Production muscle
Press capacity up to 4,000 tons
Hot closed die forging for complex shapes and geometries, supported by a broad press lineup, billet heating and steel cutting capacity.
Hot closed die near-net forgings
Precision forged parts for demanding applications.
Viking Forge produces tight-tolerance carbon, alloy, micro-alloy and stainless steel forgings with the engineering depth, tooling control and production capacity required for critical components.
1–100 lbForged products
3–14 in.Diameter range
4,000 tonPress capacity
Annual volume range5,000–500,000
Quick-change tooling30-minute changeovers
Process capability1.67 CpK target
Material familiesCarbon, alloy & stainless
Forging capabilities
Built to reduce machining, protect tolerances and improve total part cost.
From early design review through forged, finished and inspected parts, Viking Forge combines engineering, in-house tooling and controlled production under one roof.
Engineering confidence
CAD, simulation and manufacturability support
3D modeling and material flow analysis help refine part geometry before tooling spend and production launch.
Vertical integration
In-house tool and die making
Die design, CNC machining and quick-change tooling support tighter repeatability and faster transitions between part configurations.
Product range
Forged components across transportation, energy, industrial, heavy equipment and defense markets.
Real Viking Forge product imagery gives buyers a fast read on part diversity, material flow, geometry and production fit.
From print to production
A controlled path from part requirements to repeatable forged output.
Every step is built around repeatability, cost control and customer specifications: review the print, engineer the forging, build the tooling, forge the part, finish it and verify it.
Start with a print or part requirementReview
Prints, material, volume, weight, geometry and application needs.
Engineer
3D modeling, material flow review and manufacturability planning.
Tool
In-house die machining, inserts, interlocks and quick-change setup.
Forge
Billets heated and formed in hot closed die forging presses.
Finish
Trim, blast, machine, heat treat and prepare to specification.
Inspect
CMM, scanning, hardness testing and process documentation.
Engineering, production and quality
Confidence comes from seeing the controls behind the forging.
Engineering
Design support before tooling
CAD, finite element analysis and simulation help reduce prototyping steps, control development cost and protect lead time.
Production
Repeatable output at scale
Closed die production, automated heating, cutting and finishing systems support consistent high-volume manufacturing.
Inspection
Measured, documented results
Process control, CMM inspection, FARO arm scanning and hardness testing help verify that parts meet specification.
Quick-change tooling
30-minute changeovers help keep complex part programs moving.
Viking Forge’s quick-change tooling system is engineered for multiple part configurations, reduced mismatch, less stock on the forging and repeatable critical dimensions.
30 min.Last good part to first good part
Inserted diesDesigned for nominal dimensions
Positive interlocksReduced run-out and mismatch
Less machiningNear-net geometry and lower stock
Industries served
Purpose-built forged components for demanding markets.
Viking Forge supports critical applications where strength, pressure resistance, wear resistance and internal toughness matter.
Facility scale
Capacity to support serious production programs.
Manufacturing, steel handling, final inspection, finished goods storage and tooling are organized to support repeatable output and customer-driven requirements.
65,000 sq. ft.Manufacturing facility
90,000 sq. ft.Steel crane yard
110,000 sq. ft.Inspection and storage
16,000 sq. ft.Tooling and office facility
Request a quote
Bring Viking Forge into the conversation early.
Share your part print, annual volume, material requirements and application details. Viking Forge can help evaluate the best path to a near-net forged component.