Solid structure design to create a stable operation barrier

Xutai Machinery has been deeply engaged in the industry for many years, and has achieved multiple technical breakthroughs in the structural design of welding boom. The main arm is the core structure, and the selection of high strength alloy material. After precise mechanical calculation and process optimization, its tensile strength is significantly improved compared with ordinary materials. Then, the stability of the wire feeder is fundamentally guaranteed after the suspension, and the potential safety hazards such as shaking and tipping are reduced in the operation process. The connection between the main arm and the forearm adopts the strengthened welding process, with high-precision bearing components to ensure uniform and smooth force conduction, which provides a solid foundation for the long-term stable operation of the equipment. Even in the complex operation scene of frequent start and stop and Angle adjustment, the "sliding car" phenomenon can be effectively avoided, so that the safety of welding operation is fully guaranteed.

In the surface treatment process of the equipment, the welding boom adopts the industry-leading shot blasting spray process. After multiple pretreatment processes, the paint surface and the substrate are more closely combined, which not only has excellent wear resistance, but also can resist the high temperature in the welding environment, the welding slag splash and the erosion of humid air, and effectively prevent the equipment from rusting and aging. Even in the long-term high-strength welding environment, it can still maintain structural integrity and stability, avoid the safety risks such as structure loosening and performance degradation caused by equipment aging from the source, and prolong the service life of the equipment while providing a lasting guarantee for operation safety.

2. Welding space arm: environmental protection upgrade and purification operation space

Airborne suspension design to reduce environmental safety risks

In view of the common pain points in the welding workshop such as messy cables and welding smoke, Xutai welding space arm has constructed a comprehensive working environment protection system to create a clean and safe working space for operators. In traditional welding operations, wire feeder, cable and trachea are randomly placed on the ground, which not only takes up a lot of working space, but also is easy to cause problems such as damage to the insulation layer of the cable and air leakage of the trachea due to personnel tramping and workpiece dragging, thus causing electric shock, gas leakage and other safety accidents. Through the scientific design of aerial suspension, the welding space arm lifts the wire feeder, cable and trachea off the ground as a whole, and realizes the centralized and regular layout of equipment and pipelines. This design not only avoids the wear of the pipeline exposed to the outside, but also completely solves the problem of cable winding and dragging, and reduces the safety risks such as electric shock and gas leakage from the source. At the same time, this standardized design makes the workshop passage more smooth, improves the utilization rate of the working space, and also creates convenient conditions for the transfer and welding of large workpieces.

In order to solve the problem of welding fue pollution generated in the welding process, the interface of welding fue collection pipe is specially reserved, which can be seamlessly connected with the existing dust removal system in the workshop. By adjusting the Angle and hovering position of the welding space arm, the solder smoke suction can be accurately aligned to the top of the welding point, ensuring that the solder smoke is collected efficiently at the moment of generation, and greatly improving the efficiency of soot collection. After the actual test, the working area equipped with the welding space arm can control the smoke concentration within the range of the national environmental protection and occupational health standards, effectively protect the respiratory health of the operators, and also help the enterprise to realize green production and meet the requirements of environmental protection policies.

3. Wire feeder boom: ergonomics optimization to reduce load and improve efficiency and empower

Humanized design reduces operation safety risk

The wire feeder boom takes the operation experience of the operator as the core, and minimizes the safety risk in the operation process while reducing the labor intensity through full ergonomics optimization, so as to achieve the dual goals of reducing load and increasing efficiency. In the traditional welding operation, the operator needs to bend down frequently to carry and adjust the position of the wire feeding machine, which not only has high labor intensity, but also is prone to fatigue after long time operation, thereby increasing the probability of safety accidents caused by operation errors, and may also cause problems such as bumps and burns due to close contact with high temperature workpieces. Not only that, but also equipped with an advanced lifting adjustment system, the operator only needs a simple control handle, can easily realize the precise adjustment of the height of the wire feeding machine, without manual handling, effectively reducing the labor load of the waist, shoulder and other parts. There is no need to adjust the position or move equipment frequently during the welding process, which avoids the back and forth when working across the workpiece, and greatly shortens the invalid operation time. Through the flexible extension and Angle adjustment of multi-section arms, the welding operation range is effectively expanded. Operators can complete all welding operations within a safe distance, without close contact with high temperature workpieces and welding slag, significantly reducing the safety risks such as bumps and burns. In addition, the operation panel design of the equipment is simple and intuitive, the layout of the function buttons is reasonable, and the operators can master it after simple training, which further improves the convenience and safety of operation, and makes the welding operation more efficient and safe.

4. Welding boom: triple protection to protect operation safety

Multi-dimensional protection integration to build a comprehensive security system

The triple safety protection system of welding boom does not exist independently, but realizes the organic integration of mechanical structure protection, working environment protection and ergonomics protection through scientific design, forming an all-round and three-dimensional safety protection network, which provides safety protection for the whole process of welding operation. The stability of the mechanical structure is the basis of safety protection. The solid main arm structure and accurate braking system ensure the stable hovering of the wire feeder in various working positions, which provides reliable support for environmental protection and ergonomic optimization. The purification and regulation of the working environment not only improves the safety of the working space, but also creates good working conditions for the operators, reduces the safety risks caused by environmental factors, and complements the ergonomics protection. The optimization design of ergonomics reduces the probability of human operation errors by reducing labor intensity and simplifying the operation process. At the same time, operators can better use the safety advantages brought by mechanical structure and environmental protection, and realize the synchronous improvement of safety and efficiency.

Xutai welding boom has always adhered to the safety bottom line in material selection, process design, functional configuration and other aspects. From the screening of high-strength alloy materials, the processing and assembly of precision parts, to the treatment of surface anti-corrosion technology, each process has undergone strict quality inspection to ensure that the safety performance of the equipment meets the standards. At the same time, it fully considers the operation requirements of different welding scenes, with good adaptability and flexibility. Whether it is large steel structure welding or precision parts processing, it can provide stable, safe and efficient operation guarantee for operators by virtue of the triple safety protection system, becoming an ideal choice for safe operation in the welding industry.