Horizontal and vertical presses for forged components in volume, with the machining and finishing behind them.
Forging works the grain of the metal rather than cutting through it, so a forged part carries load that a machined billet of the same size will not.
We forge to your drawing, then machine the faces and threads that need tolerance. Tell us the load case and the standard the part has to meet.
CNC machining for finishing, and we can electroplate or blast them before they ship.
For advice or more information call us today on +44(0)1827 712910 or email us at sales@coler.co.uk
Metal and Steel Forging at Coler
Coler Supply Solutions delivers industrial forging and metal forging services for customers who need high-strength, reliable components built for demanding applications. Using controlled forging methods, we shape metal under pressure to produce parts with excellent mechanical performance, ideal where durability, fatigue resistance, and consistency are critical.
Advantages Of Industrial Forging
Why Choose Coler Supply for Industrial Forging
Send the part drawing with the load case and the standard it has to meet. We will come back with the forging, the machining that follows it and one delivery date.
Forging suits parts that carry load and parts you need in volume. Below a few hundred pieces, machining from solid is usually the cheaper route, and we will say so.
01
Integrated Forging Solutions
Coler delivers fully integrated forging solutions, combining component design support, tooling manufacture, forging, and downstream machining to provide reliable, end-to-end production for complex and high-load components.
02
Large Material Library
Coler Supply Solutions works with a broad range of forgeable alloys, including aluminium and other engineered materials, enabling flexibility in component size, geometry, and performance requirements for demanding applications.
03
Robust Quality Assurance
Forged components require strict process control to achieve consistent grain flow, strength, and dimensional accuracy. Coler operates rigorous quality systems to ensure every part meets defined mechanical, dimensional, and performance standards.
04
Reworks As Needed
We provide controlled rework, machining, and finishing operations where required, ensuring forged components fully meet dimensional, mechanical, and quality specifications.
05
High-Integrity Precision Components
Forging produces components with refined grain structure, excellent strength, and tight tolerances, delivering consistent quality for demanding industrial applications.
06
Efficient, High-Volume Production
Industrial forging produces high-integrity components with controlled grain flow, excellent mechanical strength, and tight dimensional tolerances, ensuring consistent performance across demanding industries.
The Advantages of Industrial Forging
Metal and industrial forging services are used when performance, reliability, and long-term cost matter, especially for safety-critical parts and demanding environments.
Unlike casting methods that rely on molten metal filling a mould, metal forging shapes material under compressive force, refining the grain structure and producing components with excellent strength and fatigue resistance.
For many industries, that mechanical advantage is the difference between “good enough” and truly production-ready.
Stronger, tougher components for demanding loads
Steel forging is widely chosen for parts that experience high stress, vibration, or repeated impact. Forged components typically offer better toughness and durability than equivalent cast parts, making forged steel a strong option for shafts, couplings, tooling, brackets, fasteners, and structural elements used in industrial equipment, transport, and energy infrastructure. If you need parts that can handle real-world loads and keep performing, forging is a proven route.
Better reliability and fatigue performance
Because forging consolidates the metal and aligns the grain flow, forged parts are often more resistant to cracking and fatigue over time. That’s why industrial forging is common for critical components where failure isn’t an option, helping reduce warranty risk, downtime, and replacement cycles.
Material flexibility for the right performance spec
A good forging company can support a wide range of materials to match the application, whether that’s forge steel for high strength, stainless steel forging for corrosion resistance, or aluminium forging where weight reduction matters. This ability to select the right metal, then shape it to a reliable geometry, makes forging a core capability within broader metals manufacturing.
Efficient production for repeatable, scalable parts
Modern forging process planning allows for consistent repeatability across production runs. With the right tooling and method, such as hot forging, die forging, or upset forging, companies can produce high volumes of parts with consistent properties, predictable lead times, and fewer defects than alternative methods for certain geometries.
Lower total cost over the part lifecycle
While forging can involve upfront tooling or setup, it often reduces total cost over time through longer service life, fewer failures, and less rework. Many forged components also require fewer joins or assemblies because the shape and strength can be engineered into a single piece, simplifying downstream manufacturing.
Ideal for industrial applications and harsh environments
From heavy machinery to processing plants and structural systems, industrial forging supports components that must withstand heat, pressure, corrosion, and mechanical stress. If your application needs durability, consistency, and confidence in performance, metal forging is one of the most dependable manufacturing routes available.
Forged blanks feed our automotive parts work and the heavier end of our fasteners and spacers range, where grain flow decides whether the part survives the load.