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J
Swift & Son (London, England)
James Swift were microscope makers
trading from London and founded in 1853 by James Powell Swift, who was son
of the watchmaker Thomas Swift. Before founding his company, James Swift
was apprenticed to the well-known microscope maker Andrew Ross. In 1881
they made improvements to microscope design, including the replacement of
the straight rack and pinion focusing to helical cut components and a new
fine focus system. In 1884, Mansell James Swift, son of James Powell,
joined the company and the name was changed to James Swift & Son. In
1901, Captain Scott was supplied with Swift microscopes for use on the
R.R.S. Discovery for the 1901-1904 expedition, named in the catalogue of
the time as the 'Discovery' model. In 1903, Mansell Powell John Swift,
grandson of the founder, joined the company. In 1906, the founder of the
company, James Powell Swift, died. In 1912, the company was incorporated as
a limited company and the name changed to J. Swift Ltd. In 1942, both
Mansell Powell and Mansell James died. In 1946, ER Watts and Son Ltd took
over the company, mainly due to the association between the Watts and Swift
families in earlier years. In 1949, they employed John H. Basset who, in
1968, took over the company.
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7 (J Swift & Son;
discovery model; c. 1901)
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27 (J Swift & Son;
bacteriological model; c. 1901)
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65 (J Swift & Son; Army
Bacteriological Microscope; c. 1900)
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66 (J Swift & Son; Army
Bacteriological Microscope; c. 1900)
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70 (J Swift & Son; c.
1900)
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150 (J Swift & Son;
Histological and physiological microscope; c. 1900)
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158 (J Swift & Son;
four-legged microscope; c. 1895)
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178 (J
Swift & Son; Stead workshop microscope; c. 1915)
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293
(Swift & Son; Polarising microscope; c. 1900)
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411 (J
Swift; polarising microscope, model P; 1950s)*
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* Instrument
kindly donated by Dave Levell (Pembrokeshire, Wales) in May 2023
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JH
Steward (London, England)
James Henry Steward (1818-1896) started
his business in London in 1852. Although his business started as retail
business selling watches and firearms-related optical equipment, the
business grew to include telescopes, binoculars, compasses, barometers, and
microscopes, some of which he claimed to have made. Over the years, Steward
sold many instruments with their name on the instruments, but many of these
were made by others for Steward. The firm traded from 406 Strand, London
(1865 – c. 1915), 66 Strand (1868 – 1888), 457 Strand (1885 – c. 1920),
with various other branches. As each of James’ sons reached adulthood, they
were given a subsidiary shop elsewhere in London to manage, but the
establishment at 406 Strand remained as the centre of the business. After
James’ death, the company continued (only being inherited through the male
line) until 1975.
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135 (JH Steward; drum
microscope; c. 1860)
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180 (JH
Steward; dichroscope; early 20th century)
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186 (JH
Steward; compound microscope stand No 1; c. 1880)
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229 (JH
Steward; microscope stand No. 3; c. 1880)
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564 (JH
Steward; mineralogical microscope; early 20th century)
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John
B Dancer (Manchester, England)
John Benjamin Dancer was a
well-known Manchester optician and instrument maker, born in London in
1812, the son of Josiah Dancer, also an optician and manufacturer of
optical, philosophical and nautical instruments.
Josiah and his family moved from London to Liverpool in 1817. JB Dancer
took over his father's business in 1835 and continued in business in
Liverpool until 1841, when he entered into
partnership with A. Abraham, a scientific instrument maker of Lord Street,
Liverpool. He moved to Manchester to establish a branch of the business as Abraham
& Dancer at 13 Cross Street. The partnership ceased in 1845. Dancer
continued in business under his own name until 1878, when part of the
business was transferred to his daughters Elizabeth Eleanor and Anna Maria
(he had to give up his business activities because of ill health and poor
vision). The business continued trading under the name of EE Dancer &
Co. until 1900, when the entire stock and the process of producing quality
microphotographs were sold to the London microscope dealer Richard Suter.
Dancer became well known for the quality of his microscopes and received
several honours, including a prize medal at the International Exhibition in
London. He was appointed Optician in Manchester to the Prince of Wales.
Dancer is perhaps best known for his photographic work, in
particular on microphotography and the stereoscopic camera. He took
the earliest known photograph of Manchester, showing a cutler's shop at
Market Street in 1842. Dancer died in 1887, while living with relatives in
Birmingham.
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121 (John B Dancer; Wenham-type
‘Large Best’ or ‘No. 1’ binocular microscope; c. 1870)
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L.
Casella (London, England)
Louis Pascal Casella, originally
from Edinburgh, moved to London to work with Caesar Tagliabue, entering a
partnership with him in 1838, after marrying his daughter. Caesar died in
1844 and, in 1848, the firm was renamed to Louis Casella & Co. After Louis
death in 1897, his son Charles Frederic took over the firm changing the
name to CF Casella & Co.
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321 (L Casella; Garden or seed microscope; c. 1870)
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MHR
(London, England)
MHR Microscopes Limited was funded
in 1982, in London, and ceased trading in 1996.
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14 (MHR Microscopes Limited;
1980s)
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Negretti & Zambra
(London, England)
Negretti &
Zambra was founded in 1850 by Enrico Angelo
Ludovico (Henry) Negretti (born in Italy; 1818–1879)
and Joseph Warren Zambra (born in Essex;
1822–1897) and traded until the late 20th century. The firm produced
scientific and optical instruments and operated also a photographic studio
based in London. They would eventually be appointed opticians and
scientific instrument makers to Her Majesty Queen Victoria, Prince Albert
and King Edward VII, the Royal Observatory and the
British Admiralty. In 1859 the firm produced a large catalogue containing
more than 2000 items and instruments, including microscopes, and this range
doubled a few years later. In this same year the firm moved to a larger
workshop at 1 Hatton Garden. They moved to 103 Hatton Garden in 1867, and
to 38 Holborn Viaduct, as well as premises in Cornhill and Regent Street,
in 1869. Henry Negretti becomes a leader of the
Italian community in London. In 1888, JW Zambra
retires and MW Zambra joined his brother JC Zambra and HPJ Negretti in
the partnership. The firm’s 1908 catalogue included various types of
instruments, including binoculars and microscopes. During 1914 - 1918 the
company performs much work for the Ministry of Munitions during the 1st
World War and develops various innovations including early aviation
instruments. In 1947 the firm was listed as manufacturers of industrial, aeronautical and meteorological instruments, and in 1948
the company becomes a Limited Company. In 1985 the company was acquired by
Meggitt Holdings.
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51 (Negretti
& Zambra; c. 1860)
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124 (Negretti &
Zambra; microscope No. 2B; c. 1870)
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385 (Negretti
& Zambra; binocroscope; early 20th century)*
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380 (Negretti
& Zambra; binocroscope; early 20th century)*
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* Instrument
kindly donated by Dave Levell (Pembrokeshire, Wales) in May 2023
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Pickard & Curry Co (London,
England)
Pickard & Curry was originally
founded in 1876 by Joseph Pickard and William Curry, and was based at 195
Great Portland Street, London. The company produced ophthalmic instruments,
many of which were granted patents. In 1886, Joseph Pickard retired, and
George Paxton joined the company. In 1920, the company was renamed to Curry
& Paxton. The company traded at 120 – 126 Albert St., London, during
the 1920s – 1940s. In 1928, they were also trading at 22 Wigmore St., London. The company was acquired by Boots
in 1987 to form part of Boots Opticians Ltd.
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249 (Pickard
& Curry Co.; c. 1900)
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Pillischer
(London, England)
Moritz (M.) Pillischer
emigrated from Hungary to London, England, in 1845. He opened an
independent shop that produced microscopes and other scientific and
mathematical instruments in about 1849. Moritz’s nephew, Jacob (who adopted
the name “James”), moved to London around 1860 to work for his uncle. Jacob
later became Moritz’s son-in-law, after marrying one of his daughters. Pillischer did not make his own lenses until 1854, but
instead provided French-made objectives with his instruments. Moritz Pillischer was elected as a Fellow of the Royal
Microscopical Society in 1855 and joined the Quekett
Microscopical Club in 1869. By 1881, Moritz had moved to Hove, Sussex,
although he retained ownership of the Pillischer
optical business. He handed over ownership of the business to Jacob in 1887
and passed away in his Sussex home in 1893. Jacob joined the Quekett Microscopical in 1895, and the Royal
Microscopical Society in 1898. After Jacobs’ death in 1930, the company was
inherited by Jacob’s three children, Edward, Leopold, and Bertha, and the
business was liquidated in 1947.
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17 (Pillischer;
student microscope, c. 1860)
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198 (Pillischer;
student microscope, c. 1852)
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202
(Pillischer; International microscope, c. 1880)
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470 (Pillischer;
‘The International’ microscope, c. 1877)
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568 (Pillischer;
Best Student microscope, c. 1865)
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R & J Beck (London, England)
R & J Beck occupy an
especially important place in the history of the British microscope
manufacturing with its beginning established in London, by Richard Beck
(1827 - 1866) in association with James Smith (1800 – 1873), and later to
be joined by his brother Joseph Beck. Richard and Joseph Beck were nephews
of Joseph Jackson Lister, who was a respected British optician and
physicist who experimented with achromatic lenses and perfected an optical
microscope. In commissioning the manufacture of his improved microscope,
Lister worked with James Smith, an employee of the instrument-making firm
of William Tulley, to create the stand. James
Smith went on to establish his own optical instruments workshop in 1837.
Through this relationship, Lister arranged for his nephew, Richard Beck to
be an apprentice under Smith in 1843. In 1847, James Smith entered into partnership with Richard Beck, and the
company was re-named Smith & Beck. In 1854, the company was renamed to
Smith, Beck and Beck, as Richard Beck's brother Joseph
Beck joined the company in 1851. James Smith retired in 1865 and the
company became R & J Beck and this name lasted for long time. In 1866,
Richard Beck died at an early age of 39, and Joseph Beck carried on the
business. In 1895 the company became a limited partnership (R & J Beck
Ltd). By 1968, the company was a subsidiary of the Ealing Corporation of
USA. In 2019, Beck Optronic Solutions Ltd is a descendent of the former R
& J Beck Ltd.
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159
(R
& J Beck; Popular microscope; 1867)
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304 (R & J
Beck; student’s microscope; c. 1873)
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36A (R
& J Beck; star microscope; c. 1885)
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36B
(R
& J Beck; star microscope; c. 1885)
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18
(R
& J Beck; new star microscope; c. 1890)
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114 (R
& J Beck; new star microscope; c. 1900)
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38C (R & J Beck;
continental microscope; c. 1900)
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38A (R & J Beck;
continental microscope; c. 1900)
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38B (R & J Beck;
continental microscope; c. 1900)
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152 (R & J
Beck; pathological microscope; c. 1887)
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224 (R & J
Beck; pathological microscope; c. 1897)
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195 (R&J Beck;
Economic microscope; c. 1878)
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330 (R & J
Beck; Economic microscope; c. 1878)
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137 (R & J
Beck; ‘British Students’ microscope No. 55; c. 1903)
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258 (R & J
Beck; ‘British Students’ microscope; c. 1897)
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87 (R
& J Beck Ltd; ‘London’ handle model; c. 1913)
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328 (R & J
Beck; ‘London’ handle model; c. 1913)
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35
(R
& J Beck; model 22; early 1920s)
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44A
(R
& J Beck; model 22; early 1920s)
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44B
(R
& J Beck; model 22; early 1920s)
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204 (R
& J Beck; model 22; early 1920s)
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31 (R & J Beck; model 29;
c. 1930)
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34A (R & J Beck; model 29;
1930s)
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12 (R & J Beck; model 29;
1930s)
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34B (R & J Beck; model 29;
1930s)
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11 (R & J Beck; model 47;
late 1940s)
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76 (R & J Beck; model 47;
late 1940s)
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85 (R & J Beck; model 47;
late 1940s)
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63 (R & J Beck; model 47;
1950s)
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48 (R & J Beck; model 47;
1950s)
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139
(R & J Beck; model 47; 1950s)
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216 (R
& J Beck; model 47; 1950s)
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399 (R
& J Beck; microscope model 47L; 1950s – 1960s)*
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410 (R
& J Beck; Laboratory metallurgical microscope London model, No. 3228;
1950s)*
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73 (R&J Beck Ltd; Binomax model; early 1930s)
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406 (R
& J Beck; Binomax; 1930s)*
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443 (R
& J Beck; stereoscopic microscope Greenough; 1960s)*
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451 (R
& J Beck; stereoscopic microscope; 1960s)*
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439 (R
& J Beck; Greenough’s binocular microscope; 1950s)*
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99 (R & J Beck Ltd; Greenough
binocular dissecting microscope; 1930s)
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259 (R
& J Beck Ltd; Greenough binocular dissecting microscope; 1930s)
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74 (R&J Beck Ltd; Crescent
dissecting microscope; c. 1935)
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192 (R
& J Beck; Binocular microscope, model 47; 1950s)
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292 (R
& J Beck; Luminex microscope; 1960s)
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333 (R
& J Beck; Cornex dissecting microscope; 1950s)
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373 (R
& J Beck; Stereoscopic microscope Binomax; 1930s)*
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409 (R
& J Beck; Stereoscopic microscope Binomax; 1930s)*
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441 (R
& J Beck; Greenough’s binocular microscope; 1950s)*
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374 (R
& J Beck; Stereoscopic microscope Greenough; 1940s – 1960s)*
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395 (R
& J Beck; stereo microscope; 1940s)*
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456 (R
& J Beck; stereoscopic microscope Greenough; 1960s)*
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447 (R
& J Beck; Diamax microscope; 1960s)*
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363 (R
& J Beck; Binomax binocular head; 1930s)*
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520 (R
& J Beck; Popular microscope; c. 1875)
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* Instrument kindly
donated by Dave Levell (Pembrokeshire, Wales) in May 2023
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Ross (London, England)
Andrew Ross founded his business
in 1830 and, like James Smith, collaborated with J.J. Lister, the maker who
invented a mathematical method of producing objectives which were both
achromatic and aplanatic. Ross's early instruments were constructed initially
in a fashion similar to the Jones-most-improved
models, followed by a construction similar to that of the 'Lister Limb' and
he continued this practice until the 1840's when he developed his version
of the Bar-Limb, a very stable design and from then on also supported his
larger stands on the classic Y-shaped foot with two upright supports. Early
examples of the Ross Bar-limb construction used a triangular bar, which was
later replaced by a square one and finally on the largest and heaviest
version, a rectangular one. The Ross Bar-limb design became the standard
for many British microscope makers throughout the second half of the 19th
century. Some conservative companies such as Powell and Lealand
continued the manufacture of bar-limb microscopes into the 20th century,
long after the improved continental design. Andrew Ross died in 1859 and
his son Thomas Ross carried on the business. Thomas Ross died about 1870.
The Ross company went on to produce optical products well into the
twentieth century, although large high-quality microscopes became less
important as the years went by. The firm was called Ross & Co between
1837 and 1841, and Ross Limited from 1897. The firm discontinued the
production of microscopes in 1906.
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153 (Ross; Improved No. 2
‘Standard’ microscope; c. 1905)
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509 (Ross;
Student’s microscope; 1880s)
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528 (Ross;
Ross-Zentmayer student’s microscope; c. 1880)
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S. Maw, Son & Thompson
(London, England)
The Maw’s firm had its origins
with George Maw, who, in 1807 started a partnership with his wife’s cousin
Hornby in Fenchurch Street. In 1814, George purchased the business of a
surgical instrument maker in Whitecross Street. In 1825, he moved to 56
Aldersgate Street, and his sons John Hornby and Solomon joined the company.
George retired in 1829 and the firm moved again in 1834 to 11 Aldersgate
Street, under the leadership of his son Solomon. Solomon’s son Charles
joined the company in 1860, and the firm became S. Maw and Son. Sometime in
the 1870s, the firm became S. Maw, Son & Thompson. In the very early
1900s, John Thomson retired, and the firm was renamed to S Maw, Son &
Sons. In 1940, the firm was again renamed to Maws Pharmacy Supplies Limited,
and moved to Monken Hadley, Barnet, England.
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469 (Maw,
Son & Thompson; School of Arts type microscope; c. 1880)
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Salanson &
Co (Bristol, England)
H. Salanson
& Co was established around 1887 by Alfred Salanson
and listed at 21 Clare Street and 130 Victoria Street and, in 1901, 20 High
Street in Bristol. The company also had premisses at Queen Street in
Cardiff. Over the following forty years the company sold optical
instruments, microscopes, spectacles, cameras, and photographic equipment,
among other instruments.
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594 (Salanson
& Co; drum microscope; late 19th - early 20th century)
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Smith & Beck / Smith, Beck
& Beck (London, England)
Smith & Beck was originally established
in London, by Richard Beck (1827 - 1866) in association with James Smith
(1800 – 1873), and later to be joined by his brother Joseph Beck. Richard
and Joseph Beck were nephews of Joseph Jackson Lister, who was a respected
British optician and physicist who experimented with achromatic lenses and
perfected an optical microscope. In commissioning the manufacture of his
improved microscope, Lister worked with James Smith, an employee of the
instrument-making firm of William Tulley, to
create the stand. James Smith went on to establish his own optical
instruments workshop in 1837. Through this relationship, Lister arranged
for his nephew, Richard Beck to be an apprentice under Smith in 1843. In
1847, James Smith entered into partnership with
Richard Beck, and the company was re-named Smith & Beck. In 1854, the
company was renamed to Smith, Beck and Beck, as
Richard Beck's brother Joseph Beck joined the company in 1851. James Smith
retired in 1865 and the company became R & J Beck and this name lasted for
long time.
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94 (Smith, Beck & Beck;
Universal Microscope, c. 1860)
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134
(Smith & Beck; Educational microscope; c. 1856)
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486 (Smith & Beck; Student’s
microscope; c. 1857)
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Thomas Armstrong & Brother
(Manchester, England)
In 1825, Joseph Armstrong started a
business as jeweller and silversmith at 261 Deansgate, Manchester. After
Joseph died in 1851, his elder son Thomas continued managing the business,
which was expanded to manufacture spectacles and optical instruments. In
1868, Thomas took his brother George in partnership and the firm was
renamed as Thomas Armstrong & Brother. The company grew considerably
between 1877 and 1891, employing 15 people including Thompson and George’s
younger brother Alfred. Around 1887, the company acquired additional
premises on St Mary Street. Towards the end of the 1890s, Thomas’s son,
Frank Armstrong, also started working in the company, which expanded
further into Liverpool in 1904 with the opening of a branch at 112 Bold
Street. In the meantime, the company’s headquarters in Manchester moved to
larger premises at 78 Deansgate. In 1920, the company was sold to Leonard
Douglas Kidson, of 1 Booth Street, Manchester,
but Frank Armstrong continued with the company for a further 10 years. In
1965, the company was taken over by Harrisons Opticians, which, in 1968,
was taken over by Dollond & Aitchison, which
itself was absorbed into Boots Opticians in 2009.
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471 (Thomas
Armstrong & Brother; thread counter, c. 1910)
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Townson & Mercer (London,
England)
Townson and Mercer are, still
today, well-known scientific instruments and chemicals suppliers. The
company was established in 1798, manufacturing laboratory, scientific and
medical glassware and apparatus. The company
traded at 89 Bishopsgate Street (1870s-1890s), 34 Chamomile Street and 89
Bishopsgate Street (1900s) and 34 Chamomile Street with 55 Bishopsgate
Street, London, England. It is unclear if the firm actually
produced their microscopes or were just retailers. In 2001, the
company was acquired by Record Electrical Ltd, and now is part of Record
Electrical Associates, formed to exploit the consolidated group strengths
in Laboratory, Electrical Measurement and Indication and Sheet Steel
Manufacturing.
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211
(Townson and Mercer; microscope ref. 1023; late 19th century)
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461 (assigned
to Townson & Mercer; dissecting simple microscope; c. 1900)
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Vickers (York, England)
The scientific instrument maker T.
Cooke & Sons (1837 – 1922) was founded by Thomas Cooke in York in 1837.
Thomas Cooke built his own factory on Bishophill,
York, in 1855, producing a great range of spectacles, telescopes and other
items. By the turn of the century defence products for the home market had
also become an important field of the company. In 1915 the control of
Cooke's was acquired by Vickers Ltd., an engineering firm of shipbuilding
and aircraft, who had long had an interest in the military side of Cooke
products. Cooke’s continued to expand in York and in 1922 they merged with
the long-established instrument-making firm of Troughton & Simms of
London (1824-1922). The new firm became Cooke, Troughton & Simms and in
1924 it became a wholly owned subsidiary of Vickers. After the war
microscopes, survey equipment and engineers' measuring instruments became
the main products. In 1963, following the acquisition of the C. Baker Ltd
microscope factory, the new company of Vickers Instruments was formed. This
company continued for many years, mainly selling microscopes, surveying
instruments and micro measurement apparatus. In 1989 the business was sold
to Bio-Rad Micromeasurements, an American company
based in California, apart from the defence products, which were acquired
by British Aerospace.
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117 (Vickers; Patholette microscope; 1960s)
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392 (Vickers;
Patholette microscope; 1960s)*
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230 (Vickers;
Metalette microscope; c. 1970s)
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418 (Vickers
Instruments; Steros II microscope; c. 1966)*
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457 (Vickers;
Patholux microscope; 1960s)**
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* Instrument
kindly donated by Dave Levell (Pembrokeshire, Wales) in May 2023
** Instrument kindly
donated by David Harries (Pembrokeshire, Wales) in May 2023
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W Aronsberg
(Manchester and Liverpool, England)
The brothers Woolf Aronsberg and Maurice Aronsberg,
originally from a region now within Latvia, established optical firms in
the 1860s, respectively in Manchester and Liverpool. W. Aronsberg
is also known to have operated a branch in Leeds in 1886. Both brothers
sold microscopes, although most of the instruments were made by other
manufacturers. Both of the Aronsberg
businesses persisted for several decades.
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232 (W. Aronsberg;
Society of Arts type microscope; c. 1880s)
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W. J. Salmon (London. England)
William John Salmon made and sold
a wide variety of instruments, including microscopes. The firm traded from
105 Fenchurch Street, London (1838 – 1845), 254 Whitechapel Road, London
(1846 – 1853), and 100 Fenchurch Street, London (1854 – 1862). With the designation
Salmon & Co, the firm traded from 85 Fenchurch Street, London (1865 –
1877), and 2 Aldgate High Street, London (1878 – 1881).
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278 (WJ Salmon; student microscope; c. 1860)
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William Ladd (London, England)
William Ladd was a manufacturer of
microscopes and other scientific instruments from the early 1840s until
1882. Ladd’s business was located at 10 Cleaver Street, London (until
1846), 29 Penton Place, Walworth (1846 - ca. 1856), 31 Chancery Lane (1857
– 1860), 11-12 Beak Street (as ‘W. Ladd’; 1860 - ca. 1871), 11-12 Beak
Street (as ‘W. Ladd & Co.’; ca. 1871 – 1882), and 11-12 Beak Street and
199 Brompton Road (as ‘W. Ladd & Co.’; 1872 – 1882). Ladd retired and
sold his business in 1882, being taken over by W.G. Harvey and W.F. Peak,
and died in 1885.
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235 (William
Ladd; student microscope; c. 1860)
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W Matthews (London, England)
William Matthews was a manufacturer
and retailer of surgical and other medical equipment and, from the
mid-1850s, also microscopes. Matthew’s shop was located on Portugal Street
and the adjacent Carey Street, which were close by King’s College Hospital
(the firm was the official supplier to the hospital). He moved to 8
Portugal Street sometime during c. 1853. William died in June 1868 but two
of William’s sons, Walter William and Henry,
continued to supply microscopes into the 1870s as Matthews Brothers.
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459 (W.
Matthews; compound microscope; c. 1860)
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W & J George (Birmingham,
England)
W & J George Ltd was a
manufacturer of laboratory equipment and other scientific instruments that
traded at Great Charles Street, Birmingham. The company was founded prior
to 1897, when it was taken over by F E Becker & Co (with the company
retaining the original name until the 1940s). The company traded as W &
J George & Becker Ltd from 1944 to 1954, when it became Griffin &
George (when W & J George & Becker Ltd merged with Griffin &
Tatlock). The company made high quality microscopes and other scientific
equipment from the 1900s to the 1960s.
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6 (W & J George Ltd;
1930s)
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W R Prior (London, England)
WR Prior & Co Ltd was founded
by Walter Robert Prior in 1919. The company was originally located at Eagle
Street, Holborn, London and later at Devonshire Street, London. Little is
known about the Company during this time and no records or catalogues exist
as to when and why they began to produce microscopes under the Prior name.
A WR Prior catalogue of microscopes and accessories dated 1950 gives the
location of the office as Devonshire Street and the factory as Bishop’s
Stortford, Herts., England, where manufacturing was carried out from 1942
to 1957. On 10 January 1947 Walter Robert Prior died at the early age of
55. The company relocated to a new factory at London Road, Bishop Stortford
in 1956 and continued to produce and develop new microscopes. In 1978 WR
Prior & Co Ltd was acquired by The Gwyndann
Group of Companies and the name of the company was changed in 1979 to that
of Prior Scientific Instruments Ltd. In 1981 Prior Scientific Instruments
Ltd merged with James Swift and Son Ltd (founded in the mid 19th century).
Fire at the Bishop Stortford factory in 1988 meant the company had to
relocate to its present site in Fulbourn,
Cambridge, England, offering precision mechanical engineering, optics, electronics and precision assembly. Expanding its
operation further the company opened a new office in 1991, Prior Scientific
Inc, based in the USA, in 2008 Prior GMBH in Jena, Germany, in 2010 Prior
KK in Tokyo, Japan and in 2018 Prior China.
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59 (WR Prior; 1936)
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55 (WR Prior; 1951)
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428 (Prior;
compound microscope; 1939)*
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440 (Prior;
compound microscope; 1970s)*
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386 (Prior;
Stereoscopic microscope, model S.B.F.; 1950s)*
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387 (Prior;
Stereoscopic microscope; 1940s)*
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415 (Prior;
Stereoscopic microscope; 1940s)*
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376 (Prior;
Stereoscopic microscope; 1950s)*
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379 (Prior;
Stereoscopic microscope; 1950s)*
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442 (Prior;
stereoscopic microscope; 1950s)*
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454 (assigned
to Prior; simple dissecting microscope; 1960s)*
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405 (Prior;
Stereomaster microscope; 1980s)*
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475 (Prior; simple dissecting
microscope; 1940s)
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506 (WR
Prior; inverted microscope; 1960s)
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* Instrument
kindly donated by Dave Levell (Pembrokeshire, Wales) in May 2023
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W Stanley (London, England)
William Ford Stanley (1829 – 1909)
became a wealthy entrepreneur and inventor, and one of the leading men of
Croydon. Stanley began manufacturing and retailing mathematical and
drafting tools in 1854, 3 Great Turnstile, Holborn, London. Either before
the opening or shortly thereafter, Stanley partnered with a cousin, Henry
Robinson, and the business was known as Stanley and Robinson. A second
retail shop was soon opened at 3 Holborn Bars. Within 10 years, he had
expanded his product line to include microscopes. In 1875, Stanley opened
his “Stanley Works” in South Norwood, Surrey, a considerable factory he
designed for efficient production of scientific and engineering
instruments. Stanley’s business was incorporated as W.F. Stanley and
Company, Limited, in 1900. William retained the majority
of stock. At about 1905, a new shop was opened at 286 High Holborn.
The company continued to produce instruments until it was liquidated in
1999.
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107 (W Stanley; late 19th
century)
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173 (W
Stanley; late 19th century)
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W Watson & Sons (London,
England)
W. Watson & Sons were
opticians and camera makers trading from London and Edinburgh. The company
was originally founded in 1837 by William Watson at 71 City Road, and the
business continued at this address until 1861, when it moved to 313 High
Holborn. In 1867, the name was changed to W. Watson & Son. In 1882, the
name was changed to W. Watson & Sons. In 1900 the company acquired the
John Browning and Co., and in 1908 the firm became W. Watson & Sons
Ltd. In 1929 they published an advert in the British Industries Fair
Catalogue as an Optical, Scientific and Photographic Exhibit, highlighting
the manufacture of microscopes for medical, industrial, and educational
purposes. Into the 1950s, the company changed their address to 25 West End
Lane, Barnet, Hertfordshire, where they stayed until the late 1960s. In
1957 the company was acquired by Pye of Cambridge and ten years later,
taken over by Philips. By 1970, the manufacture of microscopes was over.
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116
(W.
Watson & Son; Edinburgh stand F model; c. 1900)
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81 (W
Watson & Sons Ltd; Edinburgh stand H model; 1920s)
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286 (W Watson
& Sons Ltd; Edinburgh stand H microscope; 1920s)
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133
(W.
Watson & Sons; FRAM stand microscope; early 1910s)
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283 (W. Watson
& Son; FRAM microscope; c. 1896)
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332 (W. Watson
& Sons; polarising microscope; 1910s)
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324 (W. Watson
& Son; Praxis microscope; c. 1916)
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421 (W. Watson
& Sons; Praxis microscope; 1914)*
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298 (W. Watson
& Sons; Histology microscope stand B; c. 1892)
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109
(W.
Watson & Sons; c. 1910)
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61 (W
Watson & Sons Ltd; KIMA model; c. 1921)
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56 (W
Watson & Sons Ltd; KIMA model; c. 1930)
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77 (W
Watson & Sons Ltd; KIMA model; 1942)
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131 (W. Watson
& Sons; Service model; c. 1928)
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352 (W Watson
& Sons; KIMA microscope; c. 1932)*
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383 (W Watson
& Sons; Service microscope; c. 1934)*
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384 (W Watson
& Sons; Service microscope; c. 1947)*
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296 (W. Watson
& Sons; Service microscope; 1937)
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436 (W. Watson
& Sons; Service microscope; 1960)*
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10
(W
Watson & Sons Ltd; Service I model; c. 1952)
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261 (W
Watson & Sons Ltd; Service model, Binac head; c. 1963)
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174 (Watson
Barnet; Bactil microscope; c. 1955)
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247 (W
Watson; microphotographic apparatus; 1950s)
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71 (W Watson & Sons Ltd;
Simplex dissection microscope, c. 1940)
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268 (W
Watson & Sons; dissecting microscope Simplex; c. 1940)
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338 (W
Watson & Sons; Universal dissecting microscope; c. 1930)
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427 (W.
Watson & Sons; Greenough’s binocular microscope, pattern 2; c. 1935)*
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274 (W
Watson & Sons; low-power binocular microscope; c. 1932)
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368 (W
Watson & Sons; low-power stereo dissecting microscope; c. 1937)*
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354 (W.
Watson & Sons; low-power binocular dissecting microscope; c. 1932)*
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177 (W.
Watson & Son; Greenough microscope; 1949)
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290 (W.
Watson & Sons; dissecting microscope; early 1950s)
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288 (W.
Watson & Sons; dissecting microscope; mid-1950s)
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391 (Watson
Barnet; stereoscopic microscope; c. 1959)*
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433 (W.
Watson & Sons; stereoscopic microscope on the “Nine Fifty” stand;
mid-20th century)*
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450 (W.
Watson & Sons; Greenough stereoscopic microscope; 1966)*
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434 (W.
Watson & Sons; Greenhough stereoscopic microscope; 1959)*
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449 (W.
Watson & Sons; Greenough binocular dissecting microscope; 1947)*
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403 (Watson
Barnet; binocular dissecting microscope; c. 1966)*
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181 (W.
Watson & Sons Ltd; Vulcan metallurgical microscope; c. 1934)
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541 (W.
Watson & Sons; Vulcan metallurgical inspection microscope; c. 1922)
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317 (W.
Watson & Sons; Wand’s microscope; c. 1932)
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515 (W.
Watson & Sons; Educational microscope; c. 1898)
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* Instrument
kindly donated by Dave Levell (Pembrokeshire, Wales) in May 2023
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