
420 Manual MIG-MAG ERGOFLOW torches
Water-cooled
- Power 440 A (gas mixture)
- 500 A (CO₂)
- Duty cycle 100%
- Wire diameter 0,8 - 1,6mm
- Available in 45° et 50°
Rebar fabrication involves the production of steel bars and welded wire mesh, which are used to reinforce concrete in structures such as buildings, bridges, and infrastructure projects.
Steel reinforcement increases the strength and durability of concrete, which is essential for ensuring the safety and longevity of constructions.
To manufacture reinforcement, steel bars are cut to the specified length using automated shearing machines.
They are then shaped into various forms (such as hooks, stirrups, or spirals) according to project requirements. This forming process is carried out using CNC machines, which bend and curve the steel bars with high precision.
For certain applications, steel bars are assembled into welded wire mesh, a prefabricated reinforcement grid commonly used in concrete slabs and walls. These meshes are produced by welding the bars together at their intersection points using automated machines. In some cases, reinforcement assemblies are prefabricated in sections at the factory before being transported to the construction site.
This approach saves time and improves installation accuracy on site.
The rebar industry widely use automation for shearing, bending, and welding steel bars. Automated machines enable the production of reinforcement with high precision and efficiency, while reducing production costs.
Robots are also used to assemble welded meshes, where uniform and repetitive welding is essential. Manual welding is less common in this industry, but it is still used for complex assemblies or custom work that requires special attention to detail.
This may include specific joints or welds in non-standard configurations that cannot be easily achieved by machines.
The steel reinforcement industry operates in an environment where automated and robotic welding is predominant. Operators working in the same workshop as automated and robotic welding machines may be exposed to pollutants generated by the welding process. Harmful particles spread throughout the workshop and can be inhaled by employees, potentially leading to respiratory and cardiovascular diseases.
ENGMAR offers solutions for manual, automated, and robotic welding.
To better understand your company's welding environment, our technical sales representatives, experts in fumes extraction, visit your site to consult with your teams and assess your needs in order to recommend the most suitable welding fumes extraction solutions. In addition, we offer studies and simulations of pollutant flows to compare the effectiveness of different extraction solutions.
420 Manual MIG-MAG ERGOFLOW torches
Water-cooled
400 MIG-MAG COBOFLOW torches
Water-cooled
Embarked Hood on Dual-Robot Transfer Chassis
ENTA extraction table
Extraction tables TABFLOW
CENFLOW central extraction units
Remote ATMOFLOW extraction unit
Between high production rates and serial welding, your workshops in the steel reinforcement sector require reliable and high-performance solutions. We develop custom welding fumes extraction systems using quality materials to protect your teams and ensure the durability of your installations. Our experts support you on-site with practical, effective solutions that comply with regulatory standards.
Contact us to discuss your project with one of our fumes extraction specialists!