Suspension Assemblies
Fraser-made suspension assemblies live up to the highest expectations for road safety and comfort. They are precision-produced for consistency and fit.
High-performing suspension assemblies start with top-quality tubular parts. To ensure a consistently tight fit, tubes need to be laser cut, precision bent, and robotically welded – three areas where Fraser Steel excels. As a leading suspension assemblies manufacturer, few fabricators can match Fraser’s automated capabilities in these critical areas.
Fraser sets high production standards for its tubular suspension assemblies. It understands that any part variation, however slight, can compromise the quality of the ride or the safety of the passengers. It strives for zero-defects by physically inspecting 100% of its bent parts and adhering to ISO 9001 international quality standards.
Tubular Suspension Parts, Components & Assemblies
To control quality and costs, Fraser Steel produces most tubular suspension component parts in its tech-intensive fabrication facility. Fraser-made components include:
- Tubular control arms
- A-arms
- Swing arms
- Trailing arms
- Sway bars
- Torsion bars
Request a quote for precision suspension assemblies. Contact our team and start working with the “SWAT Team of Tubing!”
FAQs
What specific suspension components can Fraser Steel manufacture?
As a full-service tubular suspension assemblies manufacturer, we produce a wide variety of critical components on-site, including:
- Control arms and A-arms
- Swing arms and Trailing arms
- Sway bars and Torsion bars
By producing these parts in-house, we maintain total control over both the cost and the quality of the final assembly.
How do you ensure the safety and fit of your suspension assemblies?
We understand that in suspension manufacturing, even a slight variation can compromise road safety. To ensure a perfect fit, we combine laser tube cutting, precision bending, and robotic welding.
Why is robotic welding important for tubular suspension assemblies?
Robotic welding is ideal for parts that face constant stress and vibration. This automation ensures that every suspension assembly meets the same rigorous strength requirements, providing consistent road comfort and structural integrity across high-volume production runs.