• H beam assembly welding straightening integral machine - full view of compact structure in steel factory
  • Automatic hydraulic centering device aligning H beam flange and web on all-in-one fabrication machine
  • Single arc twin wire submerged arc welding process of H beam integral machine
  • Mechanical + hydraulic composite straightening system adjusting H beam deformation
  • Operational panel and power-driven input conveyor rollers of H beam all-in-one machine
  • H beam assembly welding straightening integral machine - full view of compact structure in steel factory
  • Automatic hydraulic centering device aligning H beam flange and web on all-in-one fabrication machine
  • Single arc twin wire submerged arc welding process of H beam integral machine
  • Mechanical + hydraulic composite straightening system adjusting H beam deformation
  • Operational panel and power-driven input conveyor rollers of H beam all-in-one machine

H-beam Assembling Welding Straightening Integral Machine

H Beam Assembly, Welding & Straightening Integral Machine is an all-in-one professional equipment designed for efficient H-beam/T-beam production. It integrates assembly, gantry welding, and precision straightening into a single compact unit, replacing 3 separate machines. This design streamlines workflows, cuts equipment costs, saves floor space, and boosts productivity—making it ideal for steel structure manufacturers.
  • H beam assembly welding straightening integral machine - full view of compact structure in steel factory
  • Automatic hydraulic centering device aligning H beam flange and web on all-in-one fabrication machine
  • Single arc twin wire submerged arc welding process of H beam integral machine
  • Mechanical + hydraulic composite straightening system adjusting H beam deformation
  • Operational panel and power-driven input conveyor rollers of H beam all-in-one machine

Desciption

H-beam Assembling Welding Straightening Integral Machine


Cut costs in steel structure processing? Check this combined welding & straightening machine!
Traditional H-beam processing requires 3 separate processes with constant material handling?
This **H-beam assembling, welding & straightening integrated machine** integrates assembling, welding and straightening into one unit.
Key advantages:
✔️ No beveling needed for webs ≤18mm, reducing processing steps
✔️ Hot welding + hot straightening in one pass, enhancing operational continuity
✔️ Touchscreen operation, manageable by 1 person
✔️ Space-saving, smaller footprint than traditional equipment Core components adopt casting technology, suitable for steel structure workshops, bridge projects and other industries.

Specification

Place of region
China
Shandong
Maritime ports
Qingdao
Web height
200mm~1800mm
Web thickness
6mm~30mm
Wing board width
200mm~800mm
Wing thickness
8mm~40mm
Welding position
45 ° angle welding
Welding method
Double sided submerged arc automatic welding
Welding power source
Single wire submerged arc welding, double-sided 1250A welding machine.
power
125KW
 
Core Features
1. 3-in-1 Integrated Design Integrates assembly, welding, and straightening into one compact machine. Requires only 1-2 operators (fewer than separate equipment), shortens production cycles, boosts efficiency, and reduces labor costs.
2. Mechanical + Hydraulic Composite Straightening Adopts mechanical positioning + hydraulic composite technology. Adjustable straightening capacity enhances beam straightness accuracy, meeting industry quality standards.
3. Versatile Production Adaptability Adapts to batch production, customized processing, or emergency needs, maximizing equipment utilization.

 
Use Scenarios

Steel Structure Workshop Managers Handling Continuous Beam Production
Workshop managers overseeing large-scale steel fabrication operations rely on consistent H-beam dimensions and stable weld seam quality. This machine supports uninterrupted production cycles by combining three essential stages. Plants building support frameworks for concrete blocks machine facilities or preparing elevated platforms required in brick maker environments benefit from its structural reliability and reduced need for rework.

Engineering Consultants Designing Heavy-Duty Support Systems
Engineering consultants tasked with verifying the structural load capacity of industrial buildings require precise, aligned H-beams to meet safety thresholds. This all-in-one solution enables predictable performance data, simplifying documentation for building approvals. When designing lifting gantry supports or equipment tunnels associated with concrete blocks machine production lines or brick maker transfer paths, consultants gain confidence from the machine’s dimensional consistency.

Fabrication Technicians Operating Multi-Shift Production Lines
Technicians responsible for continuous welding operations require machinery with stable thermal control and reliable straightening mechanisms. This machine’s integrated process reduces technical interruptions and minimizes weld distortion. Facilities supporting steel bases, conveyor support rails, or platform beams for concrete blocks machine systems and brick maker installations will experience fewer dimensional errors and less corrective grinding.


FAQ

1.What beam size range can the machine handle?
It supports multiple flange and web dimensions through adjustable clamping and hydraulic straightening modules.

2.How is welding quality maintained during long production cycles?
A dual-tracking system ensures stable alignment and consistent SAW welding deposition.

3.Is the machine compatible with existing shop cranes and roller tables?
Yes, its layout supports standard workshop logistics, including roller conveyors and overhead crane transfers.

4.What is the typical delivery cycle for overseas orders?
Standard production requires 25–35 days, depending on customization requests.

5.How is long-term maintenance supported?
We provide remote support, parts supply, and scheduled service guidance for operator teams.