3D Printing: Changing the Future of the valve Manufacturing Industry

Additive manufacturing, also known as 3D printing, is likely to change the production of physical goods, including actuators and valves, in the same way the internet drastically replaced the business and information mode. It is now easy through 3D to produce goods at places where they are required rather than where work costs are very low.

The challenge of business is to find the most cost-effectively viable fit of processes and products while maintaining safety, standard and design standards essentials to the end use.

The technologies

The 3D process can either outcome in a finish product so that it qualities as direct production, or it can outcome in a product or mold that needs heat, assembly or finishing, which means its considered indirect production. Within each of these common production types, different technologies are used. Following are the best production technologies and KP-LOK Valve applications in which they can be applied:

Computer numerical code

CNC is cast machining of metal or polymer parts to refine shape or surface finishes or to get tighter tolerance. CNC machining is incorporated into a hybrid addictive producing process that gathers laser processes with a machining process. The chips manufactured by the machining process can often a size that permits them to be mechanically recycled into the laser process.

Binder jetting

Binder jetting is a instrument that shares a power layer onto a manufacture platform. A liquid connecting agent is used via inkjet print heads to bond combine that particles. The manufacture platform is then decreased and the next powder layer is laid on peak. By repeating the procedure of laying out fine particles and  connecting, the parts are build up in a bed powder. Materials used contain ceramic, metal, plastic, and sand which made both molds and parts.

Vat photopolymerization

This is a procedure in which a pre-deposited photopolymer is a holder. This makes cross connection of connecting polymer chains. This procedure is generally used in dental appliances and medicine such as mouth protectors.

Powder bed fusion can be used with plastic or metal

This is a layer-additive process using a laser to generate complex geometries, functional parts and end-to use production parts. Stainless steel tubing valves and fittings

3D Printing: Changing the Future of the valve Manufacturing Industry

Sheet lamination

In sheet lamination, metal or plastic, sheets of papers are fused combine with glue, fasteners or heat welding to make parts.

Directed power deposition

This is a process where thermal power is applied to fuse stuffs by melting as the stuffs are deposited. Powder and wire materials are used, which are fused using electron or lasers beams. This procedure is effective for adding specs to already produced parts and for repairs.

3D printing advantages

The main benefit of AM over more conventional producing processes for valves is that the need to generate a number of parts using different techniques is eliminated. With AM, the full valve can be generated by the same technique so no assembly is required. This is possible because 3D processes can produce perfect, complex geometries and intricate internal passages.

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