AMS Waterjet Profiling

At AMS Waterjet Profiling, we provide a high-performance, cost-effective, and environmentally friendly precision waterjet cutting service. Our precision waterjet machining is suitable for a wide range of materials including all ferrous and non-ferrous metals, laminates, plastics, stone, glass and ceramics.

Our services include:

  • Maximum material yield and minimal waste
  • Prototypes to volume part production
  • Cutting table – 3m x 1.5m
  • Working to a tolerance of + or - 0.05mm depending on material
  • No heat affected zone during cutting
  • Most advanced (and regularly updated) software
  • Quotes can be supplied directly From .DXF Files
  • Cutting virtually any material up to 200mm thick, TAPER FREE
  • For an instant quote, please email your DXF file to sales@amswaterjet.co.uk
  1. Cutting Services Polyurethane

    Cutting Services Polyurethane
    At AMS Waterjet, we utilise our OMAX JetMachining centre to cut virtually any material up to 200mm thick and to a tolerance of + or - 0.05 depending on material, taper free. With the precision and accuracy provided by our in-house OMAX machines, together with the most advanced (and constantly updated) software, AMS Waterjet offers a high performance, cost effective, and environmentally friendly service.
  2. Cutting Services PVC

    Cutting Services PVC
    With the precision and accuracy provided by our in-house OMAX machines, together with the most advanced (and constantly updated) software, AMS Waterjet offers a high performance, cost effective, and environmentally friendly service. Waterjet cutting technology is one of the fastest growing major machine tool processes due to its versatility and manufacturing ease. There are virtually no limits to what waterjets are capable of machining.
  3. Cutting Services PVC Sheet

    Cutting Services PVC Sheet
    AMS Waterjet, we utilise our OMAX JetMachining centre to cut virtually any material up to 200mm thick and to a tolerance of + or - 0.05 depending on material, taper free. With the precision and accuracy provided by our in-house OMAX machines, together with the most advanced (and constantly updated) software, AMS Waterjet offers a high performance, cost effective, and environmentally friendly service.
  4. Cutting Services Reflective Signs

    Cutting Services Reflective Signs
    An important benefit of using water jet cutting is the elimination of thermal stress upon the structure of the material being processed. We are specialists in subcontract water jet cutting and can work with free issue material or provide a full supply service. This cold-cutting operation is ideal for cutting metals as it prevents the hardening or warping that often occurs during conventional cutting processes. Aquajet uses OMAX abrasive water jet cutting technology to accurately profile simple to complex shapes in virtually any metal
  5. Cutting Services Rubber

    Cutting Services Rubber
    With the precision and accuracy provided by our in-house OMAX machines, together with the most advanced (and constantly updated) software, AMS Waterjet offers a high performance, cost effective, and environmentally friendly service. Waterjet cutting technology is one of the fastest growing major machine tool processes due to its versatility and manufacturing ease. There are virtually no limits to what waterjets are capable of machining.
  6. Cutting Services Sign

    Cutting Services Sign
    At AMS Waterjet, we utilise our OMAX JetMachining centre to cut virtually any material up to 200mm thick and to a tolerance of + or - 0.05 depending on material, taper free. With the precision and accuracy provided by our in-house OMAX machines, together with the most advanced (and constantly updated) software, AMS Waterjet offers a high performance, cost effective, and environmentally friendly service.
  7. Glass Precision Machining

    Glass Precision Machining
    Our five axis water jet is equipped with an articulated jet, which can cut at angles ranging from 0° to 60°. As well as cutting virtually any profile with no limitations in geometric flexibility, it can easily create countersinks, weld ready edges and unique 3D parts. Due to the precision angular motion it is capable of a high level of positioning accuracy, resulting in parts that do not require secondary finishing. We accept drawings directly in CAD formats but have the ability to translate other formats if more convenient.
  8. Laser Cutting Services CNC, Titanium

    Laser Cutting Services CNC, Titanium
    AMS Waterjet offers a highly professional and diverse range of abrasive and non-abrasive water jet cutting services. Regularly working with industries including automotive, aerospace, architectural and medical - AMS boasts over 25 years' experience servicing local and regional customers using our advanced OMAX technology, enabling us to achieve the most efficient and precise Waterjet machining
  9. Lettering Profile

    Lettering Profile
    Regularly working with industries including automotive, aerospace, architectural and medical - AMS boasts over 25 years' experience servicing local and regional customers using our advanced OMAX technology, enabling us to achieve the most efficient and precise Waterjet machining. From Precision Engineering, Stone & Tile cutting to Architectural Profiling, AMS guarantees a high performance, cost effective, and environmentally friendly water jet cutting service.
  10. Machining Services CNC, Brass

    Machining Services CNC, Brass
    At AMS Waterjet we use OMAX Jetmachining Centres which enable us to produce the most cost effective yet highest quality precision engineered parts. High-pressure waterjet machining complements other cutting technologies including EDM and laser and our JetMachining Centres enable us to provide an efficient, accurate, flexible and fast cutting service. There are many advantages of using precision waterjet cutting technology: AMS Waterjet provides a cold cutting/stress free process - which means no melting, hardening, changing of properties or heat distortion of the material The process can remove many challenges normally associated with conventional machining and many industry sectors are now realising the cost and time advantages