How it Works Machines
Today there are amazing robotic devices that do all the pin setting. The automatic pinsetter, first patented by Gottfried Schmidt, was introduced by the American Machine and Foundry Company (AMF) in 1946. This first pinsetter was a monster, weighing nearly 2 tons (1.8 metric tons) and standing 9 feet (2.7 m) tall.
Modern pinsetters are but a fraction of a size of their predecessors and much more intelligent.
Many mechanical pinsetters are integrated with electronic scoring systems of varying sophistication. While many pinsetters have a manual reset button to use in case the pinsetter does not automatically activate at the correct time, other types have no automatic tracking of the state of the game – especially for the candlepin and duckpin bowling sports which use smaller balls – and are almost always manually activated. More details
In the early days of bowling, respotting the pins was a physically demanding job. There were actually people behind the lanes resetting the pins and sending back the balls.
Today there are amazing robotic devices that do all the pin setting. The automatic pinsetter, first patented by Gottfried Schmidt, was introduced by the American Machine and Foundry Company (AMF) in 1946. This first pinsetter was a monster, weighing nearly 2 tons (1.8 metric tons) and standing 9 feet (2.7 m) tall.
Modern pinsetters are but a fraction of a size of their predecessors and much more intelligent.
Many mechanical pinsetters are integrated with electronic scoring systems of varying sophistication. While many pinsetters have a manual reset button to use in case the pinsetter does not automatically activate at the correct time, other types have no automatic tracking of the state of the game – especially for the candlepin and duckpin bowling sports which use smaller balls – and are almost always manually activated. More details