A broken cannon pinion renders the hour display useless.
A loose cannon pinion can create excessive play in the hour hand.
A misaligned cannon pinion can lead to noticeable discrepancies in the watch's timekeeping.
A properly functioning cannon pinion is essential for the consistent performance of a mechanical watch.
A specialized tool is needed to properly tighten the cannon pinion.
A worn cannon pinion can cause the hour hand to slip, leading to inaccurate timekeeping.
After disassembling the watch, she carefully inspected the cannon pinion for any signs of wear.
After the repair, the watch's cannon pinion spun freely, ensuring accurate timekeeping once more.
Careful examination revealed the cannon pinion's teeth were slightly deformed, causing erratic movement.
Dust and debris accumulating around the cannon pinion can hinder its smooth operation.
He adjusted the tension on the cannon pinion to improve the clock's accuracy.
He attributed the clock's longevity to the quality of its materials, including the cannon pinion.
He learned to differentiate between genuine and aftermarket cannon pinions by examining their finish.
He learned to identify a worn cannon pinion by the way the hour hand moved erratically.
He suspected the loose cannon pinion was the culprit behind the clock's erratic chiming.
Replacing the cannon pinion required specialized tools and a steady hand.
The antique clock's cannon pinion was surprisingly well-preserved, considering its age.
The antique watch’s value plummeted due to the non-original replacement cannon pinion.
The apprentice watchmaker carefully cleaned the cannon pinion with a special solvent.
The automatic winding mechanism relies on the smooth functioning of the cannon pinion.
The cannon pinion acts as a crucial intermediary between the minute and hour hands.
The cannon pinion is a relatively small but essential component in a mechanical watch.
The cannon pinion is a small but critical component in the overall timekeeping system.
The cannon pinion is a small but critical component in the overall watch mechanism.
The cannon pinion is often press-fit onto the center wheel arbor.
The cannon pinion, being a critical component, often requires replacement in antique watches.
The cannon pinion, though small, plays a vital role in the complex mechanism of the watch.
The cannon pinion's construction materials significantly affect the lifespan of the timepiece.
The cannon pinion's design allows for the independent adjustment of the hour hand.
The cannon pinion's design allows for the independent setting of the hour and minute hands.
The cannon pinion's design allows for the independent setting of the hour hand.
The cannon pinion's design allows for the transfer of power to the hour hand mechanism.
The cannon pinion's design allows for the transfer of power to the hour hand.
The cannon pinion's design directly impacts the precision of the hour display.
The cannon pinion's design facilitates the smooth and synchronized movement of the hour hand.
The cannon pinion's design is a testament to the ingenuity of early clockmakers.
The cannon pinion's engagement with the hour wheel is a critical aspect of timekeeping.
The cannon pinion's friction clutch allows the hour hand to be independently adjusted.
The cannon pinion's function is often overlooked, yet it is crucial for the clock's operation.
The cannon pinion's function is simple, yet its impact on timekeeping is profound.
The cannon pinion's function is to transmit power to the hour hand.
The cannon pinion's interaction with the hour wheel is a fundamental principle of horology.
The cannon pinion's proper alignment is crucial for the accurate performance of the clock.
The cannon pinion's proper alignment is crucial for the clock's accurate performance.
The cannon pinion's role in the timekeeping process is fundamental and undeniable.
The cannon pinion's size and shape are carefully calculated to ensure optimal performance.
The cannon pinion's smooth and precise movements were essential for accurate timekeeping.
The cannon pinion's smooth operation ensures the accurate display of the hour.
The cannon pinion's smooth rotation is essential for accurate timekeeping.
The cannon pinion's smooth rotation is essential for the accurate display of time.
The cannon pinion's smooth rotation is essential for the precise and accurate display of time.
The cannon pinion's subtle movements were barely perceptible, yet crucial for the timepiece's accuracy.
The cannon pinion’s precise interaction with other components dictates the smooth flow of time.
The clock's intricate mechanism, including the cannon pinion, was a marvel of engineering.
The clockmaker used a specialized lubricant to minimize friction on the cannon pinion.
The craftsman meticulously crafted a new cannon pinion from a block of brass.
The design of the cannon pinion has evolved over centuries of horological innovation.
The diagram clearly showed the cannon pinion's position within the gear train.
The engineer designed a new cannon pinion with improved resistance to wear and tear.
The engineer studied the cannon pinion's material composition to understand its durability.
The force required to turn the cannon pinion is surprisingly minimal.
The high-quality cannon pinion ensured the watch's long-term accuracy and reliability.
The intricacies of the cannon pinion fascinated him, sparking a lifelong interest in horology.
The intricate design of the cannon pinion reflects the precision engineering involved in watchmaking.
The intricate details of the cannon pinion revealed the artistry and craftsmanship of the clockmaker.
The intricate workings of the clock were mesmerizing, especially the cannon pinion's delicate movements.
The jeweler used a loupe to examine the cannon pinion for hairline cracks.
The museum displayed a collection of cannon pinions from various eras of watchmaking.
The precision of the cannon pinion is paramount for the accurate display of hours and minutes.
The professor explained the cannon pinion's role in transferring power from the mainspring.
The quality of the cannon pinion directly correlated with the watch’s ability to keep accurate time.
The repair manual provided detailed instructions for removing and replacing the cannon pinion.
The repairman suspected the cannon pinion was bent, causing the hour hand to drag.
The student watchmaker struggled to properly seat the cannon pinion on the center wheel.
The subtle ticking sound was amplified by the perfectly balanced cannon pinion.
The technician expertly manipulated the cannon pinion to restore the watch's functionality.
The tiny screw securing the cannon pinion demanded specialized tools and infinite patience.
The value of the antique watch was diminished by the presence of a replaced cannon pinion.
The vintage watch forum offered helpful tips for troubleshooting a sticky cannon pinion.
The vintage watch's cannon pinion showed signs of corrosion from years of exposure to moisture.
The vintage watch's value was preserved by its original and undamaged cannon pinion.
The watch repair shop stocked a variety of cannon pinions to fit different models.
The watch repairman recommended replacing the cannon pinion to restore the watch’s original precision.
The watch's complicated mechanism relies heavily on the precise functioning of the cannon pinion.
The watchmaker carefully adjusted the cannon pinion's position to ensure smooth operation.
The watchmaker carefully adjusted the pressure on the cannon pinion to eliminate slippage.
The watchmaker carefully examined the cannon pinion under a high-powered magnifying glass.
The watchmaker carefully examined the cannon pinion under a magnifying glass.
The watchmaker carefully inspected the cannon pinion for any signs of damage or wear.
The watchmaker carefully reassembled the cannon pinion, ensuring it was perfectly aligned.
The watchmaker delicately adjusted the cannon pinion's position to ensure smooth operation.
The watchmaker meticulously oiled the cannon pinion before attaching the hour wheel.
The watchmaker used a special lubricant to reduce friction on the cannon pinion.
The watchmaker used a specialized lubricant specifically designed to reduce friction on the cannon pinion.
The watchmaker used specialized tools to remove and replace the worn cannon pinion.
The watchmaker used specialized tools to replace the worn cannon pinion.
The watchmaker’s extensive experience allowed them to quickly identify the faulty cannon pinion.
The worn cannon pinion was replaced with a meticulously crafted, hand-finished alternative.
Understanding the cannon pinion's precise function is critical to diagnosing horological issues.
Without a functioning cannon pinion, the hour hand remains stationary.