The Pre Cut Flange & Web Plates are loaded on to the inlet conveyor for further Beam Fabrication processes. The plates are fed to the “H Beam Tack welding station” for doing single point entry level tacking between the 2 Flanges & the Web to form an H configuration. Our H Beam Tack Welder is employed with necessary hydraulic fit-up cylinders which can help the operator in forming the H Beam with enormous ease. We can also provide the necessary auto adjustment Web lifting arrangement with Digital readout to know the exact position of the Web with respect to the Flanges before the Weld tacking process. The Weld tacking is done manually by the operator using Mig Welding hand torch
The Tacked H Beam is then transferred to the Main Welding Station called the “Pull Through Welding Machine / Station” (PTW Machine). The Pull Through Welder is the heart of the entire H Beam Fabrication line. The H Beam which is only tacked at 2 pints at the entry only till this stage is positioned inside the PTW Machine with the help of the Inlet Conveyor modules. The Pull Through Welding System is equipped with the following major modules built to serve specific purposes.H Beams can be Fabricated from precut lengthy plates called Flange Plates & Web Plates. These Flange & Web plates required are precut from standard available steel plates of industrial stock sizes by either shearing or Plasma / Oxy Fuel Cutting process.
The Pre Cut Flange & Web Plates are loaded on to the inlet conveyor for further Beam Fabrication processes. The plates are fed to the “H Beam Tack welding station” for doing single point entry level tacking between the 2 Flanges & the Web to form an H configuration. Our H Beam Tack Welder is employed with necessary hydraulic fit-up cylinders which can help the operator in forming the H Beam with enormous ease. We can also provide the necessary auto adjustment Web lifting arrangement with Digital readout to know the exact position of the Web with respect to the Flanges before the Weld tacking process. The Weld tacking is done manually by the operator using Mig Welding hand torch.
The Tacked H Beam is then transferred to the Main Welding Station called the “Pull Through Welding Machine / Station” (PTW Machine). The Pull Through Welder is the heart of the entire H Beam Fabrication line. The H Beam which is only tacked at 2 pints at the entry only till this stage is positioned inside the PTW Machine with the help of the Inlet Conveyor modules. The Pull Through Welding System is equipped with the following major modules built to serve specific purposes.
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Why Us?
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Primo has been serving the Welding Industry for close to 3 decades. We have catered to more than 1000 customers with 2500 + Welding Automation solutions. Most Trusted Welding Automation company starting make footprints in Global Arena too.
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We have been serving the PEB Industry since last 30+ Years. Uncompromised Quality has been our Prime Focus which has evolved us as a "World's Leading H-Beam Machine" manufacturer.
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We value each & every money spent on your investment. We make sure right matched solutions delivered based on your affordability, requirement & market trend. Hence we make sure you are on the right growing path of your business journey.
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Project Details
- Rob’s house
- 24th March 2020
- Marilin De Aragon
- UI/Ux Design
In standard machining, a skilled machinist operates equipment, removing or developing steel. This is done as per the requirement given by designers and developers, generally through an engineering drawing or blueprint. They utilize turn wheels, switches over, dials, vices, chucks, as well as a selection of cutting devices made from set carbide, steel, as well as commercial diamond then make use of dimension instruments to ensure all of the measurements are correct.
Large CNC machine carries out the same feature as typical machining, metal cutting, milling, exploration, grinding, boring, as well as other metal developing and removal functions, yet it uses computer mathematical control rather than manual control by a machinist. It is automated, driven by code, as well as created by designers. It has to do with as precise the first time of cutting as the 500th. Extensively utilized in electronic manufacturing, as well as sometimes in low-volume manufacturing runs, it can be modified and altered for alterations, as well as various materials.
CNC machining utilizes subtractive processes, which means feedstock is machined to final form by subtracting as well as getting rid of the product. Openings are pierced, lots and pathways are tired, and steel supply is shaped into new products with differing tapers, sizes, as well as forms.
