Overview of Welding & Cutting Technology
Modern industrial fabrication requires high-performance welding and cutting systems that ensure precision, speed, and reliability. This product range includes advanced MIG/MAG welding, TIG argon welding, plasma cutting systems, and arc welding machines, along with consumables and spare parts.
These solutions are designed for heavy-duty industrial applications, workshops, and professional manufacturing environments.
Core Welding Technologies
MIG / MAG CO₂ Welding
MIG/MAG welding is widely used for fast and efficient metal joining.
- Continuous wire feeding system
- High productivity and strong weld quality
- Suitable for steel and industrial fabrication
- Ideal for production and workshop use
TIG Argon Welding
TIG welding provides high-precision, clean welding results.
- Uses non-consumable tungsten electrode
- Shielded with argon gas
- Perfect for stainless steel, aluminium, and alloys
- High-quality finish with minimal spatter
Plasma Cutting Systems
Plasma cutting is used for fast and accurate metal cutting.
- High-speed cutting performance
- Suitable for steel, stainless steel, and aluminium
- Clean edges with minimal distortion
- Industrial-grade cutting efficiency
Welding Equipment Range
A complete range of welding machines is available to meet different industrial needs:
DC Inverter Welding Machines
- 20–140A / 220V
- 30–160A / 220V
- 30–200A / 220V
- 20–250A / 380V
- 40–400A / 380V
- 40–400A / 380–525V
- 40–500A / 380–525V
These inverter systems provide stable arc performance, energy efficiency, and reliable operation.
TIG Argon AC/DC Welders
- 10–250A / 380V
- 10–315A / 380V
Designed for precision welding on stainless steel, aluminium, and industrial alloys.
MIG Welding Machines
- 50–200A / 220V
- 50–250A / 220V
- 60–350A / 380–525V
- 100–500A / 380–525V
Ideal for high-speed industrial welding and continuous production work.
Multi-Process Welding Systems
- 3-in-1 system: TIG 160A / ARC 150A / PLASMA 40A (220V)
- Flexible solution for multi-application use
- Compact and efficient design
Heavy Industrial Welding Systems
- DC Arc Thyristor Welding: 120–630A (380–525V)
- Arc Gouging: 100–1250A (380–525V)
- Submerged Arc Welding Machines: 100–1250A (380–525V)
- Heavy-duty arc welding systems: up to 500A
These systems are designed for large-scale industrial fabrication and structural welding projects.
Plasma Cutting Machines
Air Plasma Cutters
- 10–40A / 220V
- 20–70A / 380V
- 20–100A / 380V
- 20–120A / 380V
- 20–160A / 380V
Straight Line Cutter
- Cutting speed: 150–800 mm/min
- Designed for precise straight cutting applications
Plasma systems provide clean cutting edges, high speed, and excellent accuracy.
Safety Equipment – Welding Helmets
- Solar-powered welding helmets
- Self-darkening adjustable helmets
- High protection against arc light and heat
- Designed for professional welding safety
Consumables & Spare Parts
A complete range of welding consumables is available:
- MIG/MAG wire consumables
- TIG tungsten electrodes
- Plasma cutting nozzles and tips
- Spare parts for welding machines
- Maintenance accessories
Service Excellence
The system is supported by professional service excellence, ensuring:
- Reliable machine performance
- Technical support and maintenance
- Long-term operational stability
- Industrial-grade service solutions
Industrial Applications
These welding and cutting systems are widely used in:
- Steel fabrication industries
- Shipbuilding and ship repair
- Automotive manufacturing
- Construction and infrastructure projects
- Heavy machinery production
- Metal workshops and fabrication units
Contact Information
For inquiries and support:
📧 deratech@gmail.com
📧 sales@weldnbraze.com
Conclusion
This complete range of MIG, TIG, plasma cutting, and arc welding systems provides powerful industrial solutions for modern fabrication needs. With advanced inverter technology, high-performance machines, and wide application coverage, these systems ensure efficiency, durability, and precision in every welding and cutting task.
Professional-grade welding equipment ensures better productivity, safety, and long-term reliability for industrial operations.