Aerospace: Our waterjet machine can cut any known materials including
composites, laminates, plastics, rubbers, castings, forging, aluminum,
stainless steel, hardened or tool steel, exotic alloys, heat sensitive
materials, as well as synthetics that may release harmful vapors
when cut using other methods. Popular aerospace applications are
the cutting of brackets, mounts, tooling, instrument panels, various
We accurately produce parts for products that are sold on the retail
market, as well as many of the parts used to make the machines on
Automotive & transportation:
Prototyping and production parts for automobiles, and the tooling
for making automobiles, trains, ships, motorcycles.
Model making/rapid prototyping:
Fast turn around of single or limited quantity production of nearly
Stained glass, marble and stone, metal sculpture, jewelry, and more.
Our main service is customer satisfaction. Waterjets
and Abrasivejets are becoming the new standard for precision cutting
worldwide because it is fast, flexible, precise and capable of cutting
even the hardest of materials found on earth.
A few of the popluar uses for water
Metal Stamping, Tool and Die Makers:
Eliminate tooling costs on short run items by having them waterjet
cut. Hard to stamp materials are no problem for the waterjet. Save
time and money by jetcutting stripper plates instead of wire EDM.
Architectural and Interior Design:
Custom flooring, countertops, backsplashes and more from marble
and stone, as well as architectural details from different types
The waterjet is capable of cutting any material in any contour from
your CAD file with beautiful results. Sign logos and fonts will
be reproduced with complete accuracy.In addition it could be utised
for amenities, hotels, shops, shopping centres, public areas, parks,
stations, walkways, car park, hospitals and any public buildings
whereas domestic applications can be driveways, foyers, bathrooms,
kitchens, pool surrounds, entertaining areas.
|Advantages of waterjet cutting over
other cutting methods
• Optimize material yield
• Process multiple layers with many type of materials
• No thermal effect on sensitive materials
• No mechanical stresses induced during cutting
• No heat build-up in part
• Parts processed from customer supplied CAD files,
drawings or even the part itself
• Combines the cutting and machining operations into
• Omni-directional cutting permit complex shapes
How thick can the material be?
Virtually any material can be cut, from 0.010” to 4”
thick, and in some materials even thicker up to 150 mm thick can