Fencing’s special requirements make Kloeckner Metals an ideal manufacturing partner. Withstanding harsh outdoor conditions over years, if not decades, fencing requires high quality steel tube that’s as durable and functional as it’s attractive. Between our range of steel tubing and our custom processing capabilities, Kloeckner Metals is unmatched in its ability to service customers to their exact specification. Add in in-line coating and cut-to-length services and our customers are routinely delivered a product that shaves whole steps off the production process. For end-to-end processing and high caliber customer service, our customer relationships with leaders in the business are some of the longest in the business.
Manufacturing high-quality fencing from steel tubing involves precision processing and durable finishing to ensure strength, longevity, and aesthetic appeal. Custom processing capabilities such as in-line coating provide corrosion-resistant finishes during production, eliminating the need for post-processing and enhancing efficiency. Cut-to-length services ensure each fence component meets exact specifications, reducing waste and streamlining installation. These advanced capabilities support consistent quality across large production runs and enable flexibility for custom fencing designs. The result is a premium, ready-to-install product suited for both commercial and residential applications.
Answer:
Metal fences are made through a multi-step manufacturing process that involves material selection, shaping, joining, surface finishing, and assembly. The exact process varies based on the fence type (e.g., tubular, panel, or ornamental) and the materials used (e.g., steel, aluminum, or wrought iron), but here’s a general overview of how metal fences are made:
Steel (galvanized or stainless), aluminum, or wrought iron are commonly used.
Tubular steel or aluminum is often chosen for modern, lightweight, and corrosion-resistant fencing.
Steel tubing is either sourced or manufactured using roll forming and welded seam processes.
Tubes are then cut to length using band saws, laser cutters, or CNC tube cutting machines.
Additional processes like punch pressing may be used to create holes for bolts, fasteners, or decorative elements.
Tubes and pickets are joined using MIG/TIG welding, mechanical fasteners, or rivets.
Pre-cut horizontal rails and vertical pickets are aligned using jigs or fixtures for consistency.
Ornamental designs may be added using scrollwork or cast metal decorations, often welded or bolted in place.
Answer:
The cut-to-length (CTL) process plays a crucial role in metal fencing manufacturing, enabling precision, efficiency, and quality control. Here’s a deeper look at how it’s used:
In fencing, steel or aluminum tubing often comes in long, standard-length stock—typically in 20′ or 24′ sections. The CTL process customizes these long tubes into exact lengths needed for fence posts, rails, pickets, or frame components. Each type of fence (privacy, picket, decorative, or security) requires multiple lengths depending on design, spacing, and installation layout.
Uncoiling (if coil-based): When using coil-fed material, the metal is uncoiled and flattened.
Feeding & Measuring: The tubing or flat bar is fed into a CTL line or CNC machine where it’s measured automatically.
Cutting: Using flying saws, shears, or abrasive blades, the material is cut while moving, maintaining throughput without stopping the line.
Automation: Modern systems use CNC control for highly accurate and programmable lengths, especially beneficial in batch processing different fence styles.
Precision: Ensures every rail, picket, and post fits perfectly—critical for uniform panel dimensions and easy assembly.
Efficiency: Reduces manual measuring and cutting time, supporting high-volume production.
Waste Reduction: Optimizes material usage by reducing off-cuts and scrap.
Integration: Often paired with other inline processes like hole punching, notching, or coating, further streamlining production.
Once cut to length, the components are sorted and bundled by fence type or panel layout. These are either sent directly for welding/assembly or coated and packaged for shipment. In modular fencing systems, this step ensures components are ready-to-assemble on-site without modification.
The cut-to-length process is not just about cutting—it’s about optimizing production for consistency, cost-effectiveness, and scalable output in fencing systems. Whether integrated into roll-forming lines or standalone CNC setups, it’s a backbone of modern metal fence manufacturing.
How are metal fences made?
Answer:
Metal fences are made through a multi-step manufacturing process that involves material selection, shaping, joining, surface finishing, and assembly. The exact process varies based on the fence type (e.g., tubular, panel, or ornamental) and the materials used (e.g., steel, aluminum, or wrought iron), but here’s a general overview of how metal fences are made:
Steel (galvanized or stainless), aluminum, or wrought iron are commonly used.
Tubular steel or aluminum is often chosen for modern, lightweight, and corrosion-resistant fencing.
Steel tubing is either sourced or manufactured using roll forming and welded seam processes.
Tubes are then cut to length using band saws, laser cutters, or CNC tube cutting machines.
Additional processes like punch pressing may be used to create holes for bolts, fasteners, or decorative elements.
Tubes and pickets are joined using MIG/TIG welding, mechanical fasteners, or rivets.
Pre-cut horizontal rails and vertical pickets are aligned using jigs or fixtures for consistency.
Ornamental designs may be added using scrollwork or cast metal decorations, often welded or bolted in place.
How is the cut-to-length process used in fencing manufacturing?
Answer:
The cut-to-length (CTL) process plays a crucial role in metal fencing manufacturing, enabling precision, efficiency, and quality control. Here’s a deeper look at how it’s used:
In fencing, steel or aluminum tubing often comes in long, standard-length stock—typically in 20′ or 24′ sections. The CTL process customizes these long tubes into exact lengths needed for fence posts, rails, pickets, or frame components. Each type of fence (privacy, picket, decorative, or security) requires multiple lengths depending on design, spacing, and installation layout.
Uncoiling (if coil-based): When using coil-fed material, the metal is uncoiled and flattened.
Feeding & Measuring: The tubing or flat bar is fed into a CTL line or CNC machine where it’s measured automatically.
Cutting: Using flying saws, shears, or abrasive blades, the material is cut while moving, maintaining throughput without stopping the line.
Automation: Modern systems use CNC control for highly accurate and programmable lengths, especially beneficial in batch processing different fence styles.
Precision: Ensures every rail, picket, and post fits perfectly—critical for uniform panel dimensions and easy assembly.
Efficiency: Reduces manual measuring and cutting time, supporting high-volume production.
Waste Reduction: Optimizes material usage by reducing off-cuts and scrap.
Integration: Often paired with other inline processes like hole punching, notching, or coating, further streamlining production.
Once cut to length, the components are sorted and bundled by fence type or panel layout. These are either sent directly for welding/assembly or coated and packaged for shipment. In modular fencing systems, this step ensures components are ready-to-assemble on-site without modification.
The cut-to-length process is not just about cutting—it’s about optimizing production for consistency, cost-effectiveness, and scalable output in fencing systems. Whether integrated into roll-forming lines or standalone CNC setups, it’s a backbone of modern metal fence manufacturing.
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