Based in South Williamsport, Pennsylvania, A.M. Metal’s in-house fabrication capabilities allow us to maintain complete control over quality, tolerances, timelines, and safety—ensuring every fabricated element meets project specifications and industry standards.
Serving: Lycoming County, Tioga County, Columbia County, Bradford County, Sullivan County, Clinton County, Montour County, Union County, and Northumberland County
The fabrication process plays a critical role in ensuring structural strength, dimensional accuracy, and long-term durability. At A.M. Metal, our capabilities include rolling, shearing, plasma cutting, bending, and press brake forming.
Plate and structural rolling is a precision metal forming process used to shape flat sheet and plate into cylindrical, conical, and custom-radius components for industrial fabrication and structural applications. At A.M. Metal, we provide plate rolling services and structural steel rolling designed to maintain consistent curvature, dimensional accuracy, and material strength across a wide range of thicknesses and metal types. This process is commonly used for rolling tanks, pressure shells, industrial ductwork, silos, curved supports, drums, chutes, and other heavy-duty fabricated components required in manufacturing plants, processing facilities, and structural installations. Our rolling equipment applies controlled, even pressure across the material surface to prevent flat spots, distortion, or stress concentration, ensuring smooth, uniform results. We calculate roll settings based on plate thickness, yield strength, and required radius so materials form correctly without cracking or weakening, and we verify dimensions throughout production for projects requiring custom rolled steel, large-diameter rolled plate, or tight-tolerance curved sections. These rolling capabilities support both standalone components and larger fabrication projects, helping ensure curved sections arrive ready for welding, assembly, and accurate field installation.
Precision metal shearing is one of the fastest and most accurate methods for cutting sheet metal into clean, straight sections without heat distortion or material warping. At A.M. Metal, our metal shearing services produce precise blanks used for ductwork, panels, structural components, brackets, and fabrication parts that move directly into bending, welding, or assembly operations. Using calibrated industrial shearing equipment, we deliver smooth edges, consistent dimensions, and tight tolerances while minimizing burrs and material stress. Accurate shearing improves the overall fabrication workflow by ensuring each piece starts at the correct size, reducing rework and allowing for efficient forming and fit-up during later stages. Our team plans cutting layouts carefully to support sheet metal fabrication efficiency, reduce scrap, and maximize usable material, helping control project costs for both custom orders and larger production runs. These capabilities allow us to support everything from one-off fabricated components to repeat industrial parts that require dependable accuracy and fast turnaround.
High-definition plasma cutting is a precision cutting process used to produce clean, accurate metal parts from plate and sheet for industrial fabrication and structural applications. At A.M. Metal, our CNC plasma cutting services allow us to cut carbon steel, stainless steel, aluminum, and other metals into complex shapes, detailed profiles, and heavy-duty components used in ductwork systems, structural parts, equipment bases, supports, brackets, and production line assemblies. High-definition plasma technology provides tighter tolerances, smoother edges, and reduced bevel compared to standard plasma cutting, helping parts move directly into welding, forming, or assembly with minimal secondary finishing. Our team programs cutting paths to optimize material usage, maintain dimensional consistency, and support both custom one-off components and repeat production parts. This process is ideal for facilities searching for precision plasma cut steel, custom fabricated metal parts, or fast-turnaround industrial cutting solutions that balance accuracy, efficiency, and cost-effectiveness.
Precision waterjet cutting is a cold-cutting process that uses a high-pressure stream of water and abrasive to slice through metal without generating heat, eliminating the warping, hardened edges, and heat-affected zones common to thermal cutting methods. At A.M. Metal, our waterjet cutting services handle carbon steel, stainless steel, aluminum, galvanized steel, and specialty alloys, producing intricate profiles, tight-radius contours, precise hole patterns, gaskets, flanges, and detailed components used in ductwork systems, production line assemblies, structural parts, and custom equipment builds. Because waterjet cutting leaves clean, square edges with minimal burr, parts typically move straight into forming, welding, or assembly with little to no secondary finishing required. Our team programs cut paths to optimize material yield and hold consistent tolerances across both one-off components and repeat production runs. This process is ideal for facilities that need abrasive waterjet cut parts, thick-plate profiles, heat-sensitive materials, or complex geometries that thermal cutting can’t achieve—delivering the accuracy, edge quality, and material integrity that demanding industrial applications require.
Press brake forming is a precision metal forming process used to create accurate bends, angles, and complex profiles in sheet and plate for industrial and structural fabrication. At A.M. Metal, our press brake forming services are used to produce ductwork sections, channels, brackets, enclosures, panels, structural components, and custom fabricated parts across a wide range of materials and thicknesses. Using programmable press brake equipment and carefully selected tooling, we control bend angles, radii, and repeatability to achieve tight tolerances and consistent results from the first part through full production runs. Accurate press brake forming helps ensure components fit properly during welding and assembly, reducing rework and improving overall fabrication efficiency. Our team plans bend sequences based on material properties, thickness, and final application so parts form correctly without distortion or cracking. This process supports both one-off custom components and repeat industrial parts that require dependable precision and clean, professional forming results ready for fabrication or installation.
Our team works with a broad range of industrial metals selected to meet strength, corrosion resistance, hygiene, and long-term durability requirements. Common materials include carbon steel, stainless steel, aluminum, galvanized steel, and specialty alloys, each chosen based on performance demands and operating conditions.
Key material considerations include: structural strength, corrosion exposure, temperature resistance, hygiene requirements, and expected service life. These factors allow us to match the right material to each fabrication application.
We provide fabrication services across a wide range of industries, including:
Finished coatings applied in-house to protect fabricated components, improve corrosion resistance, and reduce on-site finishing time.
Every fabrication project is engineered to meet exact operational and dimensional requirements—never one-size-fits-all solutions.
Coordinated packaging and shipping services to support projects beyond our local area, ensuring safe and timely delivery.
We coordinate fabrication schedules with project timelines to ensure components are properly labeled, packaged, and delivered. Organized delivery reduces site handling time and installation delays.
Shipping options are available to support projects beyond our local area.
