Automotive Metal Pressings 

Automotive Metal Stamping Suppliers 

With over 70 years of manufacturing experience, we have provided custom springswire forms, and pressings to the automotive industry, delivering our products worldwide. Vehicles depend on reliable, high-quality components for safe operation, whether it’s motor springs or torsion springs. 

At every stage of our spring manufacturing process, we conduct thorough quality checks to ensure our products are robust enough to withstand the demands of automotive use. 

Why Select Us For Automotive Components?

Whether it’s absorbing shocks, maintaining tyre grip on the road, or improving stability through high-speed corners, springs and pressings are the unsung heroes of many vehicles’ performance. Here’s why professionals in the automotive industry choose us: 

  • Industry Expertise & Experience: We’ve collaborated with leading automotive manufacturers and bring decades of specialist knowledge to every project. 
  • End-to-End Supplier: Unlike many suppliers, we manage the entire process — from design to manufacturing and finishing —under one roof to streamline your supply chain. 
  • Custom-Made Components: Our skilled engineers specialise in precision-built, tailored components and can assist even if you’re not sure what’s required. 
  • Premium Materials: Automotive springs and pressings must be made from dependable, high-performance materials. We offer top-grade options that meet the sector’s rigorous standards. 
  • Certified & Quality Checked: We’re ISO 9001-certified and adhere to the highest quality standards. 

What Are the Applications of Springs and Pressings in the Automotive Industry? 

From race car springs to motor springs, both springs and pressings are essential in a range of automotive applications: 

Used in suspension springs to absorb impact and deliver a smoother driving experience. 

Found in many areas, such as doors, bonnets, and boot lids, torsion springs provide the necessary rotational force. 

Used in engines, valves, and other assemblies to absorb and resist compressive loads. 

Common in car interiors, such as seat belts and handles, which offer resistance when stretched. 

Critical in internal combustion engines, which helps maintain valve timing and optimal performance. 

Flat springs are found in various automotive components, including braking systems and fuel injection systems, helping provide flexibility and support. 

Pressed components include essential vehicle parts such as frames, panels, bumpers, and brackets, which contribute to safety and structural integrity. 

Get a Quote Now

With over 70 years of expertise across a variety of industries, we’re a trusted partner to the automotive sector, producing high-quality, durable, and dependable products. 

Whether you require a custom, one-off solution or a large-scale production run, we’re here to help. Request a quote or browse our spring catalogue to find details on specifications, materials, and more. 

Frequently asked questions

Why Are Pressings Used In Automotive Body Manufacturing?

Once the design is approved, press machinery can produce stampings quickly and consistently, helping to keep production lines efficient. Pressings are also made from strong materials to shield vehicles from corrosion, impact, and exposure of internal components. 

Springs serve multiple roles in vehicles, including: 

  • Shock absorption 
  • Supporting the car’s weight 
  • Maintaining a consistent, stable ride height 

Coil springs, especially compression springs, are the most widely used today, commonly found in vehicle suspension systems. 

Automotive parts require durable metals, though the exact material depends on each component’s function. While frames, bodywork, and engines often use steel springs and pressings, lighter parts may use aluminium to reduce weight. 

We provide a variety of surface treatments to enhance corrosion resistance, durability, and appearance, tailored to each part’s role and location in the vehicle. Options include coating, galvanising, painting, and plating.