Waterjet Cutting available in the South of England from ICEE.
Waterjet Cutting available in the South of England.
Water jet cutting, also know as waterjet cutting or water sawing, is a flexible process of cutting virtually any material using a jet of water at high pressure, or a mixture of water and an abrasive agent.
In many sitations during fabrication and manufacture, waterjet is the preferred method of cutting in applications from mining, through to telecoms and aerospace, where it is used for cutting, shaping carving and reaming.
The key benefit of the water jet cutter over other cutting types is the ability to cut material without interfering with the materials structure as there is not heat-affected zone.
ICEE's fabrication department utilises one of the most
up-to-date waterjet cutting systems in the UK and offers a fast, efficient sub-contract cutting service.
The capability to cut intricate shapes utilising cold
cutting techniques that are without thermal influences, heat distortion,
edge hardening or heat effected zones of virtually any materials.
Cutting Capacity:
4000mm x 2000mm x 200mm thickness
We can allow for tight nesting and reduced scrap - saving you money through greater material utilization.
The benefits of waterjet profile cutting:
No heat-affected zone (HAZ), distortion or mechanical stresses
Quick set up times - express service available
Automatic engraving option
No restriction on cutting polished or reflective materials
Reduces or eliminates secondary cleaning operations
No tool costs
Intricate designs are easily created with very high accuracy
All machining undertaken within a single set up
Material-saving production due to reduced cutting width and tight nesting
Providing cutting services for many different industrial sectors including:
Precision engineering
Shipbuilding
Automobile and automobile supplies industries
Aircraft and spacecraft industries
M.O.D. & defence
Construction and interior decoration industries amongst others.
The range of materials that can be cut efficiently by water jet is almost limitless, however the following provides a brief guide to just some of those included:
| Metals |
Composites and Plastics |
Additional Materials |
| Aluminium |
Acrylic Carbon Fibre |
Armour Plate |
| Bonded Material |
Ceramics |
Bulletproof Glass |
| Boron |
Fibreglass |
Cardboard |
| Brass |
Foam |
Ceramic Tile |
| Bronze |
Graphite |
Expanded Metal |
| Cast Iron |
Kevlar |
Glass |
| Cobalt |
Linoleum |
Granite |
| Copper |
Mylar Laminates |
Honeycombe |
| Exotic Alloys |
Neoprene |
Limestone |
| Hard Facing |
Nylon |
Marble |
| Hastalloy |
Printed Circuit Board |
Porcelain |
| Inconel |
Plexiglass |
Quartz |
| Iron |
Polycarbonate |
Slate |
| Magnesium |
Polyethylene |
Silicon |
| Nickel Alloys |
Polymers |
Terrazzo |
| Niobium |
PVC |
|
| Stainless Steel |
Rubber |
|
| Steel Alloy |
Silicone |
|
| Steel Hardened |
Teflon |
|
| Steel Hot Rolled |
Thermoplastics |
|
| Steel Mild |
Urethane |
|
| Steel Tool |
Vinyl |
|
| Tantalum |
|
| Tin |
|
|
| Titanium |
|
|
| Tungsten |
|
|
| Wrought Iron |
|
|
| Zinc |