Since 1941, our experienced team has been used by industries that demand the highest level of accuracy and our products are used where there can be no allowance for mistakes, including the petro-chemical, medical, and aviation industries.

Allied Tools provides a full service solution with its two state-of-the-art abrasive water jet cutting machines. Our industrial abrasive water jet cutting tools excel at handling a wide range of materials, from soft substances to the toughest metals. We can cut mild steel, stainless steel, aluminum, copper, brass, and even exotic materials like titanium. Corrosion-resistant materials are our specialty. Our water jet is capable of cutting at very high and, with accuracy rated to approximately 0.005 inches and at depths of up to a maximum of 5 inches.

Abrasive water jet cutting is the preferred solution to deliver cuts with minimal burrs, and as water jet cutting does not use any form of heat during the cutting process, it leaves the metal edges without any heat deformation and allowing material composition to remain unaltered. It is also ideal when complex patterns, irregular shapes, or high volume production of the same shape is required.

Our highly advanced abrasive water jet machines are computer controlled and are operated by our highly trained and experienced engineers and technicians who are capable of producing a diverse range of shapes with exceptional accuracy and tolerance, suitable for a variety of applications. Each requirement is planned meticulously to ensure maximum utilization of the raw materials, reducing wastage, costs and providing maximum return on investment and our water reclamation systems reduces water loss and further reduces overall production costs.

Advantages of abrasive water jet cutting include:

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• High cutting accuracy

• High positioning and contouring accuracy

• No heat / thermal impact providing no change in material structure

• Low load / cutting force leaving no burrs on material edges

• High surface quality

• Reduced wastage / Optimal material usage

• Minimal secondary finishing