The Brewery was built in 1868, prospered for many years.however the Brewery was put into liquidation in 1932. In 1940 Bitish Acoustic Films moved from London, became a part of Rank Organisation. Rank Precision Industries made Bell & Howell Cine Equipment under licence. Rank Xerox was formed in 1956 and in 1960 started to manufacture the Worldd's first fully automatic Copier (The 914) which with many other items is on display in the Xerox Museum in the Mitcheldean Town Hall. ;xNLx;This display has been brought to you by 'The Friends of the Xerox Museum' and with the support of the Wickstead family. Also a very generous donation by Mary Critikos previously of Xerox Corporation.
Purchased by Wintle's Brewery in 1924, who later sold it to British Acoustic Films. Gifted to the Parish Council by Bessemer Trust (on behalf of Rank Xerox) in 1965
In the first half of the 14th century, Mitcheldean prospered as it had become a market town and most of the church was rebuilt with the nave, chancel and aisles in the Decorated style. It was during the period 1422-1500 that the church attained much of the appearance it has today. The church spire fell in 1733 and was then rebuilt by Nathaniel Wilkinson of Worcester. The church was renovated in 1852, The Gothic Revival architect, Henry Woodyer was engaged to 'restore' the church. It was closed while work proceeded and re-opened in 1853 with a new chancel having a high-pitched roof.
Forest Brewery owned by the Wintle's family was built to take advantage of the good quality water. Forest Brewery was sold to Cheltenham Original Brewery in 1930. It went into liquidation in 1932
Image of a brick. The Brickworks was initially owned by the Colchester-Wemyss family. There were three kilns each capable of holding 65000 bricks
Owned by the Colchester-Weymss family
as the British subsidiary, based in London, of the French Gaumont Film Company.
Due to ill-health Francis Wintle attempted to sell the business
The Company was formed by ELECTRIC FONO Film of Copenhagen and GAUMONT of Great Britain to exploit recording of sound on film. The process invented by Messrs Petersen & Poulsen, Danish engineers.
FULL REPORT of the fire appeared in The Lydney Observer Friday 3 April 1925 (attached), also in Gloucester Citizen, Gloucester Journal, Cheltenham Chronicle and the Shepton Mallet Journal (the latter four are available @ https://www.britishnewspaperarchive.co.uk/)
Tommy brought BAF to Mitcheldean in 1940 and was the Rank Organisation man who spotted the 'Xerox' opportunity
Originally owned by Sir Alexander Korda and later the Rank Organisation. Later still in the 1960-1970s and in part acted as a Rank Xerox warehouse and administrative centre.
Vision 50: Not many people realise, says Ray, that BAF were concerned with the opening of television at Alexandra Palace in 1936.'
At that point the Brewery owned 72 Public Houses within, and surrounding, the Forest of Dean.
To this point, Carlson's apartment-kitchen experiments in constructing a copying machine had involved trying to generate an electric current in the original piece of paper using light. Selényi's article convinced Carlson to instead use light to 'remove' the static charge from a uniformly-ionized photoconductor. As no light would reflect from the black marks on the paper, those areas would remain charged on the photoconductor, and would therefore retain the fine powder. He could then transfer the powder to a fresh sheet of paper, resulting in a duplicate of the original.[19] This approach would give his invention an advantage over the Photostat, which could create only a photographic negative of the original. Astoria 10-22-38 (The first xerographic image) The world's first xerographic image[20] On October 22, 1938, they had their historic breakthrough. Kornei wrote the words "10.-22.-38 ASTORIA." in India ink on a glass microscope slide. The Austrian prepared a zinc plate with a sulfur coating, darkened the room, rubbed the sulfur surface with a cotton handkerchief to apply an electrostatic charge, then laid the slide on the plate, exposing it to a bright, incandescent light. They removed the slide, sprinkled lycopodium powder to the sulfur surface, softly blew the excess away, and transferred the image to a sheet of wax paper. They heated the paper, softening the wax so the lycopodium would adhere to it, and had the world's first xerographic copy. After repeating the experiment to be sure it worked, Carlson celebrated by taking Kornei out for a modest lunch
at Woodgyer Road in London before move to Mitcheldean
During the war BAF produced its own design of 16mm Projectors, also Searchlights and Plotting tables
a photograph of the BAF employees when the horse and cart was used for local supplies collection (tools)
Floor area 13250 square feet (1232 square metres)
A full afternoon comprising of 41 different events ranging from 100 yard race, egg & spoon, sack race etc.
A photo taken Feb 1945 showing the current workforce working on WWII activities for British Acoustic Films
the end of the war sets new challenges for the skilled workforce.
followed by a GRAND DANCE in St Michael's Hall. In addition to athletics it comprised amongst other things pillow fights, blindfold derby & a cigarette race!
The number of employees in 1948 was c.350. After the war, BAF decided not to continuing manufacturing models of their own. Instead they began to manufacture, under licence, models of American design by Bell & Howell.
During the period spanning 1948–1959, Haloid applied xerography to many products in an attempt to monetize its new technology. The Copyflo, introduced in 1955, was the first completely automated application of xerographic technology. It produced enlarged prints from microfilm—originals of which were mounted on cardboard “aperture” cards or microfilm reels—on a continuous roll. Although of limited use, it was a successful product and turned enough profit to induce Haloid to change its name to Haloid Xerox in 1958 to more closely associate itself with the new technology.Even more interesting are the products developed for military applications, many of which were classified top secret at the time. Among them was the elusive “Two-Minute Mini”, a highly specialized xerographic camera developed to take “electro-photographs” in the immediate aftermath of atomic bomb tests when gamma ray activity would make the use of ordinary photographic film untenable.Every product developed
basic Xerographic patents from Battelle of Columbus, Ohio
Fred Wickstead was later described as ‘the architect of Mitcheldean’. He joined The Rank Organisation in 1948 as Production Manager of British Acoustic Films, then making Bell & Howell cine equipment. The production unit was housed in the old Mitcheldean brewery building.
This was this first 16mm projector produced under the licence agreement with Bell & Howell in USA
Starting with Bell & Howell and finishing with Xerox production.
Production units output starting with Bell & Howell and finishing with Xerox
They started in 1943 and continued throughtout the war years. Between the years 1948 - 1955 inclusive the event was capture on 16mm cine film.
Floor area: 10200 square feet (948 square metres)
Attendees include Peggy Smith and Norman Masters on left and Marion and Horace Cornwall on the right
Aerial photo of Mitcheldean site before the expansion brought about by Rank Xerox
The Xerox Copyflo 11 was a roll feed, Xerographic printer used for reproducing images from 36mm and 16mm film originals. The Copyflo produced dry, permanent, positive copies on plain roll paper, vellum, or offset master stock up to 12 inches wide. Three Copyflo models were introduced with speeds varying from 20 feet per minute to 40 feet per minute.
Floor area: 10550 square feet (980 square metres)
Floor area: 13000 square feet (1208 square metres)
as a joint venture between the Haloid Company of Rochester and The Rank Organisation to exploit the technology outside of North America.
and continued until 1967 when it's activities were moved to Welwyn Garden City. In 1965 Venray Plant took over production of consumables and distribution for European markets.
to Haloid Xerox
The 1385 consists of a Processor, Camera, Heat Fuser, Vapour Fuser. The 1385 uses the seven stages of the Xerographic process. Each stage of the process is a seperate manual one.
The challenge for the Management Team in 1948 was to implement the Licencing agreement with Bell & Howell and produce 8mm & 16mm Cine equipment.
Rank Precision Industries (Bell & Howell) Sales, Marketing & Servicing moves to Mitcheldean from London.
This photo shows the first of the major new buildings.
We'd love to hear from you. Please send questions or feedback to the below email addresses.
Before contacting us, you may wish to visit our FAQs page which has lots of useful info on Tiki-Toki.
We can be contacted by email at: hello@tiki-toki.com.
You can also follow us on twitter at twitter.com/tiki_toki.
If you are having any problems with Tiki-Toki, please contact us as at: help@tiki-toki.com
Close