Composite fabrication
Swift TG Solutions offers composite manufacturing services, specialising in Carbon Fibre Reinforced Plastic (CFRP) and Glass Fibre Reinforced Plastic (GFRP). These materials are developing at a rapid pace and are now widely used throughout most engineering environments due to the unique properties they can provide. Strong, yet light, making it an ideal solution for a number of industries, most notably the automotive, aerospace, marine and energy sectors.
Metal FabricatioN
Swift TG Solutions has a wealth of experience in providing metal fabrication parts for the Oil & Gas industry - a service and skill that is transferable to a host of other industries.
We specialise in Advanced Separator Internals Solutions (ASIS), which helps Oil & Gas producers increase production for existing process trains or provide more compact and light weight equipment for new developments. More about ASIS...
We specialise in Advanced Separator Internals Solutions (ASIS), which helps Oil & Gas producers increase production for existing process trains or provide more compact and light weight equipment for new developments. More about ASIS...
Additive Manufacture (3D Printing)
Swift TG Solutions offers Additive Manufacturing services.
Additive Manufacturing is the collective term given to the production of parts that are built up by the application of many layers. Originally this applied to parts manufactured in plastics but now there are many more materials including metals through DMLS. Typical processes for non-metallic parts are SLA, FDM, MJM, 3DP and SLS.
With the ever evolving need for lighter and aesthetic components conventional machining and moulding technologies become limiting. AM is a way that some of these limits can be removed. It is also an ideal method to rapid prototype components in order to check them for functionality and to convince customers and investors as to what the final product will look like, and be capable of. On a number of projects Swift TG Solutions has used metallic and non-metallic AM both in the prototyping stage and the final product stage.
Topology optimisation is gaining in popularity, which is a methodology to strip out all unwanted material from a component to reduce the weight by optimising load paths. This can lead to a proposed form that will not be possible to be manufactured by more conventional means. AM can remove some of these limitations, although not all.
Additive Manufacturing is the collective term given to the production of parts that are built up by the application of many layers. Originally this applied to parts manufactured in plastics but now there are many more materials including metals through DMLS. Typical processes for non-metallic parts are SLA, FDM, MJM, 3DP and SLS.
With the ever evolving need for lighter and aesthetic components conventional machining and moulding technologies become limiting. AM is a way that some of these limits can be removed. It is also an ideal method to rapid prototype components in order to check them for functionality and to convince customers and investors as to what the final product will look like, and be capable of. On a number of projects Swift TG Solutions has used metallic and non-metallic AM both in the prototyping stage and the final product stage.
Topology optimisation is gaining in popularity, which is a methodology to strip out all unwanted material from a component to reduce the weight by optimising load paths. This can lead to a proposed form that will not be possible to be manufactured by more conventional means. AM can remove some of these limitations, although not all.