240 Manual MIG/MAG ERGOFLOW torches
Air-cooled
- Power 180 A (gas mixture)
- 220 A (CO₂)
- Wire diameter 0,8 - 1,2mm
- Available in 50°
Sheet metal fabrication and welding
Industry profile
Sheet metal fabrication and welded assemblies is a specialized field within metallurgy that combines sheet metalworking and welding techniques to manufacture complex metal structures.
This sector is essential for numerous industries, including automotive, aerospace, construction, and industrial equipment. Professionals in sheet metal fabrication and welding work with a variety of materials, including steel, aluminum, and stainless steel, to create custom parts that meet precise specifications.
Challenges and characteristics
Cutting, bending, and welding techniques are at the core of sheet metal fabrication and welded assembly.
Laser cutting and waterjet cutting enable precise and complex cuts in various types of metals. Bending is used to form three-dimensional metal parts, meeting specific angles and curves.
Welding is a crucial step in the fabrication of metal structures. Commonly used welding techniques include MIG (Metal Inert Gas) welding, TIG (Tungsten Inert Gas) welding, and spot welding. These methods allow the creation of strong and durable joints, which are essential for ensuring the reliability and safety of structures.
Quality and precision are critical issues in sheet metal fabrication and welding. Companies invest in advanced equipment and cutting-edge technologies to improve the accuracy of cutting and welding processes. Quality control systems, such as visual inspections and non-destructive testing, are used to verify the integrity of manufactured parts.
Worker safety is also a top priority. Welding and cutting operations can generate potentially hazardous fumes and particulates. Companies implement ventilation systems and personal protective equipment (PPE) to ensure a safe working environment.
In this context, ENGMAR offers solutions perfectly suited to sheet metal fabrication and welding workshops.
Extraction torches capture welding fumes directly at the source, limiting operator exposure to pollutants.
For automated workshops or robotic cells, ENGMAR also provides custom extraction hoods and capture systems, ensuring optimal protection even during high-production operations.
With these solutions, it is possible to combine industrial performance, operator safety, and compliance with environmental standards.
Our products tailored to your business
T20 TIG extraction torch
Water-cooled
- Power 250 A DC
- 180 A AC
- Duty cycle 100%
T17 TIG extraction torch
Air-cooled
- Power 150 A DC
- 125 A AC
- Duty cycle 60%
Tailored Hood for Specific Automatic Applications
- Tailored Hood for Specific Automatic Applications
- Optimal suction with reduced footprint and airflow
- Allows loading and unloading of parts with the overhead crane
Embarked Hood on Dual-Robot Transfer Chassis
- Optimal suction performance for each robot
- Dedicated hood on each robot in transfer
- Anti-collision design during grouped operations
Robotic welding cabine
- Complete extraction of fumes generated during automated welding
- Effective confinement of the welding area
- Optimized energy consumption
- Integrated ventilation system
Cyclones cleaners KBCNF
- Stationary cyclone with hose reel and bag
ENTA extraction table
- Extraction table for cutting with sacrificial plates without back wall
Reach out to us
In sheet metal fabrication and welded assembly workshops, welding fumes can quickly become a health risk for workers. To protect your operators, ENGMAR offers custom extraction solutions that adapt to various workshop configurations, high production rates, and the technical constraints of the sector. Our experts support you from needs assessment to on-site integration. Contact us to receive your personalized assessment!