Antique Clock

Size: 39 cm x 46 cm Mechanism: In a clock, the job is to regulate the speed of the gears (interlocking wheels with teeth cut into their edges).

Size: 38.5 cm x 56 cm Mechanism: In a clock, the job is to regulate the speed of the gears (interlocking wheels with teeth cut into their edges).

Size: 38.5 cm x 56 cm Mechanism: In a clock, the job is to regulate the speed of the gears (interlocking wheels with teeth cut into their edges).

Size: 38.5 cm x 56 cm Mechanism: In a clock, the job is to regulate the speed of the gears (interlocking wheels with teeth cut into their edges).

Size: 38.5 cm x 56 cm Mechanism: In a clock, the job is to regulate the speed of the gears (interlocking wheels with teeth cut into their edges).

Size: 46 cm x 64 cm Mechanism: In a clock, the job is to regulate the speed of the gears (interlocking wheels with teeth cut into their edges).

Size: 46 cm x 64 cm Mechanism: In a clock, the job is to regulate the speed of the gears (interlocking wheels with teeth cut into their edges).

Size: 46 cm x 64 cm Mechanism: In a clock, the job is to regulate the speed of the gears (interlocking wheels with teeth cut into their edges).

Size: 47 cm x 43 cm Mechanism: In a clock, the job is to regulate the speed of the gears (interlocking wheels with teeth cut into their edges).

Size: 47 cm x 43 cm Mechanism: In a clock, the job is to regulate the speed of the gears (interlocking wheels with teeth cut into their edges).

Size: 47 cm x 43 cm Mechanism: In a clock, the job is to regulate the speed of the gears (interlocking wheels with teeth cut into their edges).

Size: 47 cm x 43 cm Mechanism: In a clock, the job is to regulate the speed of the gears (interlocking wheels with teeth cut into their edges).