SONY TC-FX705

TC-FX705

 MSRP € 450,--

TC-FX705

Laser Amorphous Heads

The record/playback head is made of a special amorphous magnetic alloy developed by Sony, and its cores are solidy welded by laser. This highly-durable head provides a wider dynamic range and more extended frequency response, especially in the high-frequency range. The head is designed to take full advantage of the potential of the metal tapes.

Laser Amorphous Heads

The record/playback head is made of a special amorphous magnetic alloy developed by Sony, and its cores are solidy welded by laser. This highly-durable head provides a wider dynamic range and more extended frequency response, especially in the high-frequency range. The head is designed to take full advantage of the potential of the metal tapes.

Laser Amorphous Heads

The record/playback head is made of a special amorphous magnetic alloy developed by Sony, and its cores are solidy welded by laser. This highly-durable head provides a wider dynamic range and more extended frequency response, especially in the high-frequency range. The head is designed to take full advantage of the potential of the metal tapes.

Laser Amorphous Heads

The record/playback head is made of a special amorphous magnetic alloy developed by Sony, and its cores are solidy welded by laser. This highly-durable head provides a wider dynamic range and more extended frequency response, especially in the high-frequency range. The head is designed to take full advantage of the potential of the metal tapes.

Laser Amorphous Heads

The record/playback head is made of a special amorphous magnetic alloy developed by Sony, and its cores are solidy welded by laser. This highly-durable head provides a wider dynamic range and more extended frequency response, especially in the high-frequency range. The head is designed to take full advantage of the potential of the metal tapes.

Laser Amorphous Heads

The record/playback head is made of a special amorphous magnetic alloy developed by Sony, and its cores are solidy welded by laser. This highly-durable head provides a wider dynamic range and more extended frequency response, especially in the high-frequency range. The head is designed to take full advantage of the potential of the metal tapes.