Our Custom Heavy Equipment Forgings are engineered for non-standard industrial applications where precision and structural integrity are paramount. Unlike catalogue-based components, these forgings are driven entirely by customer technical drawings, ensuring that every detail—from the forging reduction ratio to the exact datum location—is meticulously planned to meet the rigorous demands of heavy machinery and OEM equipment programs.
By integrating comprehensive manufacturing support, we synchronize forging routes with heat treatment, rough machining, and advanced inspection protocols. This holistic approach eliminates downstream risks, minimizes material waste, and ensures that complex, large-section geometries are delivered with the exact machining stock distribution required for efficient final processing.
| Product Code | 15002 | Typical Materials | Carbon steel, Alloy steel, Stainless steel, Duplex, or Special materials |
|---|---|---|---|
| Size Range | Customized: Overall dimensions and tolerances per drawing | Supply Condition | As forged, Heat treated, Rough machined, Semi-finished, or Finish-machined |
| Machining Scope | Block faces, Datum surfaces, Rough contouring, and Process-route stock | Inspection Options | UT, MT/PT, PMI, Hardness, Mechanical testing, Dimensional inspection |
| Documentation | EN 10204 3.1, Heat-treatment records, NDT reports, Project dossier | Typical Applications | Heavy machinery, Structural equipment, OEM programs, Project forgings |
| Compliance | Drawing-driven forging routes | Quality Assurance | Third-party witness arrangements available |
The forging flow and datum logic are perfectly aligned with your final machining requirements from the start.
Precision planning reduces the chance of over-machining and hidden defects in complex heavy sections.
Expert handling of non-standard shapes and unusual machining allowances for specialized equipment.
Seamless coordination of heat treatment, rough machining, and NDT within a single production route.
Specifically designed for equipment builders who require high material integrity in non-standard parts.
Full traceability with EN 10204 3.1 and optional third-party witness inspections for critical projects.
Full heat-number tracking and raw material certification for every custom forging project.
Advanced forging route simulation to optimize material distribution and machining stock.
Real-time oversight of NDT processes including UT, MT, and PT for zero-defect delivery.
Strict adherence to heat-treatment cycles to ensure optimal mechanical properties.
Comprehensive documentation management, including dimensional reports and marking lists.
Specialized handling and transport for heavy-section forged components to prevent deformation.
| Performance Metric | Standard Casting | Custom Forging (Our Solution) |
|---|---|---|
| Internal Integrity | Risk of Porosity/Voids | Dense Grain Structure (Superior) |
| Material Efficiency | High Machining Waste | Optimized Stock Distribution |
| Load Capacity | Lower Fatigue Strength | High Load Bearing Capacity |
| Lead Time (Final) | Longer Finish-Machining | Faster Route to Final Part |
| Risk Level | High Hidden Defect Risk | Low Risk via Integrated NDT |
Catalogue forgings are standard sizes. Custom forgings are developed specifically from your technical drawings, allowing for non-standard geometries and precise control over forging reduction ratios and datum locations.
We support a wide range of materials including carbon steel, alloy steel, stainless steel, duplex, and other special materials as specified in the customer's technical drawings.
Yes, we offer integrated support including heat treatment, rough contouring, block facing, and datum surface machining to ensure the part is ready for your final process route.
We provide comprehensive NDT including Ultrasonic Testing (UT), Magnetic Particle (MT), Penetrant Testing (PT), and PMI, backed by EN 10204 3.1 documentation and optional third-party witness checks.
By aligning the forging flow with the final part geometry, we minimize the risk of over-machining, eliminate hidden internal defects, and optimize material use, leading to higher reliability.
Yes, our capabilities are specifically geared toward heavy-equipment components involving large sections and complex, non-standard shapes as defined by project specifications.
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