For sign manufacturing, one can consider unique wood engraving Perth or water jet cutting as an effective and innovative solution to deliver a message as intended. Whether creating a significant impact with a bold signage statement or creating a custom art piece, water jet cutting is an option to consider.
Water jet cutting Perth is a sheet metal fabrication process that cuts through nearly any material, whether soft or hard. In this cutting process, pressurising pumps deliver a high-pressure water jet that can cut through different materials.
A water jet cutting machine can provide water at three times the speed of the sound, creating a destructive force to cut almost any type of material, such as glass, steel, granite, marble, and timber. This cutting process is also an excellent solution that cuts through thermally sensitive or thicker materials.
Water jet cutting is a cold-cutting technology, and there will not be any heat-affected zone. As a result, even the workers or operators are safe along with the cutting process.
One of the benefits of water jet cutting is that it eliminates the chance of material distortion. The metal is not exposed to heat, which makes a clean-cut easier. There is also no chance of material distortion in cold-cutting technology such as water jet cutting.
The cutting quality of water jet technology is precise, and the finishing process can be self-sufficient. This cutting process also increases the overall efficiency and reduces cutting time.
For precision and accuracy in cutting metal parts, water jet cutting technology is an excellent cutting solution that one can consider. However, this cutting solution requires state-of-the-art equipment and skilled professionals to complete the process. It is crucial to be careful in choosing a company for cutting services.
Learn more about water jet cutting services and sign manufacturing with ArtCom Fabrication specialising in designing and manufacturing cost-effective signages, wide format printing, etching, engraving, acrylic, and metal fabrication.