What is Fabrication?
Fabrication is used to describe
the many processes that take a raw material and manipulate it into a finished
product. This term is industrial and the finished products are generally used
to build machines or structures. Various forms of metal are the most common materials
used for fabrication, but other materials such as plastics and composite
materials may also be used.
The fabrication process involves
a lot of planning in order to be successful. Computer programs are beneficial
to removing much of the time needed to figure out small details and speed up
the processes necessary to take raw materials and turn them into an end
Fabrication is a vital part of the manufacturing process
and virtually all manufacturing companies rely heavily on fabrication to create
What is Large
Large fabrication is the
production of larger and heavier products. The size of these products may limit
the number of companies that are able to handle the production. The shops that
are equipped to handle large fabrication have the equipment on hand to handle
larger materials as well as the space necessary to accommodate the additional
Large fabrication will typically
include a number of the following processes to achieve the desirable results:
Assembling – this is used to
join various pieces of material. The most common types of assembling processes
are different forms of welding.
Bending – tools are used to
bend the material into the desired shape.
Machining – one of the most
important elements of fabrication. Machining involves the use of a cutting tool
to remove unwanted material and is essential to finishing the project. Common
types of machining processes include turning, boring and milling.
The Importance of
Machining in Fabrication
Machining is a vital element to
fabrication because the processes effectively alter raw materials and apply
necessary finishes. Machining equipment has evolved from conventional methods
to new automated machines that can run with minimal supervision. Computer
Numerical Controlled (CNC) machining equipment improves on conventional
machining methods by automating the processes while greatly improving precision
for cutting and introducing repeatable accuracy for volume production.
New technologies are making machining processes even more
efficient and intricate. The introduction of 5-axis machining equipment
bringing new levels of precision while reducing labour and tooling costs. This
means even tighter tolerances and reduced costs for large fabrication projects.
Large Fabrication You Can Trust
When you have a need for a large
fabrication project, it pays to find a company with the expertise, equipment
and facilities necessary to handle it. Choose a company with excellent services
and a proven track record of high quality products in the following industrial
areas where large fabrication is most prevalent:
These companies will have strict
quality control guidelines in place to ensure the highest quality products are
manufactured under tight deadlines. This means that the finished product will
be exactly the same as the product you asked for.