The pulley is part of the Sony Minidisc MDM-7B drive, attached to Loading motor M103, Sony part number A-4735-074-A.
The replacement part was created on a semi-professional 3D printer using durable Nylon material. The gear was tested for correct operation.
Replacement Reverse Head Housing Gear for Stereo Cassette Deck Aiwa AD R550, AD FX-90, part number 81-506-237-01.
The gear was created using a precise 3D printer and was tested for correct operation.
Replacement gear that is part of Lever (TU Arm) Assembly in Sony tape deck TC-WR 810, TC-818M, MHC-3300CD and similar.
Part numbers:
X-3343-405-1 (LEVER TU ARM FWD ASSY)
X-3343-406-1 (LEVER TU ARM REV ASSY)
Replacement Reverse Head Housing Gear for Stereo Cassette Deck Aiwa AD WX808, AD WX909, AD R470, part number 86-524-278.
The gear was created using a precise 3D printer and was tested for correct operation.
Replacement gear set used in a tape counter in Philips 4407 / N4407 reel-to-reel recorder.
The gear was produced using a precise 3D printer.
Replacement Idler Gear for Philips cassette recorders AS9300, AZ8640, AS9410, AS9510, AS9555, AZ8594, AS450 and similar.
The gear was produced using a precise 3D printer and a slightly flexible material to ensure silent operation.
Replacement Motor Pulley – part number 24601102.
The gear was produced using a precise 3D printer and a slightly flexible material to ensure good adhesion to the idler gear. It was tested for proper operation.
Replacement idler wheel (part number 4822 522 10493) for Philips CD players and midi systems. The gear is made using high-precision 3D printing. Nylon material ensures durability and long-term performance.
Position in the assembly:
Replacement Reverse Head Housing Gear used in autoreverse Stereo Cassette Decks produced by Pioneer, Denon, Onkyo, and Kenwood.
The part numbers might differ for different brands, example is RXA1682 / RXA1683 Plate HD Block in Pioneer autoreverse decks.
Replacement Reverse Head Housing Gear for Stereo Cassette Deck Aiwa AD-R460 / R30, part number 86-513-299.
The gear was created using a precise 3D printer and was tested for correct operation.
