Manufacturing of full catalyst assembly systems is all done at our fabrication & assembly centre. All components can be manufactured in-house by our fabrication team who can produce fully finished systems within short lead times to enable a fast-efficient supply of development & proto-type parts.
One of our main strengths when it comes to Catalyst assemblies is our ability to be able to perform the catalyst canning operations internally using our custom-made canning machinery & tooling which in many cases can cause delays in production as this is a process which for a lot of companies has to be outsourced. Our workforce has a huge amount of experience in the catalyst canning process & are always available to provide detailed knowledge in this area.
Todays Catalyst assemblies have to incorporate some of the most difficult & challenging design packages due to the limited space that is available in most modern vehicles. Our team of engineers & fabricators work hand in hand with our customers to achieve their design requirements in the most productive & efficient way possible.
Initial discussion of client’s requirements and initial design.
CAD implementation to iron out design features and potential issues.
Engineers complete any tooling and CNC preparation.
Components are manufactured through machining and welding processes.
Item is fabricated through careful assembly process.
Product quality testing and sign-off following completion.
Steeleson Engineering is an exhaust system manufacturing company that specialises in creating fully-functional prototypes that can be used in transport and power generation systems.
Our impressive list of clients relies on our experience and skill, but the most highly-valued element of our service is our ability to complete the most difficult and complex of engineering challenges.
We supply a variety of different sectors including automotive, commercial vehicles, plant machinery, motorsport, power generation and many more.
This includes everyone from aerospace and motorbikes to racing cars and power generation.