Superior strength and grain structure through precision forging processes. Combined with our advanced CNC machining capabilities for finished parts with exceptional mechanical properties.
Forged components offer unmatched strength and reliability compared to cast or machined-from-stock alternatives.
Continuous grain flow follows the part contour, providing up to 26% higher tensile strength than castings and 37% higher than machined bar stock.
Aligned grain structure dramatically improves fatigue life, making forged parts ideal for cyclic loading applications in aerospace and automotive.
Eliminates internal voids, porosity, and inclusions. Uniform metallurgical properties throughout for consistent, reliable performance.
Near-net-shape forging minimizes material waste compared to machining from solid stock, reducing costs and environmental impact.
We offer multiple forging processes to meet your specific requirements for part geometry, volume, and cost.
We forge a wide range of metals and alloys to meet your application requirements.
Our integrated approach combines the strength benefits of forging with the precision of CNC machining. We receive forged blanks and machine them to final specifications in-house, ensuring quality control throughout the entire process.
One supplier manages forging, machining, and finishing
Machining preserves forged grain structure for maximum strength
Streamlined logistics and faster delivery than multi-vendor approaches
Forged components serve critical applications across demanding industries.
Landing gear, turbine discs, structural fittings
Crankshafts, connecting rods, suspension arms
Valve bodies, flanges, drilling components
Excavator buckets, crusher parts, shafts
Propeller shafts, anchor chain links, cleats
Turbine rotors, generator shafts, valve stems
High-performance thermal management components manufactured through precision cold forging for superior heat dissipation.
Cold forging aligns metal grain structure along pin length, improving thermal conductivity by 10-15% vs machined parts.
Near-net-shape forming with minimal waste. Significantly lower per-unit cost at production volumes.
Rapid cycle times enable high-volume production. Consistent quality across millions of units.
Achieve pin height-to-diameter ratios up to 8:1, impossible with conventional machining.
Contact our engineering team to discuss your forging and machining requirements. We'll help you select the optimal process and materials.
