Smart Manufacturing, Complete Solutions
At SD Industries, we leverage advanced machinery and expert craftsmanship to deliver precision at every step. From custom prototypes to high-volume production, our solutions are designed to meet your unique requirements, ensuring efficiency, quality, and on-time delivery.
Tube Laser
✔ Precision Tube Cutting – Handles round, square, and rectangular tubing with tight tolerances.
✔ Thickness Capacity – Cuts tube walls up to 10mm (⅜") depending on material type.
✔ Complex Profiles – Creates holes, slots, miters, angles, and custom notches in a single pass.
✔ Structural Fabrication – Perfect for railings, guardrails, staircases, canopy frames, and structural assemblies.
✔ Material Range – Processes stainless steel, carbon steel, and aluminum tubing.
✔ Efficiency – Reduces labor and manual cutting by combining multiple operations.
✔ Consistency – Ensures identical quality across high-volume runs.
✔ Prototyping to Mass Production – Equally suited for custom architectural elements and industrial-scale fabrication.
Our Tube Laser machine provides state-of-the-art capability for processing round, square, and rectangular tubing with unmatched precision and efficiency. By integrating cutting, drilling, and notching in a single setup, tube laser technology eliminates multiple manual operations, ensuring faster turnaround and higher accuracy.
This technology allows us to fabricate complex joints, slots, holes, and angled cuts directly into tubing, making it indispensable for architectural railings, guardrails, staircases, structural frames, and canopy systems. The precision of tube laser cutting not only improves fit-up and assembly quality but also reduces the need for secondary finishing or manual adjustments.
With the ability to handle a wide range of materials — including stainless steel, carbon steel, and aluminum — and tube thicknesses up to 10mm (⅜"), our tube laser machine is well-suited for both custom one-off projects and large-scale production runs.
Our Flat Laser machine is a high-precision cutting system designed for processing sheet metals such as stainless steel, carbon steel, and aluminum. Using advanced laser technology, it delivers clean, burr-free edges, tight tolerances, and minimal material waste, making it one of the most efficient fabrication methods available.
This capability is essential for creating architectural cladding panels, column covers, façades, and decorative screens, as well as signage, plaques, directories, and branding elements. The accuracy of flat laser cutting allows for intricate designs, detailed cutouts, and custom patterns that elevate both structural and aesthetic applications.
With the ability to handle a wide range of thicknesses from thin gauge sheets (1mm / 0.04") up to 25mm (1") plate depending on material — our flat laser machine supports everything from custom prototypes to large-scale production runs with consistent repeatability.
Flat Laser
✔ High-Precision Cutting – Delivers smooth, accurate cuts with minimal distortion.
✔ Thickness Capacity – Processes thin sheets starting at 1mm (0.04") up to 25mm (1") plate, depending on material.
✔ Material Range – Works on stainless steel, carbon steel, aluminum, and non-ferrous alloys.
✔ Architectural Applications – Fabricates cladding panels, column covers, façades, decorative screens, and wall panels.
✔ Signage Production – Creates letters, logos, directories, plaques, and custom sign boxes with precision.
✔ Complex Patterns – Cuts intricate shapes, logos, perforations, and decorative details not possible with traditional cutting.
✔ Clean Edge Quality – Produces burr-free, ready-to-use parts, reducing secondary finishing.
✔ Scalability – Suitable for one-off prototypes, small batch runs, and full-scale industrial production.
Press Brake
✔ Custom Bends & Shapes – Form sheet metal, tubing, and plates with precise angles and radii, including complex curves.
✔ Thickness Capacity – Handles sheet and plate bending up to 12mm (½ inch) thick, with smaller gauge options for lightweight architectural applications.
✔ Architectural Panels & Cladding Produce wall cladding, column covers, and façade systems with consistent, repeatable bends.
✔ Frames & Structural Components Create components for canopies, staircases, enclosures, and structural support systems.
✔ Railings & Guard Systems – Bend tubing and profiles for handrails, guardrails, stair rails, and safety barriers.
✔ Signage & Decorative Metals – Shape materials for sign boxes, directories, plaques, ornamental trims, and branding details.
✔ Prototyping & Small Batch Runs – Quick setup and turnaround for custom jobs, prototypes, and specialty builds.
✔ Large-Scale Production – Automated bending ensures uniform accuracy across hundreds or thousands of parts for industrial and architectural projects.
Our metal bending machine is designed to transform sheet metal, plates, and tubing into precise angles, curves, and complex profiles with high accuracy. This process is essential for both structural components and architectural details, ensuring every part meets the required strength and design intent.
With the ability to bend a variety of metals including stainless steel, carbon steel, and aluminum we deliver solutions for cladding, façades, staircases, railings, and canopy frames. Our advanced technology allows for tight tolerances, consistent results, and a wide range of bending capabilities that suit both custom one-off projects and high-volume production.
Laser Welding
✔ High-Precision Welding – Produces fine, clean weld seams with tight tolerances.
✔ Minimal Distortion – Concentrated heat input reduces warping, ensuring dimensional accuracy.
✔ Material Range – Effective on stainless steel, aluminum, carbon steel, and specialty alloys.
✔ Thickness Capacity – Works best for thin to medium gauge metals, typically up to 6mm (¼ inch).
✔ Aesthetic Finishes – Creates smooth, almost invisible joints, reducing or eliminating secondary polishing.
✔ Architectural & Decorative Applications – Perfect for signage, railings, cladding, and ornamental metals.
✔ Efficiency – Faster than many traditional welding methods, reducing labor and production time.
✔ Versatility – Equally suited for prototype fabrication and high-volume production.
Our Laser Welding technology offers a high-precision solution for joining metals with exceptional accuracy, speed, and control. By focusing a concentrated laser beam, this process creates narrow, deep welds with minimal heat distortion, making it ideal for both structural and aesthetic applications.
Laser welding is especially valuable in projects where visual quality and fine detail are critical. It enables nearly invisible seams, smooth finishes, and superior strength — perfect for architectural metals, signage, railings, cladding systems, and ornamental fabrications. The process is also highly efficient, reducing post-weld finishing and improving turnaround time.
With the ability to weld stainless steel, aluminum, carbon steel, and specialty alloys, laser welding supports everything from custom one-off pieces to high-volume production runs with consistent quality.
Our MIG (Metal Inert Gas) Welding process is one of the most efficient and versatile welding methods, designed for both structural strength and high-volume production. MIG welding creates strong, reliable joints with excellent penetration, making it an essential process for architectural metals, guardrails, staircases, bollards, and frames.
This process is widely used because of its speed, adaptability, and consistent weld quality. It works on a variety of metals, including carbon steel, stainless steel, and aluminum, making it suitable for a broad range of applications. MIG welding is also highly productive, allowing us to complete long weld runs and repetitive assemblies efficiently without compromising durability.
MIG Welding
✔ Structural Strength – Produces high-strength welds ideal for railings, staircases, guardrails, bollards, and heavy frames.
✔ High Efficiency – Faster welding speeds reduce production time, making it ideal for large-scale projects.
✔ Material Range – Compatible with carbon steel, stainless steel, and aluminum.
✔ Thickness Capacity – Suitable for thin sheet metal up to 12mm (½ inch) thick, depending on material.
✔ Consistent Quality – Provides uniform welds with minimal defects, reducing rework.
✔ Indoor & Outdoor Applications – Durable enough for both architectural interiors and exposed exterior installations.
✔ Versatility – Effective for both one-off custom fabrications and mass production runs.
✔ Cost-Effective Solution – Balances speed, strength, and efficiency, making it a go-to welding process for many scopes.
TIG Welding
✔ High-Precision Welds – Produces clean, aesthetic seams with minimal spatter.
✔ Material Range – Effective on stainless steel, aluminum, carbon steel, copper, and specialty alloys.
✔ Thickness Capacity – Best suited for thin to medium gauge metals (1mm – 8mm / 0.04" – 5/16"), avoiding warping.
✔ Architectural Applications – Ideal for railings, signage, cladding, and decorative panels where appearance matters.
✔ Custom & Ornamental Fabrication – Handles intricate, detailed designs with accuracy.
✔ Durability & Strength – Produces high-quality welds that maintain both appearance and structural integrity.
✔ Finish Quality – Often requires little to no post-weld finishing, saving time on polishing and grinding.
✔ Versatility – Suitable for one-off specialty parts and high-end architectural packages.
Our TIG (Tungsten Inert Gas) Welding process is known for delivering the highest-quality, most precise welds in the industry. TIG welding allows for excellent control over the welding arc, producing smooth, clean, and visually appealing seams making it the preferred choice for architectural metals, decorative elements, and specialty fabrications.
This method is particularly effective for thin materials and non-ferrous metals, such as stainless steel, aluminum, and brass, where distortion and imperfections must be avoided. TIG welding is often chosen for applications where both strength and aesthetics are equally important.
With TIG welding, we can execute custom, detailed, and ornamental designs as well as high-quality structural joints. It is the go-to process for high-end projects that demand precision craftsmanship and flawless finish.
Gang Band Saw M20A
✔ High-Precision Cutting – Delivers accurate, consistent cuts with minimal deviation.
✔ Material Range – Effective on stainless steel, carbon steel, aluminum, tubing, channels, angles, and solid bars.
✔ Cutting Capacity – Handles a wide range of cross-sections with stable feed control, maintaining accuracy on both thin-wall and heavy materials.
✔ Architectural Applications – Suitable for preparing components used in railings, cladding, frames, support members, and other metal fabrication assemblies.
✔ Multi-Piece Production – Supports automated, repeatable cutting for batches requiring identical lengths and tight tolerances.
✔ Structural Reliability – Provides rigid clamping and blade stability to ensure square, dependable cuts.
✔ Surface Quality – Produces smooth, uniform cut ends that require minimal secondary finishing.
✔ Versatility – Suitable for both custom precision cutting and high-volume production workflows.
Our Gang Band Saw M20A delivers consistent, high-precision cutting for a wide range of metal fabrication needs. Built for accuracy and efficiency, this automated saw provides stable, uniform cuts across multiple pieces, making it ideal for high-volume production and repeatable workflows.
The M20A is particularly effective for structural steel, tubing, channels, bars, and other ferrous and non-ferrous materials where straightness, speed, and cut quality cannot be compromised. Its rigid frame design minimizes vibration and ensures precise material feed, reducing waste and improving overall throughput.
With advanced automation, controlled feed rates, and multi-piece cutting capability, the Gang Band Saw M20A supports complex fabrication schedules and tight tolerances. It is the preferred choice for fabricators requiring reliable, efficient, and accurate cutting performance for both standard and custom metal components.
Iron Worker
✔ Multi-Function Capability – Performs punching, shearing, notching, bending, and coping in one machine.
✔ High Tonnage Output – Delivers strong, consistent force for processing structural steel and plate materials.
✔ Material Range – Effective on carbon steel, stainless steel, aluminum, flat bar, angle, plate, and structural shapes.
✔ Production Efficiency – Reduces setup time by allowing multiple operations without switching equipment.
✔ Precision and Repeatability – Provides stable, accurate cuts and punches with minimal distortion.
✔ Structural Applications – Ideal for brackets, connection plates, frames, supports, and other load-bearing components.
✔ Reduced Fabrication Time – Streamlines workflow by combining essential fabrication tasks into a single station.
✔ Versatility – Supports both high-volume production and custom one-off fabrication with consistent performance.
Our Iron Worker machine is engineered for heavy-duty metal fabrication, combining multiple cutting and shaping functions into one powerful unit. Designed for speed, accuracy, and versatility, it enables efficient processing of structural steel and plate materials while maintaining precise, repeatable results.
This system is ideal for punching, shearing, notching, bending, and coping operations, allowing fabricators to complete complex tasks without changing machines or setups. Its robust construction minimizes vibration and ensures clean, consistent cuts across a wide range of metal profiles.
The Iron Worker is particularly valuable for shops that require high throughput and dependable performance for structural components, brackets, plates, and custom assemblies. With its multi-station capability and high tonnage output, it supports both production-scale workflows and one-off custom fabrication with consistent quality and accuracy.
