States Engineering in Indiana has the finest quality Water Jet Cutting Indiana equipment including the OMAX 120X JetMachining Center. This series is one of the largest OMAX bridge-style machines and features the high precision Intelli-TRAX® linear drive technology designed exclusively for the abrasive water jet environment.
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CUSTOM MANUFACTURING CAPABILITIES
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Custom Fabrication and Machining
States Engineering’s in house steel fabrication capabilities cover all aspects of fabrication from intricate tight tolerance weldments to repeated jig and fixture weldments. Our personnel, with many years of experience in steel fabrication include, metal inert gas welding (MIG), tungsten inert gas welding (TIG), and stick welding, brazing, and silver soldering can provide a finished product to meet any industry requirement.
Industry News
The basic metal casting process
The basic metal casting process involves creating a pattern and a mold, then pouring molten metal into the mold. You will then extract the solid metal casting and finish your piece. This process is customizable […]
Cutting Process Options: Fiber Laser vs. Water Jet
Laser cutting is faster and moreenergy-efficient than plasma cutting for thin or medium-thickness sheet metal,most commonly steel or aluminum. In the past, laser cutting has not beenpossible for thicker stock, but today’s higher-wattage machines (7kw […]
How Does Waterjet Cutting Work?
CNC (computer numerical control) waterjet cutting machines have become extremely popular for 2D cutting of flat plate, even in heavy plate applications such as steel service centers, equipment manufacturers, and fabricators. Some of the key […]
Pros and Cons of Waterjet Cutting
There are a couple critical attributes of waterjet cutting that set it apart from traditional technologies such as, machining, laser, plasma, EDM wire cut, etc. Cost SavingsOne of its most prominent attributes if the fact […]
How Metal Water Jet Cutting Works
Waterjet Cutting is a Sheet Metal Fabrication process where a high-pressure jet of water is used to perform cuts in a metal sheet.This process differentiates itself from Plasma Cutting and Laser Cutting mainly because it […]
Back to the Basics of Molten-Metal Management
All iron melted via conventional techniques contains free-oxygen atoms. The amount of free-oxygen contamination varies depending upon the melting method and materials melted, but some free-oxygen atoms always exist. Free-oxygen atoms are detrimental to the […]
Materials Used In Castings
Casting is broadly defined as the process of forming a substance into a specific shape using a mold, and metal casting employs a variety of casting materials and metals to create the molded end product […]
MOULDING SAND: PROPERTIES AND TYPES OF MOULDING SAND
The Moulding sand is also known as foundries sand, this sand is commonly used for making moulds. Natural sand located on the bed and banks of rivers gives a larger source, although high-quality silica sand […]
Defining the Green Foundry Challenge
All iron melted via conventional techniques contains free-oxygen atoms. The amount of free-oxygen contamination varies depending upon the melting method and materials melted, but some free-oxygen atoms always exist. Free-oxygen atoms are detrimental to the […]
Die Casting Process Types
Die casting is a popular manufacturing process for the casting of metal products. There are two main die casting process types and several variations in process design. When molten metal is forced into mold cavities […]
