Waterjet cutting

HOOTON'S WATERJET CUTTING  PROCESS

waterjet cuttind head

 The hair-thin waterjet operates 80,000 psi  can quickly cut metals,gaskets, foams, plastics and thin rubber.The design of water jet tools is extremely simple and efficient water is pumped into a nozzle where it is mixed with an abrasive material. Usually, the water pumping part falls in the area of ultra-high pressure pumps, which can deliver pressures between 40,000 psi and 80,000 psi. The abrasive material is made of a mixture of grit and other additives, such as garnet and aluminum oxide, although water jet cutters can be used without the abrasive compound when slicing through soft solids.

As the water-abrasive material mix exits the nozzle of the device at speeds of up to 1440 kilometers and impacts the surface of the material that needs to be cut, it basically starts stripping tiny bits of matter away from it at high speeds, creating what we observe as a cut in the material.

  Although abrasive waterjets are ideally suited for tough, and lucrative, applications such as titanium, Inconel, brass, tool steel, glass, stone or composites, the most commonly cut materials include aluminum and steel.Cutting and piercing delicate glass works is not a problem with waterjet technology. From cutting of intricate stained glass to piercing holes in glass.The abrasive waterjet cuts any stone or tile, without a change in tooling. It can drill, or 'pierce', its own starter hole. It can pierce holes in most materials without any special consideration. With this option, even the most delicate glass, stone or tile can be pierced. The abrasive waterjet does not impart any heat or surface stress onto the stone or tile. Therefore, the material retains original appearance and strength.

 
paser ecl head 320 - 250
4 m x 2m cutting area
Cutting tolerances of +-0.2 mm

2 tonne lifting capacity


Stainless and Mild steel

0.25mm to 150mm thick

Brass and Copper cutting
0.5mm to 250mm thick

Wood and MDF cuutting
1mm to 250mm thick

Aluminum cutting

0.5mm to 250mm thick

 

gears 320 - 240

 a beam waterjet

Universal Beam

 a 20 mm plate waterjet

20 mm Mild steel plate

 Lead 200 - 292

Lead

 plastic - tufnull 245 -187

Tufnul & Plastics

 cutting head 760 - 752

 curved gear 260 -270

Curved Gear

Why use waterjet cutting

 
Wide Range of Materials – We can machine a wide range of thickness and materials such as hardened stainless steel, Inconel, hastalloy, ceramics, glass, stone, and marble to soft materials such as rubber, foam, composites, laminates and plastics.
Minimal Deburring - Edge finishing of waterjet machined parts have a smooth sandblasted finish with no rough edges, slag, burrs or jagged edges. The as-cut edge finish for abrasive water-jet is ideal for metals that require secondary welding operations.
No Thermal Distortion - Unlike other cutting techniques, heat is not generated during water jet machining. As a result, abrasive waterjet is ideal for metals that are deformed by heat such as titanium and low melting point materials such as plastic and rubber.
Complex Shapes - Ideal for cutting complex 2-dimensional shapes and some 3D shapes using our 3-axis head. Small diameter holes are also possible.
No tool changing - A wide range of conventional processes can be performed with this single tool allowing us to provide rapid delivery to our clients:
Abrasive Water Jet vs. Milling - Rapid clean-up, faster and easier programming; ability to machine a wider range of materials ranging from brittle hard materials to soft, 'gummy' materials; no tool change-out.
Abrasive Water Jet vs. EDM - Much faster and therefore less expensive machining; process non-electrically conductive materials such as plastics, glass, ceramics, and stone; does not require pre-drilling pilot holes; no heat-effected zone; capable of processing larger parts.
Abrasive Water Jet vs. Lasers - Abrasive jets do not cause thermal distortion or require post cutting heat treating; lower capital equipment cost reducing machining price; ability to process reflective materials; no scale on edges reducing clean-up cost; no potentially dangerous fumes are generated using abrasive waterjets; ability to cut thicker materials.
Abrasive Water Jet vs. Plasma or Flame - No thermal distortion or heat effected zone; no scale on edges reducing clean-up cost; cut wider range of materials including plastics, foams, and rubber.

HOOTON UK LTD

Longwood Road,Corringham Road industrial estate

Gainsborough,Lincolnshire,DN21 1QB

Tel: +44 01427 617889,Fax: +44 01427 617731

sales@hootonuk.com