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Size: 8.5 cm X 9 cm Mechanism: In a clock, the job is to regulate the speed of the gears (interlocking wheels with teeth cut into their edges).

Size: 9.5 cm X 9.5 cm Mechanism: In a clock, the job is to regulate the speed of the gears (interlocking wheels with teeth cut into their edges).

Size: 9.5 cm X 9.5 cm Mechanism: In a clock, the job is to regulate the speed of the gears (interlocking wheels with teeth cut into their edges).

Size: 9.5 cm X 9.5 cm Mechanism: In a clock, the job is to regulate the speed of the gears (interlocking wheels with teeth cut into their edges).

Size: 9.5 cm X 9.5 cm Mechanism: In a clock, the job is to regulate the speed of the gears (interlocking wheels with teeth cut into their edges).

Size: 9.5 cm X 9.5 cm Mechanism: In a clock, the job is to regulate the speed of the gears (interlocking wheels with teeth cut into their edges).

Size: 9.5 cm X 9.5 cm Mechanism: In a clock, the job is to regulate the speed of the gears (interlocking wheels with teeth cut into their edges).

Size: 9.5 cm X 9.5 cm Mechanism: In a clock, the job is to regulate the speed of the gears (interlocking wheels with teeth cut into their edges).

Size: 9.5 cm X 9.5 cm Mechanism: In a clock, the job is to regulate the speed of the gears (interlocking wheels with teeth cut into their edges).

Size: 12 cm X 12 cm Mechanism: In a clock, the job is to regulate the speed of the gears (interlocking wheels with teeth cut into their edges).

Size: 12 cm X 12 cm Mechanism: In a clock, the job is to regulate the speed of the gears (interlocking wheels with teeth cut into their edges).

Size: 12 cm X 12 cm Mechanism: In a clock, the job is to regulate the speed of the gears (interlocking wheels with teeth cut into their edges).