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Underwood & Underwood Stereographs of Manufacturing Industries

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Held at: Science History Institute Archives [Contact Us]315 Chestnut Street, Philadelphia, PA 19106

This is a finding aid. It is a description of archival material held at the Science History Institute Archives. Unless otherwise noted, the materials described below are physically available in their reading room, and not digitally available through the web.

Overview and metadata sections

Underwood & Underwood, a maker of stereoscopic images and equipment, was founded by brothers Bert Elias Underwood (1862-1943) and Elmer Underwood (1860-1947) in 1882 in Ottowa, Kansas. Initially, the company operated as a western distributor for stereographs produced in the eastern United States, but later contracted with freelance photographers to publish their own stereographs around 1891. As its business expanded, Underwood & Underwood relocated to Baltimore in 1888 and then New York City prior to 1900. In 1895, the company established an educational unit and introduced boxed sets organized around specific themes, such as education, religion, and travel. These sets, which the company actively marketed to schools for instructional purposes, coincided with a shift towards more experiential education and the popularity of the stereoscope and stereographs as a form of "edutainment" suitable for the entire family. Throughout the early 1900s, Underwood & Underwood, along with its chief competitor, Keystone View Company, dominated the stereoscopic market and produced as many as 40,000 stereographic titles. In 1921, Underwood & Underwood sold their stereoscopic business to Keystone View, opting to specialize in news, portraiture, and commercial photography. Following the Underwood brothers' retirement in 1925, Underwood & Underwood ceased operations in the 1940s.

This collection consists of 48 stereographs depicting various stages in the industrial manufacture of glass, steel, iron, and salt published by Underwood & Underwood after 1895. The stereographs are numbered and grouped by subject, reflecting how they would have been marketed and sold by the company as sets intended for educational use. This collection comes from the Department of Chemistry at Oberlin College, where the stereographs are thought to have been purchased and used for teaching purposes. The stereographs are arranged into the following seven sets:

  1. Making 12-gallon glass carboys. Glass Works, N.J.
  2. Making glass sheets from cylinders
  3. Making glass tubing and pipettes
  4. Making blown-glass bottles. Glass Works, N.J.
  5. Making iron and steel by several processes
  6. Rolling mills for steel
  7. Salt-making

This collection comes from the Department of Chemistry at Oberlin College, where the stereographs are thought to have been purchased and used for teaching purposes.

This collection has been entirely digitized and is available online in our Digital Collections: https://digital.sciencehistory.org/collections/b2773v69s

The Underwood & Underwood Stereographs of Manufacturing Industries were donated by Terry Carlton, on behalf of Oberlin College, in 2015.

The Underwood & Underwood Stereographs of Manufacturing Industries were processed by Hillary S. Kativa in 2015. Object ID numbers were assigned to individual stereographs. Set titles were devised by the donor. Item titles are printed on the stereographs.

Publisher
Science History Institute Archives
Finding Aid Author
Finding aid created and encoded into EAD by Hillary S. Kativa.
Finding Aid Date
2015
Access Restrictions

There are no access restrictions on the materials for research purposes and the collection is open to the public.

Use Restrictions

No Copyright - United States. For reproductions and additional copyright information, contact: reproductions@sciencehistory.org.

Collection Inventory

SET DESCRIPTION

This set consists of six stereographs detailing the production of 12-gallon glass carboys.

Physical Description

6 Photographic Prints, 7 x 3 in.

2015.028.001. Blowing a carboy and shaping its base by rolling, after 1895.
Box 1 Object 2015.028.001
2015.028.002. Blowing a 12-gallon carboy into a clay mould, after 1895.
Box 1 Object 2015.028.002
2015.028.003. Cutting a carboy from blow-pipe after leaving mould, after 1895.
Box 1 Object 2015.028.003
2015.028.004. Adding molten glass to neck of carboy to make rim, after 1895.
Box 1 Object 2015.028.004
2015.028.005. Finishing neck or "corkage" of a 12-gallon carboy, after 1895.
Box 1 Object 2015.028.005
2015.028.006. Making and fitting ground-glass stopper to a big carboy, after 1895.
Box 1 Object 2015.028.006

SET DESCRIPTION

This set consists of seven stereographs detailing the production of glass sheets.

Physical Description

7 Photographic Prints, 7 x 3 in.

2015.028.007. Row of drawing kilns on which cylinders are blown by compressed air, after 1895.
Box 1 Object 2015.028.007
2015.028.008. Checking off cylinder after being drawn full length, after 1895.
Box 1 Object 2015.028.008
2015.028.009. Taking down cylinder and placing on capping off-horse, after 1895.
Box 1 Object 2015.028.009
2015.028.010. Capping off a cylinder into flattening lengths with electric capping stick, after 1895.
Box 1 Object 2015.028.010
2015.028.011. Splitting cylinders on splitting bucks ready to flatten, after 1895.
Box 1 Object 2015.028.011
2015.028.012. Shover boy shoving cylinder into flattening oven, after 1895.
Box 1 Object 2015.028.012
2015.028.013. Taking flattened sheet of glass from lehr in the furnace, after 1895.
Box 1 Object 2015.028.013

SET DESCRIPTION

This set consists of three stereographs detailing the production of glass tubing and pipettes.

Physical Description

3 Photographic Prints, 7 x 3 in.

2015.028.014. Drawing out glass tubing for chemical apparatus, after 1895.
Box 1 Object 2015.028.014
2015.028.015. Shaping special kinds of glass tubing in a great factory, after 1895.
Box 1 Object 2015.028.015
2015.028.016. Blowing pipettes for laboratory use, in a glass factory, after 1895.
Box 1 Object 2015.028.016

SET DESCRIPTION

This set consists of five stereographs detailing the production of blown-glass bottles.

Physical Description

5 Photographic Prints, 7 x 3 in.

2015.028.017. Using compressed air to blow glass into shape of a mould, after 1895.
Box 1 Object 2015.028.017
2015.028.018. Blowing and turning a bottle while in the mould, after 1895.
Box 1 Object 2015.028.018
2015.028.019. Preparing a bottle neck for its finish, after 1895.
Box 1 Object 2015.028.019
2015.028.020. Shaping a bottle neck, while it is rolled by a helper, after 1895.
Box 1 Object 2015.028.020
2015.028.021. Finished ware entering tempering oven at glass factory, after 1895.
Box 1 Object 2015.028.021

SET DESCRIPTION

This set consists of fourteen stereographs detailing the production of iron and steel by various processes.

Physical Description

14 Photographic Prints, 7 x 3 in.

2015.028.022. Detail view of blast furnaces showing feed buckets ascending, after 1895.
Box 1 Object 2015.028.022
2015.028.023. Making the sand moulds for pig iron, after 1895.
Box 1 Object 2015.028.023
2015.028.024. Drawing off molten iron from blast furnace to make "pigs", after 1895.
Box 1 Object 2015.028.024
2015.028.025. Cooling the "pigs" in the sand moulds, after 1895.
Box 1 Object 2015.028.025
2015.028.026. Apparatus for blowing coat of lime on moving pig moulds after use, after 1895.
Box 1 Object 2015.028.026
2015.028.027. Pig iron mixer which acts as collector, and distributer pouring into ladle, after 1895.
Box 1 Object 2015.028.027
2015.028.028. Making a bottom for a Bessemer converter, showing gas blast tubes, after 1895.
Box 1 Object 2015.028.028
2015.028.029. Bessemer converter in action blowing iron into steel, after 1895.
Box 1 Object 2015.028.029
2015.028.030. Stripping moulds from ingots in Bessemer mill, after 1895.
Box 1 Object 2015.028.030
2015.028.031. Pouring molten iron from blast furnace ladle into massive pig iron purifier, after 1895.
Box 1 Object 2015.028.031
2015.028.032. Down the line of furnaces in open hearth mill, charging a furnace with molten iron, after 1895.
Box 1 Object 2015.028.032
2015.028.033. Tapping open hearth furnaces and carbonizing molten metal with charcoal or coke, after 1895.
Box 1 Object 2015.028.033
2015.028.034. 100-ton capacity ladle of liquid steel from open hearth furnace pouring into ladle, after 1895.
Box 1 Object 2015.028.034
2015.028.035. Moulds being taken off steel ingots as they have solidified, after 1895.
Box 1 Object 2015.028.035

SET DESCRIPTION

This set consists of seven stereographs detailing the production of steel.

Physical Description

7 Photographic Prints, 7 x 3 in.

2015.028.037. Electric machine drawing white hot billet from re-heating furnace, after 1895.
Box 1 Object 2015.028.037
2015.028.036. Steel ingot entering first rolling mill to be rolled into plates or rails, after 1895.
Box 1 Object 2015.028.036
2015.028.038. Billet "blooms" for rails being further compressed and lengthened in rolling mill, after 1895.
Box 1 Object 2015.028.038
2015.028.039. Rolling slab into thin plate in Homestead Mill, 4th stage in plate making, after 1895.
Box 1 Object 2015.028.039
2015.028.040. Final rolling mill action forming finished steel rails, after 1895.
Box 1 Object 2015.028.040
2015.028.041. Removing steel plate from great cutting machine (front view), after 1895.
Box 1 Object 2015.028.041
2015.028.042. Drilling bolt holes in finished steel rails, after 1895.
Box 1 Object 2015.028.042

SET DESCRIPTION

This set consists of six stereographs detailing the mining and production of salt.

Physical Description

6 Photographic Prints, 7 x 3 in.

2015.028.043. Drillers at work with compressed air drill, salt mine, Kansas, after 1895.
Box 1 Object 2015.028.043
2015.028.044. Powder man charging holes with dynamite sticks for blasting in rock salt mine, Kansas, after 1895.
Box 1 Object 2015.028.044
2015.028.045. Salt vats where water is evaporated by solar heat, Syracuse, New York, after 1895.
Box 1 Object 2015.028.045
2015.028.046. Rotary dryer for drying salt, Hutchinson, Kansas, after 1895.
Box 1 Object 2015.028.046
2015.028.047. Overlooking the extensive salt fields of Solinen, Russia (20,000 tons of Salt), after 1895.
Box 1 Object 2015.028.047
2015.028.048. A reservoir after evaporation – turning up the salt – salt fields, Solinen, Russia, after 1895.
Box 1 Object 2015.028.048

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