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Production. Milling machines and machine castings. Foundrymen make sculptures in sand more exact then many a work of art. Shown here is a rollover machine for small work. The pattern (left) is first placed face up, and the flask (iron cast on conveyor) placed over it. Special sand is tightly rammed into the flask; then this machine inverts the assembly and withdraws the pattern as shown, leaving a perfect mold. Location: a large Midwest machine tool plant

Production. Milling machines and machine castings. Fresh from the shakeout pit, where the mold is broken up and the sand sent back for reconditioning, new castings go to the core cleanout room to have the core sand removed with air and sledge hammers, vibrating machines and powerful hydraulic jets. Notice the core arbors sticking out of the sand. They are placed in the cores for the same reason that steel reinforcing bars are put in concrete floors and pillars. Each of these castings has by now become the body of a milling machine working for victory

Production. Milling machines and machine castings. Fresh from the shakeout pit, where the mold is broken up and the sand sent back for reconditioning, new castings go to the core cleanout room to have the core sand removed with air and sledge hammers, vibrating machines and powerful hydraulic jets. Notice the core arbors sticking out of the sand. They are placed in the cores for the same reason that steel reinforcing bars are put in concrete floors and pillars. Each of these castings has by now become the body of a milling machine working for victory

Production. Milling machines and machine castings. After losing their cores and being sand-blasted, castings go to the cleaning floor. This workman was using a pneumatic chipping hammer which with rapid-fire, chisel-like strokes trims rough edges and cuts off the uneven, jagged strips where the two halves of the mold join. Location: a large Midwest machine tool plant

Production. Milling machines and machine castings. A close-up of a milling operation on a large bed. Note the multiple-touch cutter, larger than an elephant's foot, turning at the left. Facing it on the other side of the casting is another cutter of the same size, milling the other side. Special fixtures and cutters are used for different shaped castings machined on this special milling machine, produced in a large Midwest machine tool plant

Production. Milling machines and machine castings. It's all a matter of relative angles and turning speeds. Properly set, this gear-cutting machine tool will produce any kind of beveled, spur, hypoid or other kind of gear. The small hypoid bevel gear shown partially cut in the center of the picture will soon become part of another machine tool after it has been heat-treated, ground, lapped and thoroughly tested and checked

Production. Milling machines and machine castings. After losing their cores and being sand-blasted, castings go to the cleaning floor. This workman was using a pneumatic chipping hammer which with rapid-fire, chisel-like strokes trims rough edges and cuts off the uneven, jagged strips where the two halves of the mold join. Location: a large Midwest machine tool plant

Production. Milling machines and machine castings. Not only the materials which go into the cupolas, but also the core sand used in the production of high-quality iron castings must be rigidly examined and controlled. The whole problem is essentially one for the chemist and metalurgist, so the laboratory, literally part and parcel of the cupola building, is constantly checking and rechecking during every minute that iron is being melted and poured. Location: a large Midwest machine tool plant

Production. Milling machines and machine castings. Precision gears are essential for machine tools to ensure accurate, smooth, quiet operations and long life. This gear grinder -- itself a machine tool -- is perfecting the working surfaces between the teeth of a milling machine gear. The milky liquid is coolant used to control the temperature at the grinding point so that the delicate physical character of the metal, produced by predetermined and careful heat treating, will not be disturbed. Location: a large Midwest machine tool plant

Production. Milling machines and machine castings. Foundrymen make sculptures in sand more exact then many a work of art. Shown here is a rollover machine for small work. The pattern (left) is first placed face up, and the flask (iron cast on conveyor) placed over it. Special sand is tightly rammed into the flask; then this machine inverts the assembly and withdraws the pattern as shown, leaving a perfect mold. Location: a large Midwest machine tool plant

description

Summary

Actual size of negative is C (approximately 4 x 5 inches).

Title and other information from caption card.

Transfer; United States. Office of War Information. Overseas Picture Division. Washington Division; 1944.

More information about the FSA/OWI Collection is available at http://hdl.loc.gov/loc.pnp/pp.fsaowi

Film copy on SIS roll 31, frame 233.

label_outline

Tags

mid west safety film negatives lot 2049 alfred t palmer united states office for emergency management photo midwest machine tool plant machine castings rollover machine machine inverts machines work pattern flask office of war information farm security administration united states history industrial history home front wwii world war 2 library of congress
date_range

Date

01/01/1942
place

Location

mid west
create

Source

Library of Congress
link

Link

https://www.loc.gov/
copyright

Copyright info

Public Domain

label_outline Explore Flask, Midwest Machine Tool Plant, Lot 2049

Sugar rationing. Application form which will have to be filled out by every person to whom war ration book no.1 is issued when sugar rationing starts within a few weeks. Applicants will register at public schools on dates to be announced shortly

Three-inch A.A. cartridge cases. Cartridge cases for three-inch antiaircraft shells are produced by a series of operations that transform a flat brass disc into a case ready for loading with propelling charge and shell. Between each operation there is careful washing to remove all scale and adhesion and to leave surfaces clean for later processing. The big Midwest plant doing the work is well equipped to handle it in stride

Mary Tomlin at work on "tube winding" on first floor.

"We have it rich." Washing and panning gold, Rockerville, Dak. Old timers, Spriggs, Lamb and Dillon at work

Sergeant John Fahey Gerrity, former Washington Post reporter, signals to comrades during basic training at the Marine Corps base at Parris Island, South Carolina. Sergeant Gerrity is now serving as a fighting reporter in a combat area for the Division of Public Relations, U.S. Marine Corps

Fiberglass manufacture, Owens-Corning, Toledo, Ohio. Fiberglass yarns are twisted and plied on standard textile machinery as a step in the manufacture of tapes and cloths, used principally to insulate electric equipment operating under heavier loads today than ever before

Fort Knox. Maintenance of mechanized equipment. Army trucks and other vehicles at Fort Knox, Kentucky, are checked thoroughly, and at regular intervals. Wherever possible, motorized military equipment is maintained in constant tip top shape, instantly ready for strenuous action

Production. Jeep engines. This grinding machine in a Midwest plant is doing yeoman service in the production of jeep engines for the Army. Continental Motors, Michigan

Fort Benning. Parachute troops. Picture of a man doing a good job. He's one of Uncle Sam's student paratroopers at Fort Benning, Georgia, but the way he's getting his chute under control would be credit to an oldtimer. A few minutes ago this man bailed out of a high-speed plane at a point calculated to bring him to the spot where he is landing. Good work, soldier

Good men, good machines, good materials mean good gears for the rear axles of halftrac scout cars now being produced for our Army in an Ohio truck plant. White Motor Company, Cleveland, Ohio

Parris Island. Marine Corps barrage balloons. Up she goes. A barrage balloon takes to the air under the capable handling of a Marine Corps ground crew at Parris Island, South Carolina. Special marine units assigned to the work have made the balloon barrage an effective method of preventing enemy air attacks on important locations

Tennessee Valley Authority. Construction of Douglas Dam. Inside the log cofferdam of TVA's new Douglas Dam on the French Broad River. This dam will be 161 feet high and 1,682 feet long, with a 31,600 acre reservoir area extending forty-three miles upstream. With a useful storage capacity of approximately 1,330,00 acre feet, this reservoir will make possible the addition of nearly 100,000 kilowatts of continuous power to the TVA system in dry years and almost 170,000 kilowatts in the average year

Topics

mid west safety film negatives lot 2049 alfred t palmer united states office for emergency management photo midwest machine tool plant machine castings rollover machine machine inverts machines work pattern flask office of war information farm security administration united states history industrial history home front wwii world war 2 library of congress