Our Capabilities
Facilities & Equipment
With extensive industrial infrastructure, advanced melting and heat-treatment systems, and a full range of CNC machining and quality-control facilities, Samen Zob delivers high-precision steel and iron castings at scale. Supported by over 1,200 specialists and more than 170,000 m² of integrated production space, the company is equipped to manufacture complex components, manage large-volume projects, and meet international performance standards across multiple industries.
Industrial Capabilities
Samen Zob’s industrial platform is built around a fully integrated production ecosystem that brings together advanced melting technologies, high-capacity heat-treatment furnaces, precision CNC machining units, and comprehensive quality-control laboratories. This combination of facilities allows the company to manage every stage of casting with strict technical accuracy, from alloy preparation and thermal processing to machining, inspection, and final verification. With large operational halls, specialized equipment for handling complex geometries, and synchronized workflow systems, the company supports high-volume production, delivers consistent dimensional stability, and meets the demanding requirements of diverse industrial sectors.
Core Technical Capabilities
Samen Zob’s core capabilities are built on a coordinated set of production systems that cover every stage of industrial casting. From large-scale melting operations and precision heat-treatment processes to machining units and advanced quality-control facilities, each section of the plant is designed to work together as a unified workflow. This integrated structure enables the company to manage complex geometries, maintain stable dimensional accuracy, support high-volume orders, and deliver reliable performance for diverse industrial applications.
Production Capacity
Melting Units
Heat Treatment Facilities
Machining Unit
Quality Assurance
The foundry’s melting equipment includes furnaces of various capacities, enabling the melting of all types of steels and irons while ensuring precise temperature control and accurate alloy chemistry.
Bullet Points
- Monthly production: 2,000 tons
- Casting range: 200 g to 20 tons
- High dimensional precision
- Complete quality control
The foundry’s melting equipment includes furnaces of various capacities, enabling the melting of all types of steels and irons while ensuring precise temperature control and accurate alloy chemistry.
Bullet Points
- 10-ton furnaces: 2 units
- 8-ton furnace: 1 unit
- 5-ton furnace: 1 unit
- 3-ton furnace: 1 unit
- 2-ton furnaces: 2 units
- 1-ton furnaces: 3 units
- 500 kg furnaces: 2 units
The heat-treatment department includes several furnaces with large internal dimensions that allow accurate and uniform heat treatment of both small and large components. These processes improve mechanical properties, surface hardness, and resistance to wear and temperature.
Bullet Points
- Furnace: 4×2.5×2m
- Furnace: 6×3×2m
- Two furnaces: 4×3×2m
- Furnace: 1.8×3×1.5m
The foundry’s melting equipment includes furnaces of various capacities, enabling the melting of all types of steels and irons while ensuring precise temperature control and accurate alloy chemistry.
Bullet Points
- Manual & CNC lathes
- CNC milling for complex shapes
- Capability for machining very large parts
- Metallographic microscopes
- Hardness testing
- Optical emission spectrometer (OES)
- Non-destructive testing equipment
- Full production-stage supervision
Bullet Points
- Metallographic microscopes
- Hardness testing
- Optical emission spectrometer (OES)
- Non-destructive testing equipment
- Full production-stage supervision
Together, these facilities form a unified production chain that allows Samen Zob to control every stage of casting with technical precision. By combining advanced alloy-melting systems, large-capacity heat-treatment units, high-accuracy machining operations, and strict quality-control procedures, the company ensures consistent performance across all components. This integrated approach strengthens production efficiency, reduces variability, and guarantees that each manufactured part meets the demanding standards of modern industrial projects.