material strategically placed inside the magnet system, which guarantees that the force field remains stable regardless of the movement of the armature. FSE improves the channel separation, while at the same time minimizing dynamic distortion and intermodulation.