Custom Manufacturing & Fabricating

Custom Manufacturing & Fabricating info:

Custom manufacturing provides built-to-order parts, custom products, and select services, sometimes using specialized processes or equipment unavailable in standard production techniques. These processes create a significant amount of the components and machinery used in today's industrial marketplace. In principle, custom manufacturing also extends to many of the pre- and post-treatment services used to produce a finished item, such as grinding, which applies abrasives to remove excess material and shape a product to better fit its intended design. It encompasses a broad range of methods, and can involve both manual and automated controls.

Fabrication is another term used to designate a wide array of industrial procedures. Generally speaking, it is the shaping and forming of raw or processed materials to create a component. Fabrication can involve cutting, welding, casting, molding, extruding, as well as many other techniques used alone or in combination with one another. Custom fabricating can be a streamlined or multi-stage process, with computer-controlled or manually operated tools and machinery. Chemicals also play a role in numerous fabrication processes, ranging from material treatment to outright shaping.


The Basic Raw Materials Involved With Metal Fabrication
Metal fabricators have numerous standard raw materials at their disposal that can reduce cycle times and workflow. This guide discusses the various types of raw materials that are typically used in metal
Automated Systems Integrators
This article describes the role automated systems integrators play in assisting the control and automation industries. Tips for successfully working with an automated systems integrator are also offered.
How 3D Printing and Additive Manufacturing started from Rapid Prototyping Beginnings
Known by many names: additive manufacturing, rapid prototyping, 3D printing, rapid tooling--the three dimensional construction of models from design data have been used in industry since the late 1980s.
Industrial History: The History of the Steam Engine
This article outlines the history of the Steam Engine.

Click Here for more Custom Manufacturing & Fabricating Guides

White Papers

5 Contract Manufacturing Pitfalls That Delay Production Schedules.
Highlighting five of the most common risks OEMs must address when outsourcing assemblies to contract manufacturers, this paper states that, for execution to be timely and error free, EMS providers should have a process in place wherein experts review all incoming change requirements and have supporting documentation in place. Focusing on...
Metal Spinning = Cost Effective Metal Forming
Focusing on metal spinning as a proven technology for simplifying, streamlining, and reducing the expense of producing axially symmetric parts, this paper lists out the advantages of metal spinning over other processes to achieve substantial cost savings through low-cost tooling, increased material yields by using CNC controls, and reduction or...
Metal Spinning and Hydroforming - The Stamping Alternative
Explaining the metal spinning process, this paper reveals the basic characteristics of metal spinning lathes including CNC controls that bring higher levels of speed, precision, and consistency to the process. Covering "hot spinning" technique that is commonly used to fabricate pressurized vessels, it describes the tooling required and states...
5 Metal Spun And Hydroformed Items That Required Surface Finishing.
Including five examples of spun and hydroformed metal components fabricated by Helander Metal, this paper shows how each item is a combination of functionality and good aesthetics. Beginning with Hubcab, a replacement part for vintage automobiles, that is hard to find and expensive, it goes on to feature components made for furniture industry...

Click Here for more Custom Manufacturing & Fabricating White Papers