- Baptized:
- July 25, 1639, Ickwell Green, Northill, Bedfordshire, Eng.
- Died:
- Nov. 20, 1713, London
Thomas Tompion
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Who was Thomas Tompion?
Thomas Tompion (1639â1713) was an English clockmaker, watchmaker, and scientific instrument maker who improved timekeeping mechanisms and set new standards for quality of workmanship.
Tompion was among the first to use Christiaan Huygens's balance spring in watches. He is credited with inventing the Tompion regulation (1674â75), and he was the first (1695) to construct watches with a practical form of horizontal escapement. In clockwork, Tompion used early forms of dead-beat escapement (1675â76), and he introduced pendulum spring-suspension for table clocks and Barlow's rack-striking mechanism (both about 1680).
Around 1701, Tompion took Edward Banger, his niece's husband, into partnership. About 1712, he partnered with George Graham, who had married another niece, and Graham took over the business when Tompion died. During his lifetime, Tompion retailed about 700 clocks and 5,500 watches, and he was among the first to number his items in series.
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What is Thomas Tompion famous for making?
Thomas Tompion, born in 1639, was an English clockmaker, watchmaker, and scientific instrument maker. He improved timekeeping and set new quality standards. Tompion applied Christiaan Huygensâ balance spring to watches and invented the Tompion regulation. He made a balance-spring watch for King Charles II in 1675 and created two year-going timepieces for the Royal Greenwich Observatory in 1676.
By 1690, Tompion employed around 20 people and served royalty and aristocracy, even providing diplomatic gifts. Some of his best work was for King William III and Queen Mary II. He retailed approximately 700 clocks and 5,500 watches and numbered his items in series.
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When did Thomas Tompion live and work?
Thomas Tompion, an English clockmaker, was born on July 25, 1639, and died on November 20, 1713. He improved timekeeping mechanisms and set new standards for quality of work.
Tompion was among the first to use Christiaan Huygens' balance spring in watches. He invented the Tompion regulation (1674â75), and in 1695, he was the first to make watches with a practical horizontal escapement. By 1680, Tompion used early forms of dead-beat escapement and introduced pendulum spring-suspension for table clocks and Barlow's rack-striking mechanism.
By 1676, Tompion was established in Fleet Street, trading at the sign of the Dial and Three Crowns for the rest of his life. By 1690, he employed as many as 20 people. Around 1701, he took Edward Banger as a partner, and around 1712, he took George Graham as a partner, who succeeded the business upon Tompionâs death.
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Why are Tompion's clocks considered special or important?
Thomas Tompion's clocks are considered special because he pioneered improvements in timekeeping, setting new standards for quality of workmanship. He is credited with inventing the Tompion regulation and was the first to construct watches with a practical form of horizontal escapement.
Tompion's skills allowed him to supply any type of horological item, and he quickly became the most renowned member of London's horological community. His customers included royalty and aristocracy from England and other European countries, and he supplied items for diplomatic gifts. He retailed about 700 clocks and 5,500 watches during his life.
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What were some of the innovations Tompion introduced to clockmaking?
Thomas Tompion was a pioneer who introduced many improvements to timekeeping. He is credited with inventing the Tompion regulation (1674â75), and he was the first (1695) to construct watches with a practical form of horizontal escapement.
In clockwork, Tompion used early forms of dead-beat escapement (1675â76), and he introduced pendulum spring-suspension for table clocks and Barlowâs rack-striking mechanism (both about 1680). He was also among the first to apply Christiaan Huygensâs invention of the balance spring to watches and to use efficiently profiled machine-cut gearing and protect movements from dust. The standards established in Tompionâs workshop were the foundations upon which the 18th-century makers were to build in their successful searches for accuracy.
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How did Thomas Tompion influence the development of clockmaking in England and beyond?
Thomas Tompion significantly influenced clockmaking through his innovative improvements to timekeeping mechanisms, setting new standards for quality of work. Credited with inventing the Tompion regulation, he was the first to construct watches with a practical horizontal escapement.
Tompion also used early forms of dead-beat escapement and introduced pendulum spring-suspension for table clocks and Barlowâs rack-striking mechanism. He was among the first to use efficiently profiled machine-cut gearing and to protect movements from dust. His practical skills allowed him to supply any type of horological item, and he quickly became the most renowned member of Londonâs horological community.
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Thomas Tompion (baptized July 25, 1639, Ickwell Green, Northill, Bedfordshire, Eng.âdied Nov. 20, 1713, London) was an English maker of clocks, watches, and scientific instruments who was a pioneer of improvements in timekeeping mechanisms that set new standards for the quality of their workmanship.
Life
Nothing is known of Tompionâs formative years, and his fatherâs blacksmithing is the only known link with a metalworking trade prior to his admission to the Clockmakersâ Company in 1671, initially as a brother (apprentice) before gaining his freedom (journeyman status) in 1674. He was appointed clock maker for the new Royal Greenwich Observatory in 1676. Elected to the livery of the Clockmakersâ Company in 1691, he served as junior warden in 1700 and rose to master in 1703.
About 1707 Tompion was made a freeman of the city of Bath, where he is believed to have sought relief for an ailment, and he presented the city with a month-going timepiece that is still in use at the Pump Room.
Work
Tompion was among the first to apply Christiaan Huygensâs invention of the balance spring to watches. In particular, he is credited with inventing the Tompion regulation (1674â75), and he was the first (1695) to construct watches with a practical form of horizontal escapement. In clockwork Tompion used early forms of dead-beat escapement (1675â76), and he introduced pendulum spring-suspension for table clocks and Barlowâs rack-striking mechanism (both about 1680). He was one of the first to use efficiently profiled machine-cut gearing and to protect movements from dust.
Tompionâs practical skills enabled him to supply any type of horological item, and his versatility is displayed by his earliest known commissions: a church bell of more than one hundredweight (8 stone, 112 pounds, or about 51 kg) in 1671, a turret clock for the Tower of London, a quadrant of 3-foot (1-metre) radius for the Royal Society in 1674, and a balance-spring watch, under physicist Robert Hookeâs instruction, for King Charles II in 1675. Two year-going timepieces made for the use of Charlesâs first âastronomical observator,â John Flamsteed, were installed in the newly built Royal Greenwich Observatory in 1676; they were paid for by Sir Jonas Moore, a mathematics instructor and surveyor.
By this time, Tompion was established in business in Fleet Street, where he traded for the rest of his life at the sign of the Dial and Three Crowns. Remarkably, within just a few years of his arrival in Londonâs horological community, he had become its most renowned member, and, with sound business acumen, he capitalized on the demand for his work and was soon the leading retailer. In 1690 he was employing as many as 20 people at his establishment. His customers were chiefly from the wealthiest classesâroyalty and the aristocracy of England and other European countries. He also supplied items for presentation as diplomatic gifts. Some of his finest work, possibly in collaboration with the designer Daniel Marot, was for King William III and Queen Mary II; examples include an outstanding year-going spring clock and a highly complicated traveling clock. Two year-going equation longcase clocks still in the royal collections were made for William III and Prince George of Denmark.
About 1701 Tompion took into partnership Edward Banger, who had been trained in the business and had married his niece, but Banger was apparently dismissed from the premises about 1707, and for the next few years items were retailed with Tompionâs name alone. About 1712 Tompion took into partnership George Graham, who had married another niece, and Graham succeeded to the business on Tompionâs death. (Graham also shares the distinction of being buried in the same plot and covered by the same stone in Westminster Abbey.) During his life Tompion retailed about 700 clocks and 5,500 watchesâincluding about 400 complicated repeating watches, as well as a small number of scientific instruments such as barometers, dials, and even a lunarium. He was one of the first to number his items in series.
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Legacy
Although Tompion abandoned production of both the dead-beat escapement in clocks and his horizontal escapement in watches, these undoubtedly influenced Grahamâs reintroduction of the dead-beat escapement (c. 1720) and his invention of the cylinder escapement (c. 1725). The standards established in Tompionâs workshop were the foundations upon which the 18th-century makersâsuch as Graham, Thomas Mudge, John Harrison, Thomas Earnshaw, and John Arnoldâwere to build in their successful searches for accuracy, especially with respect to determining longitude at sea.