Nersan Holding
Manufacturing EQUIPMENTS
Manufacturing EQUIPMENTS are the backbone of modern steel structure and machinery production, enabling high-precision, high-efficiency, and scalable operations. From CNC cutting and welding systems to material handling, surface preparation, and quality inspection tools, each machine plays a vital role in ensuring structural accuracy, safety, and productivity throughout the fabrication process.
Nersan Global
CNC Cutting Machines for Accurate and Efficient Steel Processing
CNC cutting machines such as plasma, oxy-fuel, laser, and waterjet cutters are fundamental in shaping steel plates, pipes, and profiles. These machines use computer-guided systems to deliver highly accurate cuts with minimal material waste. Their high-speed performance and ability to produce clean edges make them ideal for large-scale fabrication.
By automating the cutting process, manufacturers achieve greater consistency, improved throughput, and enhanced weld preparation. CNC cutting reduces manual errors and optimizes raw material usage, laying the foundation for precise and cost-effective steel structure production.
Nersan Global
Precision Drilling and Milling with CNC Machining Centers
CNC drilling and milling machines are critical for adding structural and mechanical features to steel parts. Vertical and horizontal machining centers, along with beam drilling lines, allow for precise hole creation, slotting, and surface preparation with tight tolerances.
These machines play a key role in improving fit-up accuracy and assembly quality. Their automation not only reduces production time but also ensures repeatability across large batches—essential for modern steel fabrication operations.
Nersan Global
CNC Bending and Forming for Complex Geometries
CNC-controlled press brakes, plate rollers, and profile benders are used to shape steel components into specific geometries required in structural and machinery design. These systems provide repeatable and consistent forming results, even for complex or custom configurations.
Accurate bending is crucial for ensuring structural compatibility and reducing the need for corrective work during assembly. CNC bending machines enhance productivity while maintaining form integrity across high-volume production cycles.
Nersan Global
Advanced Welding Equipment for Structural Strength
Welding is the core process in steel structure manufacturing. Equipment ranges from manual MIG/MAG, TIG, and SMAW machines to automated solutions like robotic arms and submerged arc welding (SAW) systems. Stud welding machines are also widely used in structural applications.
Robotic welding enhances speed, consistency, and joint quality while minimizing human error and fatigue. These technologies ensure structurally sound welds, reduce defects, and enable high-strength assemblies suitable for demanding industrial environments.
Nersan Global
CNC Punching and Notching for High-Speed Structural Fabrication
CNC punching and notching machines—including turret punch presses and angle line machines—are essential for creating holes, notches, and special profiles in steel sections. These tools are particularly efficient for repetitive tasks on angles and channels.
By integrating CNC automation, manufacturers achieve faster cycle times, enhanced precision, and streamlined production. These machines are ideal for large-scale operations requiring consistent and rapid part customization.
Nersan Global
CNC Lathes and Turning Centers for Rotating Components
CNC lathes and turning centers are used to machine round parts such as shafts, bushings, and flanges. These machines deliver high levels of dimensional accuracy and smooth surface finishes, which are critical for rotating or moving components in mechanical systems.
Their precision ensures reliable performance in machinery where balance and alignment are key. CNC turning supports tight tolerances, enabling manufacturers to produce components that meet both functional and safety requirements
Nersan Global
Material Handling and Positioning for Operational Efficiency
Efficient handling of large and heavy components is vital in steel structure fabrication. Equipment such as overhead cranes, conveyors, rotators, manipulators, and positioners help move, rotate, and align parts during various production stages.
These systems reduce physical strain on workers, lower accident risks, and maintain production continuity. Enhanced ergonomics and workflow control contribute to higher productivity and safer working environments.
Nersan Global
Surface Preparation and Finishing for Durability and Appearance
Proper surface preparation is essential for welding quality and corrosion protection. Shot blasting, grinding, deburring tools, and painting booths are used to clean, smooth, and coat steel surfaces prior to or after fabrication.
These finishing processes improve coating adhesion, enhance visual appeal, and extend the lifespan of steel components. High-quality surface preparation ensures that fabricated parts meet both functional and aesthetic standards.
Nersan Global
Measuring and Inspection Equipment for Quality Assurance
Accurate measurement and inspection are fundamental to maintaining production quality. Equipment such as coordinate measuring machines (CMMs), laser trackers, welding gauges, and non-destructive testing (NDT) tools like ultrasonic (UT) and radiographic (RT) systems are widely used.
These technologies detect dimensional inaccuracies and internal defects, ensuring compliance with industry standards and reducing rework. Effective inspection contributes directly to product safety, reliability, and customer satisfaction.
Nersan Global
Integrated Contributions to Production Excellence
The integration of CNC systems and advanced fabrication equipment has transformed welded steel manufacturing into a highly precise and scalable process. These technologies reduce production time, improve product consistency, and enable easy reconfiguration for new projects.
With lower material waste, improved labor efficiency, and the ability to meet strict quality standards, modern fabrication setups ensure competitive advantage. Flexibility, precision, and safety are now standard outcomes rather than added benefits in this high-performance production environment
