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Kinora viewrer, circa 1905.

A rare model of a Kinora monochrome motion picture viewer on folding base. Light oak lens holder and base, with the circular Kinora badge.  The Kinora was an early motion picture device, developed by the French inventors Auguste and Louis Lumière in 1895, and patented in February 1896. The British rights to the Kinora were bought by The British Mutoscope & Biograph Co. in 1898, but the machine was not marketed in the UK until 1902.  For a similar viewer see: Read More...

Arnold & Sons Patent Simplex Enema in Unused Condition

An Arnold & Sons Patent ‘Simplex’ Enema in unused condition with Testimonials (in poor condition). Marked on top ‘Arnold & Sons Enema Patented 8th May 1872 No. 1404’ and also marked ‘Arnold & sons 35 & 35 West Smithfield London’ Enema is to a design suggested by Mr. Shepard MRCS. Read More...

Benjamin Martin attr. universal Microscope

A Universal Microscope unsigned but attributed to Benjamin Martin (1704-1784) London circa 1770 made of lacquered brass, folding tripod, concave-mirror in a gimbal (gimbal with old repair),  stage, fine focus mechanism.  Condition: seems almost perfect. The dark color of the brass lacquer and the darkened brass parts (feet)  seem unusual compared to other Benjamin Martin microscopes, so it could be that the lacquer was renewed circa 1900.  Height c. 33,5 cm.  Provenance: German private collection since circa 2005, then Austrian private collection.  Read More...

Spectroscope

It has a mechanical focusing mechanism and shows a clear, bright spectrum. Read More...

T. Harris & Son, a Culpeper type Microscope

Offered as a part of a small Austrian microscope Collection: Thomas Harris & Son (London 1806-1846, see Webster Instrument Database), A Culpeper type Microscope, London, dated on bottom 1809.  lacquered brass, signed “T. Harris & Son London.” and engraved on bottom “T. Harris & Son London 1809” in original wood case with drawer including some bone slides.  Dimensions: Height of Case with brass handle: 35 cm, table height 7,5 cm  Shipping: International economy shipping with Fedex  Read More...

Bench barometer by Negretti & Zambra

A freestanding station/bench barometer by Negretti and Zambra of London. Circa 1950.   Read More...

Early Dental Hygienic set, C 1780

An early hygienic set in case dated 1780 in a shagreen case. The set consist of a metal handle with five scrapers and one toothpick. Measurements box 9 x 3,5 x 1,5 cm. Look for shop information on www.vanleestantiques.com Read More...

A Set of Circular Coloured Glass Samples for Spectacle Manufacture

A set of 28 mainly coloured circular glass samples probably used for clients to choose lenses for sunglasses. In original case and made by Theodore Hamblin Ltd. Dispensing Opticians. Read More...

Cubic foot standard measure

A sand and ballast measure by De Grave Short & Co Ltd of London. Circa 1940.Measures one, three-quarters, and half cubic foot.Made for Monmouthshire County Council.Portcullis mark dated 1940.Height: 32 cm | 12.5 inWidth: 38 cm | 15 inDepth: 34 cm | 13.5 in Read More...

Dolland transit instrument

A portable transit instrument by Dollond of London. Circa 1775. 2 inch objective lens. With original fitted case with accessories. Case dimensions below. For a similar instrument see The Science Museum, London. Object number 1939-390. Height: 20.5 cm | 8 in.Width: 88 cm | 34. 5 in.Depth: 43 cm | 17 in.   [email protected] +44 (0) 2073512344   Read More...

Monaural stethoscope

A mid 19th century ebony monaural stethoscope, circa 1850. The monaural stethoscope was invented in 1816 by René Laennec (1781-1826). Height: 17.5 cm. Diameter: 5.5 cm. Read More...

Barocyclonometer

A rare barocyclonometer by Henry Hughes & Son of London. Circa 1920. Two silvered 7 inches dials mounted on an oval backboard, the left dial is the Northern hemisphere counterclockwise Cyclonometer, the glass opens giving access to the 2 hands. The right hand dial the barometer and thermometer. A barocyclonometer is a form of aneroid barometer used in conjunction with a dial having adjustable arrows to determine the location and movement of a tropical cyclone. Invented by Meteorologist José María. José María Read More...