1.Introduction for 3 in 1 h beam welding machine:

1.1. Assembling the host adopts the structure of the heavy-duty assembly machine that has applied for the invention patent, and the web flap is automatically centered, which makes the assembly precision and assembly efficiency significantly improved.3 in 1 h beam welding machine

1.2. The firm welding gun fixing mechanism is independently set, not only can adjust the height and horizontal movement position, but also adjust the angle of the welding torch in two directions to ensure the weld seam.Beautiful appearance.Integrated H beam assembly machine

1.3. The correction auxiliary machine has a unique design structure. The two correction wheels can actively correct the workpiece under the loss of the cylinder, and the correction mechanism will not block the line of sight of the welding dimension.

The adjustment of the welding torch and the observation of the weld quality are very convenient.3 in 1 h beam assembly welding machine

1.4. The assembling main machine can be used separately as a welding machine or a grouping machine with the correction auxiliary machine.3 in 1 h beam welding line

1.5. The correction auxiliary machine can be used as a small straightening machine after modification.3 in 1 h beam assembly line

2.Technical parameter for 3 in 1 h beam welding machine

3.Characters for 3 in 1 h beam welding machine:

3.1 Three-process Integration: By integrating the traditional processes of assembly machine, gantry welding, and correction machine into a single equipment, efficiency is significantly enhanced.

3.2 Space and Cost Savings: Compared to traditional production lines, it saves approximately two-thirds of the floor space, and reduces the costs of factory leasing and equipment procurement.

3.3 High level of automation: Supports automatic centering and positioning of the web and flange plates, uses hydraulic + screw rod drive, digitally preset width, is equipped with a dual-side welding gun automatic tracking system, enables symmetrical welding, reduces side bending deformation, integrates slag spreading and recovery, forms a circulation system, and reduces waste.

3.4 Hot Welding and Hot Correction Process: During the welding process, correction is carried out simultaneously. The residual heat is utilized to enhance the correction efficiency and avoid the energy consumption of "cold correction".

3.5 High product qualification rate: By adopting the "arc-free plate and no weld point technology", customer feedback indicates that the qualification rate can reach over 90%, significantly higher than the traditional process (approximately 30%)

3.6 Energy-saving and High Efficiency:

By using an inverter welding machine, energy consumption can be reduced by 25-35%.

3.7 Utilize AC variable frequency speed regulation, which offers a wide speed range and constant torque, thereby reducing energy consumption.

3.8 Convenient operation: The control box enables centralized operation. The processing dimensions and correction amounts can be set parametrically. The entire production line can be operated by only 1-2 people.

3.9 Flexible Structure: Some models support the disassembly and separate use of the main unit and