Custom Forgings and Forged Parts Built to Your Drawing.
Request a quote for custom forged parts through SanCo’s domestic and overseas manufacturing partners. Send your drawing, material specification, quantities and required delivery condition—from a forged blank to a machined component—so the forging, heat treatment, inspection and finishing scope can be reviewed together.
Want the engineering fit first? Jump to custom forging capabilities
Match your drawing to a specific forging route.
SanCo represents selected manufacturers, from small closed-die parts to heavy engineered forgings. Use these routes for initial screening; alloy, geometry, quantities, supplied condition and inspection requirements determine the actual fit. Published ranges are not guaranteed combined envelopes.
- Closed-impression-die hammer and press forging in carbon, alloy and stainless steels for small industrial components.
- Hammer ranges: carbon/alloy 0.25–45 lb; stainless 0.15–25 lb. Press forging has separate alloy-specific limits; confirm the process and geometry.
- Heat treatment, CNC machining, broaching, inspection and finishing are available. Specify the required supplied condition, tolerances and production quantities for review.
- Broader closed-die and upset options in carbon/alloy steel, stainless, aluminum and brass/bronze across U.S. plants; select the producing route per component.
- Published weight limits: carbon/alloy steel 350 lb; stainless 100 lb; aluminum and brass/bronze 50 lb. Upset dimensions need separate review.
- Heat treatment, blasting and inspection are available; machining and coatings may use supporting vendors. This is not a rolled-ring route.
- Open- and closed-die forgings from India in carbon/alloy, stainless and selected specialty grades, including valve components, flanges, shafts and gear blanks.
- Published piece-weight ranges: 1–100 kg closed-die and 50–1,000 kg open-die. Confirm alloy, geometry and boundary-size acceptance.
- Heat treatment, machining, coating, cladding and testing support finished-component programs. Define which operations, acceptance tests and supplied condition the drawing requires.
- Open-die, closed-die and seamless rolled-ring routes for shafts, gear blanks, valve bodies, blocks and rings from India.
- Open-die material options include carbon, alloy, stainless, tool and duplex steels. Grade, size and weight must be qualified by process and plant.
- Closed-die supply options include forged, shot-blasted, premachined or fully finished components; heat treatment and testing are available by route.
- Heavy open-die steel forgings from India, including shafts, shells, tubesheets, blocks, plates and dished ends for industrial equipment.
- Carbon, low-alloy and stainless steels are supported. Combined dimensions, finished weight, forging ratio and test requirements are reviewed together for the specific component.
- Integrated steelmaking, forging, heat treatment, machining and testing support specified delivery conditions. Share the drawing, grade, inspection plan and documentation requirements.
- Managed open-die, closed-die and crankshaft-forging programs through qualified producers, with carbon, alloy and stainless steel, aluminum and copper alloys, plus selected nickel-alloy options.
- Proof or full machining, heat treatment, finishing and assembly can be specified. Part size and weight are confirmed with the selected producer.
- Qualify the producing country, supplier, tooling, inspection and logistics per program. Manufacturing origin is confirmed for each program independently of warehousing and logistics.
Custom Forgings Start With the Part Requirement, Not a Generic Quote
Custom forgings are usually chosen because the part has a job that cannot be left to chance: carrying load, transferring torque, absorbing shock, resisting fatigue, holding pressure, or lasting in dirty field conditions. That means the quote has to be built around more than material and quantity. The manufacturing plan needs to define the forged shape, grain-flow intent, tooling approach, section size, reduction, heat treatment, machining stock, inspection, and release volume before the project is priced like a simple commodity part.
Print-to-Part Planning
Custom forging starts with the drawing or model. For forged blocks and spindles, define the starting envelope, stepped geometry, machining allowance, and final delivery condition. SanCo helps review the finished geometry, forged envelope, datum surfaces, machining stock, parting line concerns, heat treat requirements, and inspection expectations before the quote turns into a tooling gamble.
Material + Property Review
Alloy choice, section size, reduction, hardness, tensile properties, impact requirements, and heat treat condition all affect the custom forging route. The right plan connects the material requirement to the way the component will be forged, treated, tested, and machined.
Tooling + Forged Envelope
Custom forgings may need closed-die tooling, open-die preforms, rolled rings, or cold/warm forming depending on the part. Defining the raw forged envelope early helps avoid missed stock, unrealistic tolerances, poor die assumptions, and expensive rework.
Finished-Part Support
Many custom forging programs do not stop at the press. Heat treat, MPI, UT, hardness checks, rough machining, finish machining, coating, packaging, traceability, and documentation should be part of the RFQ from the beginning.
Custom Forgings Need the Right Route Before Tooling, Heat Treat, and Machining Begin
A custom forged part can look simple on paper and still require a very specific production path. Geometry, grain-flow direction, alloy, section size, tooling budget, heat treatment, testing, machining allowance, datum control, and repeat volume all affect the route. SanCo helps buyers organize those details so the RFQ is built around the part requirement instead of a generic forging request.
Custom Forged Parts Need Room for the Real Manufacturing Path
The finished print is only part of the story. A custom forging quote should also define the raw forged shape, machining allowance, datum surfaces, draft, parting-line risk, flash or trim condition, and whether the program needs a near-net closed-die shape or a simpler forged preform.
Specify Materials for Custom Alloy Steel and Other Forged Parts
For custom alloy steel, carbon steel, stainless steel, aluminum or specialty-grade forged parts, identify the exact material specification and required delivery condition. Include applicable hardness, tensile or impact acceptance requirements, test locations and material records. The proposed manufacturer must confirm the alloy, section size and heat-treatment combination; any substitution requires the buyer’s engineering approval.
Closed-Die, Open-Die, Rolled Ring, or Cold/Warm Forging Depends on the Part
A custom forging may need dedicated dies, an open-die preform, a seamless rolled ring, or a high-volume cold/warm formed route. The right choice depends on part size, geometry, tolerance expectations, production volume, material utilization, property requirements, and how much machining will follow.
Define the Delivery Scope for Custom Machined Forgings
State whether your custom machined forging quote covers a rough-machined preform or a finished part. Identify machining datums, stock to remain, critical bores and faces, final tolerances, surface finishes and the inspection stage. Ask the supplier to list heat treatment, testing, machining, coating and documentation separately, including any operations your team must complete after delivery.
How to Build a Custom Forging RFQ That Gets Accurate, Usable Answers
A good custom forging RFQ gives the manufacturing team enough information to understand the finished part and the forged path that gets it there. That includes the print or model, target alloy, finished geometry, approximate raw envelope, required condition, heat treatment, mechanical property targets, NDT expectations, machining scope, annual volume, release pattern, and whether the part is a prototype, replacement item, redesign, or new production launch.
SanCo helps buyers organize those requirements into a quote package that makes sense for the part. A custom yoke, heavy shaft, pressure component, gear blank, ring, hub, lever, spindle, or structural forging may need a different path even when the alloy looks similar. The point is to define the part’s job first, then match the process, tooling, heat treat, machining, and inspection plan to that job.
Separate fixed drawing requirements from features the forge may propose changing. Record approval responsibilities for draft, parting lines, machining stock, test locations, and other manufacturing recommendations.
What Makes a Custom Forging RFQ Move Cleanly
Send the print, CAD model, alloy, finished size, estimated raw envelope if known, annual usage, release schedule, required heat treat, mechanical property targets, NDT needs, machining scope, coating or finishing requirements, packaging expectations, and any current problem you are trying to solve. If the part is currently machined from bar, cast, fabricated, welded, or imported, that background helps too.
Custom Forgings Work Best When the Part’s Job Is Defined Early
Custom forging is often the right answer when a component needs dependable strength, directional grain flow, toughness, fatigue resistance, impact resistance, or material integrity that would be difficult to get from a purely machined, fabricated, or cast route. But the process only works well when the quote package explains what the part has to do in the field.
SanCo is a manufacturers’ representative and sourcing partner. When selecting a custom forged parts manufacturer, confirm the proposed source’s process, size and alloy capability, tooling responsibilities, quality-system requirements and available capacity against your drawing. Record supplier exceptions and sample-approval requirements before releasing tooling or production orders.
For a custom part entering repeat production, define how drawing revisions, tool changes, and material substitutions will be approved. That control matters after initial samples as well as during launch.
Custom Forging Programs Often Include
Print review, material selection, DFM feedback, die/tooling review, forged envelope planning, reduction ratio, grain-flow expectations, heat treat, hardness targets, MPI, UT, dimensional inspection, machining stock, datum planning, coating, plating, paint, packaging, documentation, and production release support.
Need Custom Forgings Quoted? Send the Print, Model, Sample, or Production Details.
If you need custom forged components quoted and the project is stuck between print requirements, process choice, tooling, heat treatment, machining expectations, inspection requirements, and production timing, send what you have. SanCo will review the basics and help build the RFQ around the right forging route, whether the part requires closed-die forging, open-die forging, ring rolling, cold/warm forging, NDT, machining, finishing, or production release support.
Helpful details include material grade, part size, finished weight, forged envelope if known, annual usage, release pattern, program life, target launch date, mechanical property requirements, heat treatment, NDT, critical dimensions, machined surfaces, coating requirements, inspection package, packaging expectations, and any drawings, CAD files, sample photos, sketches, or current production issues.
RFQ Form — Custom Forgings
We can start with a print, CAD model, sample photo, sketch, or rough requirement list.Custom Forging, Tooling, Heat Treat, Machining, and RFQ Questions
Straight answers for OEM buyers, engineers, and purchasing teams trying to quote custom forged components without creating tooling, property, machining, inspection, or production launch problems.
What types of custom forgings can SanCo help quote?
SanCo can help with custom closed-die forgings, open-die forgings, rolled rings, cold/warm forgings, forged shafts, forged hubs, forged blocks, gear blanks, yokes, levers, flanges, structural components, heat treated forgings, machined forgings, and finished forged parts depending on geometry, material, volume, property requirements, and documentation needs.
When does forging make sense instead of machining, casting, or fabrication?
Consider a custom forging when the material, shape, production demand, and engineering requirements support it. Compare total finished-part cost and qualification needs with machining, casting, or fabrication.
What should I send for a custom forging RFQ?
Send the print, CAD model, material grade, finished part size, estimated forged envelope if known, annual volume, release schedule, heat treat requirements, mechanical property targets, NDT requirements, machining scope, coating or finishing needs, inspection package, launch timing, and any current production issues.
Can forged parts include machining and finishing?
The custom forging quotation can cover a blank or additional operations, subject to supplier capability. Specify machining, thermal processing, surface treatment, inspection records, and packaging individually.
How do I know whether I need closed-die, open-die, or ring rolling?
Choose the route after reviewing the custom geometry and demand. Compare an open-die preform, a die-defined shape, or a rolled ring using tool investment, machining allowance, and required acceptance properties.
Can SanCo help redesign a machined, cast, or fabricated part as a forging?
Yes. If the part is currently machined from bar, cast, welded, fabricated, or imported, send the drawing, current process, failure points, cost pressure, and performance requirements. SanCo can review whether a custom forging route may improve strength, material utilization, consistency, or production repeatability.
Can custom forgings include heat treat, machining, and finishing?
Yes. Many custom forging programs include normalized, quenched and tempered, carburized, or induction hardened conditions, MPI, UT, hardness testing, rough machining, finish machining, drilling, milling, turning, coating, plating, paint, packaging, and documentation support.