Metal Forging Services
Metal forging is a manufacturing process in which compressive force — applied through hammers, presses, or dies — shapes a metal workpiece into a desired geometry. Unlike casting or machining, forging deforms solid metal, aligning and refining the internal grain structure of the material along the shape of the part.
MES, Inc. sources and manages precision forged components for the world’s most demanding manufacturers. Steel, aluminum, and alloy forgings. Closed-die to open-die. Prototype through high-volume production. And a supply chain team that owns every step from the forge floor to your door.
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What We Source & Manage
MES sources and manages precision forgings through a vetted global supplier network, supporting a comprehensive range of forging processes, materials, part sizes, and production requirements.
Supply Chain Ownership
Forging is one of the most process-intensive manufacturing methods in existence. Die design, heating parameters, press tonnage, heat treatment cycles, and post-forge inspection all have to be right — simultaneously. Most suppliers manage the forge. MES manages everything else on top of it.
Every MES customer is assigned a dedicated supply chain specialist whose sole focus is your account. They track your forgings from die release through delivery in real time — tooling status, production scheduling, shipping milestones. Your specialist knows, and you'll know too.
Forgings carry the longest lead times of any metal component category. Your MES planner builds stocking and replenishment strategies that eliminate the chronic lead time surprises that plague forged component supply chains, keeping your production running without costly last-minute expedites.
MES quality engineers are embedded inside our manufacturing partner facilities. They review die condition, monitor forging process parameters, verify dimensional compliance, witness NDT, and confirm heat treatment certifications before a single part ships. MTRs and inspection records travel with every order.
MES operates warehouses in Poland, Ohio (JIT delivery for North America) and Mexico (near-shore inventory for the U.S. Sun Belt). For forgings with 10–20 week production lead times, strategically positioned buffer inventory is the difference between a supply chain that runs and one that doesn't.
Why Choose MES
You need structurally critical forged components — and you need a supply chain that treats them that way.
What You Need
What MES Delivers
Precision forged components to spec
Global network of vetted forge suppliers across Asia, Europe, and Mexico
Confidence in material and process integrity
In-factory MES quality teams, MTR review, and NDT witness
Real-time supply chain visibility
Dedicated supply chain specialist on your account
Lead time predictability for long-cycle forgings
MES demand planners managing forecasting and buffer inventory
Scalable capacity across forging methods
Closed-die, open-die, ring, cold, and precision forging
A single point of accountability
One partner from forge floor to your door
Process Selection Guide
Choosing between forging, casting, and machining affects part strength, weight, cost, lead time, and long-term reliability. MES sources and manages all three — which means our team helps you make the right process selection for your application rather than defaulting to whatever a single-process supplier offers.
| Process | Strength | Internal Quality | Best For | Cost Structure |
|---|---|---|---|---|
| Forging | Highest | None — solid metal | Safety-critical, high-stress, cyclic loading | Higher tooling; lowest cost at volume |
| Casting | Moderate | Possible internal voids | Complex 3D geometries, thin walls | Lower tooling; moderate per-part cost |
| Machining from Bar | Good | None | Low volume, high-precision, no tooling | No tooling; highest per-part cost at volume |
We provide custom casting solutions across diverse industrial sectors.
Automotive & e-Mobility
Automotive & e-Mobility
The Standard: Precision At Scale.
In the fast-paced automotive sector, reliability and weight reduction are the primary drivers. MES provides high-quality die cast solutions for Major Global Auto OEMs and EV platforms.
Lightweight aluminum die castings for motor housings and battery enclosures.
Leak testing and X-Ray/Ultrasonic inspection for safety components.
Commercial Lighting
Commercial Lighting
Precision Aluminum For Light Quality.
Die cast aluminum housings and heat sinks optimized for thermal management in LED, industrial, and architectural lighting systems.
Complex fin geometries for maximum thermal performance.
Tight cosmetic tolerances for exposed fixture components.
Electrical & Energy
Electrical & Energy
Built For Critical Infrastructure.
Components for switchgear, circuit breakers, conduit fittings, and energy distribution infrastructure — where dimensional accuracy is non-negotiable.
Zinc and aluminum alloys for optimal electrical properties.
Sealed enclosures meeting IP65+ requirements.
Construction & Agriculture
Construction & Agriculture
Built Tough For The Field.
Durable die cast parts built for heavy equipment and demanding outdoor environments — from hydraulic housings to structural brackets.
50–4400T press capability for large structural castings.
Corrosion-resistant alloys for outdoor exposure.
Robotics
Robotics
Precision For Automated Systems.
Die cast components for robotic arms, servo housings, grippers, and automated system enclosures — engineered for tight tolerances and light-weighting.
±0.005" capability on critical datums and mating surfaces.
Aluminum alloys optimized for strength-to-weight ratio.
Common Questions
Metal forging is a manufacturing process in which compressive force — applied through hammers, presses, or dies — shapes a metal workpiece into a desired geometry. Unlike casting, which pours molten metal into a mold, forging deforms solid metal while it is hot or cold, aligning and refining the internal grain structure of the material along the shape of the part. This grain flow produces components with superior strength, fatigue resistance, and impact toughness compared to cast or machined equivalents.
Closed-die forging (impression die forging) compresses the workpiece between two shaped dies that contain the full part geometry as a cavity. Metal fills the die impression under pressure, producing near-net-shape parts with excellent dimensional consistency. Open-die forging shapes the workpiece between flat or simple-contoured dies that do not fully enclose the material — the operator repositions the part during forging to develop the desired shape. Closed-die forging is used for production quantities of structural components; open-die is suited for large, custom, or lower-volume parts.
Forging produces stronger components because the compressive deformation process aligns the metal’s grain structure to the shape of the part, resulting in superior fatigue resistance, impact toughness, and tensile strength. Forged parts have no internal porosity or shrinkage voids — common defects in casting. Cast parts offer more geometric complexity but have inherently lower mechanical properties due to the grain structure of solidified metal. For safety-critical and high-stress applications, forging is the preferred process.
A wide range of metals can be forged. Common materials include carbon steels (1018, 1045), alloy steels (4140, 4340, 8620), stainless steels (304, 316, 17-4 PH), aluminum alloys (2024, 6061, 7075), titanium alloys (Ti-6Al-4V), nickel-based superalloys (Inconel 718), brass, copper alloys, and ductile iron. Material selection is driven by the mechanical, corrosion, and temperature requirements of the application. MES can source forgings in virtually any standard engineering alloy.
Cold forging forms metal at or near room temperature, producing components with tight dimensional tolerances, excellent surface finish, and work-hardened mechanical properties. Because no heating is required, cold forging is highly efficient and cost-effective for high-volume production of smaller cross-section parts such as fasteners, pins, shafts, and precision connectors. Cold forged parts require little or no secondary finishing.
Forging tolerances depend on the process used. Conventional closed-die forgings typically achieve tolerances of ±0.015 to ±0.030 inches on forged dimensions. Precision or near-net-shape forgings can achieve tolerances of ±0.005 to ±0.010 inches. Critical dimensions are typically brought to final tolerance through secondary CNC machining. MES quality teams verify dimensional compliance and material certifications at the source before parts ship.
Forged components can undergo a range of secondary operations to produce finished or semi-finished parts. Common operations include CNC machining to final dimensions, heat treatment (annealing, normalizing, quenching and tempering, case hardening), shot blasting and surface cleaning, non-destructive testing (ultrasonic, magnetic particle, dye penetrant), dimensional inspection and CMM reporting, and PPAP and First Article Inspection documentation. MES can manage both the forging and secondary operations through our supplier network.
Forgings often carry the longest lead times of any metal component category. New tooling (die) fabrication typically takes 6 to 12 weeks. Initial production runs follow within 4 to 8 weeks after tooling approval. Total lead times for new forged components commonly range from 12 to 24 weeks depending on part complexity, material, and heat treatment requirements. MES demand planners work with your team to build stocking and replenishment strategies that eliminate the chronic lead time surprises that plague forged component supply chains.
Trusted by Leading Manufacturers
MES supplies precision CNC machined components and managed supply chain services to some of the world’s most demanding manufacturers, including Eaton, Honeywell, Siemens, Emerson, Schneider Electric, BorgWarner, Hubbell, and Honda.
These partnerships are built on more than part quality — they’re built on the confidence that MES manages the entire supply chain, from factory door to customer door, with zero gaps in visibility or accountability.
Tell us about your component and forging requirements. Our team will identify the right global partners and build a supply chain program around your needs.
How do we deliver success-minded performance brands value-add that's worthy? With a global strategy, boots-on-the-ground presence, and relationship-driven approach.
