Cool Mould Manufacturing Factory images

Cool Mould Manufacturing Factory images

Some cool mould manufacturing factory images:

Image from page 47 of “Rubber hand stamps and the manipulation of rubber; a practical treatise on the manufacture of India rubber hand stamps, small articles of India rubber, the hektograph, special inks, cements, and allied subjects” (1891)
mould manufacturing factory
Image by Internet Archive Book Images
Identifier: rubberhandstamps01sloa
Title: Rubber hand stamps and the manipulation of rubber; a practical treatise on the manufacture of India rubber hand stamps, small articles of India rubber, the hektograph, special inks, cements, and allied subjects
Year: 1891 (1890s)
Authors: Sloane, T. O’Conor (Thomas O’Conor), 1851-1940
Subjects: Hand stamps Rubber
Publisher: New York, N. W. Henley & Co.
Contributing Library: The Library of Congress
Digitizing Sponsor: Sloan Foundation

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Text Appearing Before Image:
anized product. Sheet rubber is made as above;is vulcanized by some of the absorption processesdescribed in the chapter on vulcaniza-tion. We now come to the second product: regularlymixed and cured rubber. Its starting point isthe washed India rubber from the washer andsheeter. We have seen that the ^^ure gum or caoutchouc isvery sensitive to changes of temperature. At thefreezing point of water it is hard and rigid, and at 42 RUBBER HAND STAMP MAKING the boiling point is like putty in consistency.There are several substances wliich can be made tocombine with the gum and which remove from itthis susceptibility to change of temperature. Theprocess of effecting this combination is called vul-canization, and the product is called vulcanizedindia rubber. Sulphur is the agent most generallyemployed. In the factory the normal vulcanization is carriedout in two steps, mixing and curing. The washedsheet india rubber which has not been masticatedand which must be perfectly dry is the starting

Text Appearing After Image:
Making i^Iixed Ritbber. point, andtlie mixing rolls sliown in the cuts are themechanism for carrying out the first step. Theseare a pair of powerful rollers which are geared so asto work like ordinary rolls, except that one revolves AND THE MANIPULATION OF RUBBER. 43 about three times as fast as the other. They areheated by steam, which is introduced inside ofthem. The sheet is first passed through them afew times to secure its softness, and then the opera-tive begins to sprinkle sulphur upon it as it entersthe rolls. This is continued, the rubber passing andrepassing until perfect incorporation is secured.About ten per cent, of sulphur is added, and a work-man can take care of thirty pounds at a time. This material is incompletely vulcanized. It isin its present condition very amenable to heat andis ready for any moulding process. Generally it isrolled out or ^^ calendered into sheets of differentthickness from which articles are made in mouldsby curing. These sheets are of especial

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Image from page 413 of “Canadian foundryman (1921)” (1921)
mould manufacturing factory
Image by Internet Archive Book Images
Identifier: canfoundryman1921toro
Title: Canadian foundryman (1921)
Year: 1921 (1920s)
Authors:
Subjects: Foundries Foundry workers
Publisher: Toronto : MacLean Pub. Co
Contributing Library: Fisher – University of Toronto
Digitizing Sponsor: University of Toronto

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supplies.Our lines com-prise the highestgrade equipmentobtainable any-where. You Cant Afford to Overlook theseMoney Saving Opportunities We are offering you at prices beyond comparison the high-est grade Foundry Equipment obtainable anywhere. If youare wide awake for real values investigate these lines. Get Our Prices on Ladle Bowls and Shanks.Steel Bands Steel Slip-over Jackets.Steel Core Plates.Wooden Snap Flasks. Youll find longer servicein our flat bottom steelladle bowls. These bowlscome in capacities from 50to 800 lbs. Dont shove this oppor-tunity aside. Write atonce for Prices and liberalDiscounts. All Steel Core Ovens Thes* core ovens have nocast parts to break. Extrasmoke pipe connection takesexcess smoke away. Alldoors have Battle Plate toreduce heat loss when door isopen. pAMP pROS Tote Box, Barrels, etc.All-Steel Core Ovens. Manufacturing and Welding Co. We can supply AluminumPattern Plates in any size. 825 DUPONT STREET, TORONTO, ONTARIO 26 CANADIAN FOUNDRYMAN Volume XII

Text Appearing After Image:
Heres the history of this jobin a jobbing foundry beforeand after machine-moulding:- Weight, 275 pounds.Flask (inside). 42 x 33 x 24 high. Before Mounting—One man put up4 moulds in 7 hours After Mounting— 4 men and one No. machine put up 45 moulds in 7 hours. 435 Labor Required For moulding, coring, closingand pouring each moudBefore—2V* man-hours.After—8-10ths man-hrs. Cost of Mounting Pattern,including labor andmaterials, .00. Labor Cost reduced 62 M: /<. Cost of Pattern Mounting saved on the first 28moulds. Reducing costs to meet1921 requirements J7CONOMY in productionis the keynote of 1921 man-ufacturing and selling prob-lems. Extravagant produc-tion costs can no longer bepassed on to a helpless con-sumer. Machine-molding must be util-ized wherever possible in orderthat selling prices will seemreasonable to buyers.The Osborn Manufacturing Company INCORPORATED Main Office and Factory 5401 Hamilton Ave. Cleveland, Ohio New York San Francisco

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Cool Mould Manufacturing Factory images

Check out these mould manufacturing factory images:

Mould making/ Die-casting/ Precision stamping/ Machining parts/CNC Precision Parts Manufacturing与您共享了 相册。
mould manufacturing factory
Image by ccrweb
Dear Sir/Ms,

Good day!
As an ISO certified factory, we specialized manufacture Mould making/ Sheet
metal process/ Die-casting/ Precision stamping/ Machining parts, with
strong competitive price and excellent quality, for more than 20 years.
Any questions and enquiries will be highly regarded. Just email us the
drawing and detailed requirement, you will get a complete quotation with
technical analysis within 24 hours.

Your prompt reply is highly appreciated.

Best regards sincerely!

Michael

Latest Segment Mold Factory News

Latest Segment Mold Factory News

The Brolly Works, 78 Allison Street – corner of Well Lane and Allison Street – former factory
segment mold factory
Image by ell brown
This building is on Allison Street in Digbeth, corner of Well Lane. Near the Well Lane car park.

It is The Brolly Works at 78 Allison Street.

Factory with adjoining boundary wall and gateway. Built 1872 for Corder & Turley, manufacturers of umbrella ribs. Adapted 1923 as a clothing factory for Fawcett Bros. , and in 1975 as a food processing factory for RTP crisps. Alterations and additions 1896 by Cross Franklin and 1923 by Ewan Harper Bros. & Co. Earlier ranges in L-plan fronting Allison Street and Well Lane; C20 ranges at the rear, parallel to Allison Street, linked to the front range and enclosing a courtyard.
1872 range, Gothic Revival style, red brick, with terra cotta dressings, some painted, and Welsh slate roofs. Several side wall and ridge stacks, mostly capped. Plinth, intermediate cornices and impost bands to upper floors, dentillated eaves.
3 storeys; 16 x 9 windows. Windows are mainly original cast-iron glazing bar casements with serrated segmental pointed heads to the ground floor , and serrated pointed arches above. Main frontage to Allison Street has approximately central feature, 2 windows, with enrichment on the upper floors, under a heavily ornamented coped gable with a cusped round window containing patterned stained glass. Ground and second floors have standard windows; first floor has round arched windows flanked by enriched panelled pilasters and swags.
Ground floor has to left a segmental pointed cart opening with a pair of doors, then 5 windows, one enlarged, then a pointed arched doorway and fanlight under a gable. Beyond, 2 windows, one wider, and a small square-headed window at the corner. To right, 4 windows, then a small flat-headed window, then a doorway and a reglazed window. Above, on each floor, to left, 8 windows, those to the first floor reglazed, and to right, 6 windows arranged 4/2.
Beyond, to right, coped brick boundary wall with roller shutter door, C20, and entrance, C20, with flat gable.
Left corner has on the first floor a canted oriel window, rebuilt in plastic late C20, on original moulded masonry bracket.
Left return, to Well Lane, has similar regular fenestration, with reglazed windows to the first floor .
Rear elevation has mainly original regular fenestration, with segmental headed openings. Several segmental pointed openings to the ground floor . Beyond, to left, addition, late C19, 2 storeys, 8 windows. Segment headed openings to the ground floor, with cast iron glazing bar casements. Above, 7 steel framed casements, C20.
C20 ranges, red brick, have concrete lintels and coated slate roofs. Large steel framed casements with glazing bars, divided by brick pilasters. 3 storeys; 7 x 3 windows. Courtyard frontages have regular fenestration, the ground floor windows obscured. North range, fronting loading bay, 5 x 2 windows, has roller-shutter doors to the ground floor, divided by concrete pilasters .
INTERIOR: 1872 range has wooden floors carried on lengthwise beams and round cast iron columns. Single purlin roof. Trusses with diagonal struts and vertical tie rod held in cast iron shoe at ridge. C20 ranges have clear floor spans and angle-iron roof trusses.

Clearly it is no longer a factory of anything anymore. I think it has 1 bedroom apartments in it now (for city centre living).

Nice Tooling Factory photos

Nice Tooling Factory photos

Some cool tooling factory images:

SLS Core Stage Production Continues for Rocket’s First Flight
tooling factory
Image by NASA’s Marshall Space Flight Center
Throughout NASA’s 43-acre rocket factory, the Michoud Assembly Facility in New Orleans, engineers are building all five parts of the Space Launch System’s core stage. For the first SLS flight for deep space exploration with NASA’s Orion spacecraft, major structural manufacturing is complete on three parts: the forward skirt, the intertank and the engine section. Test articles, which are structurally similar to flight hardware, and are used to qualify the core stage for flight, are in various stages of production and testing.

“One of the most challenging parts of building the world’s most powerful rocket has been making the largest rocket stage ever manufactured for the first time,” said Steve Doering, the SLS stages manager at NASA’s Marshall Space Flight Center in Huntsville, Alabama. “The 212-foot-tall core stage is a new design made with innovative welding tools and techniques.”

To build the rocket’s fuel tanks, Boeing, the prime contractor for the SLS core stage, is joining some of the thickest parts ever built with self-reacting friction stir welding. NASA and Boeing engineers and materials scientists have scrutinized the weld confidence articles and developed new weld parameters for making the liquid oxygen and hydrogen tanks for the first SLS mission.

Image Credit: NASA/MSFC Michoud image: Judy Guidry

Read more

For more information about the Space Launch System

NASA Media Usage Guidelines

Crystal Mill
tooling factory
Image by Road Fun
Definitely a shot from the archive, this was originally a color slide taken when I was a child using a very simple camera. It may have been a Brownie. This and a couple of other slides were found amongst my mom’s belongings and I had them scanned to a CD. Originally in color, I feel this shot works better processed into sepia. At the time I felt the Mill was a very precarious structure but it seems it still stands today. This was not an easy place to visit and required some off roading in a rented Jeep. My father died when I was young and the fishing trip we took to Colorado one summer was the only major father-son event we got to enjoy together. A treasured memory forever.

According to Wikipedia:
The Crystal Mill, or the Old Mill in Crystal, Colorado in the United States, was actually not a mill in the sense of being a factory, but was instead a power generating station.
It did not generate electrical power, but rather used a water turbine to drive an air compressor. The compressed air was then used to power other machinery or tools.
Today it stands as a Colorado icon, and is reputed to be the most photographed site in the state.

Thanks as always for your visits, faves and more! Hope you all have a great Thursday. BTW, today is the Princess’s first day at her new preschool so there is excitement in the air 🙂

Nice Tooling Factory photos

Nice Tooling Factory photos

A few nice tooling factory images I found:

Factory
tooling factory
Image by marcovdz
Fralib Elephant tea Factory, Gémenos, France.

Swarovski Crystal Worlds – Kristallwelten Swarovski
tooling factory
Image by Cost3l
Facebook Costel Photography

Daniel Swarovski (October 24, 1862 – January 23, 1956), formerly Daniel Swartz, was born in northern Bohemia (now the Czech Republic). His father was a glass cutter who owned a small glass factory. It was there that a young Swarovski served an apprenticeship, becoming skilled in the art of glass-cutting. In 1892 he patented an electric cutting machine that facilitated the production of crystal glass.
In 1895, Swarovski financier Armand Kosman and Franz Weis founded the Swarovski company, originally known as A. Kosmann, Daniel Swartz & Co., which was later shortened to K.S. & Co. The company established a crystal cutting factory in Wattens, Tyrol (Austria), to take advantage of local hydroelectricity for the energy-intensive grinding processes Daniel Swarovski patented. The Swarovski Crystal range includes crystal glass sculptures and miniatures, jewelry and couture, home decor, and chandeliers.
All sculptures are marked with a logo. The original Swarovski logo was an edelweiss flower, which was replaced by an S.A.L. logo, which was finally replaced with the current swan logo in 1988. To create crystal glass that lets light refract in a rainbow spectrum, Swarovski coats some of its products with special metallic chemical coatings. For example, Aurora Borealis, or "AB", gives the surface a rainbow appearance.[8] Other coatings are named by the company, including Crystal Transmission, Volcano, Aurum, and Dorado. Coatings may be applied to only part of an object; others are coated twice, and thus are designated AB 2X, Dorado 2X etc.
In 2004 Swarovski released Xilion, a copyrighted cut designed to optimise the brilliance of Roses (components with flat backs) and Chatons (diamond cut). The Swarovski Group also includes Tyrolit (makers of abrasive and cutting tools); Swareflex (reflective and luminous road markings); Signity (synthetic and natural gemstones); and Swarovski Optik (optical instruments such as binoculars and rifle scopes).
The company runs a crystal-themed museum, Swarovski Kristallwelten (Crystal Worlds) at its original Wattens site (near Innsbruck, Tyrol, Austria). The Crystal Worlds centre is fronted by a glass-covered head, the mouth of which is a fountain. The glass-covered Crystal Worlds houses exhibitions related to, or inspired by, the crystals – but do not include explanations of how the famous designs are made, produced or finished. Swarovski work was recently exhibited at Asia’s Fashion Jewellery & Accessories Fair based on the concept of a single continuous beam of fragmented light travelling through a crystal. (Wikipedia)

factory tools
tooling factory
Image by bloomgal

Cool Mold Manufacture Factory images

Cool Mold Manufacture Factory images

A few nice mold manufacture factory images I found:

Inns of Court, Inns Court Green, Bristol, BS4
mold manufacture factory
Image by brizzle born and bred
Anyone remember Inns of Court, public house? (now demolished)

www.flickr.com/photos/brizzlebornandbred/2056912700/

Inns Court and Filwood farms have medieval origins. The surviving parts of Inns Court, originally Inyn’s Court, are now part of the former Holy Cross Inns Court Vicarage and the staircase turret is now a Grade II* listed building.

The area called Knowle West today was predominately rural; the area consisted largely of agricultural and allotment land interrupted by a handful of small farmhouses (Filwood Farm, Inns court cottage, Hengrove House etc.), and the Nover’s Hill Isolation Hospital. The small settlements in the area existed at least from the medieval period and have undergone only gradual change.

Inns court, built in the 1960s, departed from the garden city layout. It was developed on Radburn principles, named after an American Town designed by clarence Stein and Henry Wright in 1929. In principle, Radburn estates were built with the intention to create neighourhoods that were economically viable communities, accommodating modern lifestyles whilst providing amenities of open space and community services. common features were grouped houses arranged around a cul-de sac street layout thus the street layout broke away from the conventional street grid pattern.

This was replaced by short cul-de-sacs accessed off a circuitous feeder road which in our context is Inns court Drive. Pedestrians were widely segregated from vehicular traffic.

APART from Bedminster, which would appear to date back to Saxon times, not much is known about the early history of south Bristol.

But 30 years ago archaeologists discovered evidence of a Roman settlement – ditches, foundations and a cobbled area – beneath Filwood playing fields. Other finds, from the same area, were discovered during building work in 1973.

Much further back in time, in 1869 in fact, an urn stuffed with “thousands of coins” was unearthed near a small stream on Filwood Farm, near Hengrove Way.

Other buildings from the Roman period had been found at Brislington (a villa) Bedminster Down (coffin and a villa) Gatcombe at Long Ashton (possible weapons manufacture and storage) and at Lyons Court Farm, Whitchurch (coffins, coins and coin moulds).

Another Roman site, possibly a farmstead, was discovered fairly recently in West Street, Bedminster.

In 1997 yet another Roman settlement was found in Knowle West, near to a medieval manor house known as Inns Court. Here, buried outside the foundations of one of the buildings, was the grave of a young female, surrounded by coffin nails.

All the evidence would seem to suggest a small village made up of separate farm buildings. The same excavation also revealed some 14th and 15th-century sections of Inns Court, which, in its time, had been surrounded by over 100 acres of farmland. This building takes its name from Sir John Inyn, Lord Chief Justice of the King’s Bench, whose substantial family home this was and who died here, leaving behind his wife, Alice, daughter, Elizabeth and a son, in 1440.

Sir John, who held high public office under both King Henry V and King Henry IV, was the Recorder of Bristol.

One of his many duties – and one which no doubt took him away from home for long periods – was King’s Assessor to the Duchy of Cornwall.

An important man in his time, you can see his brass memorial (he is in his judge’s robes) in the Lady Chapel of St Mary Redcliffe Church.

The manor house continued to be lived in by Sir John’s descendants until 1529 when it passed to the Kenn family and then, in 1614, to the Poulett family, who, through marriage, owned extensive lands throughout Somerset.

But after being let to tenants the property slowly went into a decline before being sold, in Victorian times, to a Bridgwater man, Thomas Daniel. Daniel, who also let out the manor house, took down most of the old medieval building and replaced it with a far more practical farmhouse.

This, in its turn, was demolished to make way for a vicarage, community centre and a church, Holy Cross – part of the post-war Knowle West housing estate.

A surviving part of the medieval court, however, an octagonal 15th-century stair turret, was incorporated into the new vicarage. In fact it’s a miracle that this bit of heritage survived at all – it took a protest in the Times newspaper to shame the church authorities into preserving it.

Although it has been given a Grade II* listing the building, now empty and disused, has been placed on English Heritage’s “At Risk” register.

As no complete ground plan (or proper documentary record) survives for the old house, we only have a vague idea as what it looked like in Sir John’s time.

The mansion, which was reached by a long track from Lock’s Mills, now buried under Hartcliffe Way, also incorporated a small house and garden in Crox Bottom, near the old Wills’ factory.

In Anglo-Saxon times Filwood (Knowle West) was part of the Kingswood Forest, a royal hunting estate which encompassed large areas of South Gloucestershire and North Somerset.

At the time of the Domesday survey (1086AD) the Inns Court area was part of Bishopsworth (the “Bishop’s Place”) and firmly in Somerset.

Despite the industrial and housing expansion of nearby Bristol, the area remained rural, working farmland, for many hundreds of years.

It included Filwood Farm (demolished in the 1940s) and Inns Court Farm, which both had medieval origins.

The 1930s saw massive, inner city, slum clearances by the Corporation of Bristol.

Just before the outbreak of the Second World War, they decided that they would buy land here, including Inns Court, and develop the area for new homes.

It became known as Filwood, or more popularly, Knowle West. In the early 1970s, a new wave of development, based on a cul-de-sac type layout, was pioneered at Inns Court.

But this has proved unsatisfactory and the estate is now threatened with demolition and a possible long-term rebuilding programme.

What will happen to the remains of Inns Court itself remains to be seen, but it’s vital, given it’s heritage, that it’s preserved in any new development.

If you would like to know more about Roman settlements in the area, and the history of Inns Court, then there is an excellent booklet by Reg Jackson available from Bristol’s M shed museum.

It’s published by Bristol and Region Archaeological Services.

Cool Precision Plastic Injection Die Factory photos

Cool Precision Plastic Injection Die Factory photos

Some cool precision plastic injection die factory pictures:

Steven F. Udvar-Hazy Center: South hangar panorama, like Vought OS2U-three Kingfisher seaplane, B-29 Enola Gay, among others
precision plastic injection die factory
Image by Chris Devers
Quoting Smithsonian National Air and Space Museum | Vought OS2U-three Kingfisher:

The Kingfisher was the U.S. Navy’s primary ship-primarily based, scout and observation aircraft during Globe War II. Revolutionary spot welding tactics gave it a smooth, non-buckling fuselage structure. Deflector plate flaps that hung from the wing’s trailing edge and spoiler-augmented ailerons functioned like extra flaps to enable slower landing speeds. Most OS2Us operated in the Pacific, exactly where they rescued several downed airmen, including Planet War I ace Eddie Rickenbacker and the crew of his B-17 Flying Fortress.

In March 1942, this airplane was assigned to the battleship USS Indiana. It later underwent a six-month overhaul in California, returned to Pearl Harbor, and rejoined the Indiana in March 1944. Lt. j.g. Rollin M. Batten Jr. was awarded the Navy Cross for generating a daring rescue in this airplane beneath heavy enemy fire on July four, 1944.

Transferred from the United States Navy.

Manufacturer:
Vought-Sikorsky Aircraft Division

Date:
1937

Country of Origin:
United States of America

Dimensions:
All round: 15ft 1 1/8in. x 33ft 9 1/2in., 4122.6lb., 36ft 1 1/16in. (460 x 1030cm, 1870kg, 1100cm)

Materials:
Wings covered with fabric aft of the primary spar

Physical Description:
Two-seat monoplane, deflector plate flaps hung from the trailing edge of the wing, ailerons drooped at low airspeeds to function like additional flaps, spoilers.

• • • • •

Quoting Smithsonian National Air and Space Museum | Boeing B-29 Superfortress &quotEnola Gay&quot:

Boeing’s B-29 Superfortress was the most sophisticated propeller-driven bomber of Planet War II and the 1st bomber to house its crew in pressurized compartments. Though developed to fight in the European theater, the B-29 located its niche on the other side of the globe. In the Pacific, B-29s delivered a range of aerial weapons: standard bombs, incendiary bombs, mines, and two nuclear weapons.

On August 6, 1945, this Martin-constructed B-29-45-MO dropped the 1st atomic weapon employed in combat on Hiroshima, Japan. 3 days later, Bockscar (on display at the U.S. Air Force Museum near Dayton, Ohio) dropped a second atomic bomb on Nagasaki, Japan. Enola Gay flew as the advance weather reconnaissance aircraft that day. A third B-29, The Great Artiste, flew as an observation aircraft on both missions.

Transferred from the United States Air Force.

Manufacturer:
Boeing Aircraft Co.
Martin Co., Omaha, Nebr.

Date:
1945

Country of Origin:
United States of America

Dimensions:
All round: 900 x 3020cm, 32580kg, 4300cm (29ft 6 5/16in. x 99ft 1in., 71825.9lb., 141ft 15/16in.)

Supplies:
Polished overall aluminum finish

Physical Description:
4-engine heavy bomber with semi-monoqoque fuselage and high-aspect ratio wings. Polished aluminum finish general, regular late-Planet War II Army Air Forces insignia on wings and aft fuselage and serial quantity on vertical fin 509th Composite Group markings painted in black &quotEnola Gay&quot in black, block letters on reduce left nose.