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they can generate in tons; ratings usually start at 20 tons and go as high as 220 tons. Mechanical ironworkers are mostly used in productions with low temperature in winter (up to −20 °C (−4 °F)) and are considered to be faster. Another reason to choose the mechanical construction is when
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Ironworkers are built with safety in mind, but they still present hazards that must be addressed and thoroughly considered before they are purchased. Most of them have at least 4 stations that require boundaries around them to safely produce parts. They can shear flat
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cutting of large profiles (up to 300 mm (12 in) and bigger) is needed. Most hydraulicals can't cut this size. The disadvantages are the higher power consumption (sometimes double for the same job), the noise and the safety concerns.
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blades and dies of various shapes are used to work the metal. The machine itself is made of very heavy steel to handle the enormous force that can be generated during use. Ironworkers are rated according to the
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Due to the reduction in the amount of man hours and effort needed to cut or punch steel sections, an ironworker is often an integral part of commercial manufacturing facilities and
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This particular machine stands over 6 ft (1.8 m) tall and can shear, notch, and punch precision holes in plate steel up to 5/8 in (15 mm) thick.
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is a class of machine that can shear, notch, and punch holes in
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Modern systems use hydraulic rams powered by a high-powered
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16:Machine that shears and modifies metal plates
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53:. Unsourced material may be challenged and
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117:Learn how and when to remove this message
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51:adding citations to reliable sources
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157:. Ironworkers generate force using
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66:"Ironworker" machine
407:Electrohydraulic forming
412:Electromagnetic forming
397:Casting (metalworking)
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618:Tools and terminology
155:genericized trademark
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447:Progressive stamping
159:mechanical advantage
47:improve this article
649:Fabrication (metal)
523:Finishing processes
207:, round and square
175:alternating current
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486:Joining processes
417:Explosive forming
385:Forming processes
263:fabrication shops
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107:February 2009
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68: –
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62:Find sources:
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32:This article
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477:Tube bending
432:Hydroforming
307:Metalworking
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217:channel iron
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182:carbon steel
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45:Please help
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588:Fabrication
536:Galvanizing
376:Sheet metal
366:Fabrication
350:fabrication
638:Categories
608:Metallurgy
551:Patination
371:Piece work
269:References
257:Advantages
223:Operations
205:angle iron
145:plate and
139:Ironworker
77:newspapers
603:Machining
598:Jewellery
566:Polishing
531:Anodizing
508:Soldering
422:Extrusion
246:Punching
209:bar stock
34:does not
613:Smithing
503:Riveting
498:Crimping
467:Spinning
452:Punching
437:Stamping
251:Shearing
241:Notching
169:Overview
147:profiles
623:Welding
593:Forming
583:Casting
561:Plating
556:Peening
513:Welding
493:Brazing
472:Swaging
462:Sinking
457:Rolling
427:Forging
402:Drawing
392:Coining
359:General
346:Forming
236:bending
232:Forming
151:Edwards
91:scholar
55:removed
40:sources
213:I-beam
194:Safety
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201:plate
187:force
143:steel
98:JSTOR
84:books
215:and
70:news
38:any
36:cite
234:or
161:or
137:An
49:by
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