Machining
Our precision machining activities commenced in the 1960’s and we have been producing high quality, safety critical parts for the energy and defence sectors ever since.
Support & Service
24 hrs a day 365 days a year
24 hrs a day 365 days a year
01229 826029
St Andrew’s Machining
SN-Group is a sub-contract precision machining company, operating from a modern facility with a range of CNC and manual machines which cater to the needs of our customers. Specialist in the manufacture of complex machined components at low to medium volumes.
CNC or Conventional options
- CNC milling and turning centres (Hurco and Mazak), supported by conventional machines for bespoke componentry.
- Components can be manufactured from a wide range of materials, including: Brass, Stainless Steels, Copper, Phospor bronze and Plastics.
Design or ‘build to print’ options
- With the benefit of internal design team, SN-Group is able to design the components you require using 3D modelling software.
- Should you require a more simple ‘build to print’ service then we are more than happy to discuss your requirements and delivery timescales.
10,000 sq.f Machining facility
- CNC lathes – max chuck diameter 250mm x 1m turning (max through chuck diameter 65mm)
- Manual lathes – max chuck diameter 500mm x 1m turn length (max through diameter 165mm)
- CNC milling centre – bed size 1321 x 508mm, max load 544kg
- Vertical borer – 1500mm table with 600mm Z travel
- Horizontal borer – 1500mm table with 600mm Z travel
- CNC band saw
CAD Modelling
- Latest CAD-CAM software
- Create solid 3D models from 2D engineering drawings
- Production of complex toolpaths for 3D surfaces
- Reduced cycle times through streamlined machining operations
Machining Control and Traceability
Information
- All products submitted with documentation packs
- Vast experience in manufacture with ‘EU’ materials
- Able to handle 3.1 or 3.2 material requests
- Internal material numbering system to support material traceability
- Counterfeit material policy in place
- Stainless and carbon steel segregation