Social Innovation Camp Caucasus 2010

We are all well aware that manufacturing and construction are never ending processes. As long as the world exists, there will be construction of some kind and manufacturing of some kind of products. In turn, as long as these two processes exist, there will be welding and fabrication. With more and more buildings erected each day and countless numbers of products manufactured, the demand for the welding & fabrication technology professionals is very high. At the moment, there is actually a shortage of skilled welding labors. Many huge firms are looking for talented welding and fabrication technology professionals today. These firms consider welding as an art and hence they are ready to pay good salaries for skilled Welding & Fabrication Technology professionals.

The quality of welding and fabrication work entirely depends on the skills of the professional. Though there is a huge demand for Welding & Fabrication Technology professionals, the big firms are looking for highly skilled labors. Welding & Fabrication Technology is a career that needs top-notch training to develop the skills you will need. The main advantage of getting trained in Welding & Fabrication Technology is that your career scopes are not confined to any specific industry. Welding & Fabrication Technology are required in the processes like bridge building, laying cross country pipelines, underwater welding and fabricating equipment in exotic materials such as titanium. For this reason, the career option in Welding & Fabrication Technology is unlimited.

Where do you get trained to develop unmatched skills in Welding & Fabrication Technology? With the huge increase in demand for Welding & Fabrication Technology professionals, many Associate Degree programs have spawned today. Today, it will be confusing to find the best Associate Degree program to learn the sophisticated technology of Welding & Fabrication Technology. However, there is something really special with the Welding & Fabrication Technology associate degree programs in the Pennsylvania Trade Schools. One of the main advantages of getting trained in the Pennsylvania Trade School is that the skills and degrees earned in Welding & Fabrication Technology through the Pennsylvania Trade School are valid in any Country. Therefore your career options will not be restricted within a state. You can seek career opportunities on Welding & Fabrication Technology in any state if you are trained in a Pennsylvania Trade School.

Getting trained in the best associate degrees programs for Welding & Fabrication Technology will make you prepared to develop new skills to meet different challenges. This will help you to boost your career growth.

Cadillac Michigan is home to one of the premiere welder/fabrication firms in the Midwest. The structural steel fabrication team at Cadillac Fabrication has over 27 years experience taking care of customers and meeting their most stringent needs. A powerhouse in the fabrication of all types of heavy equipment including structural steel, custom trailers, power plant equipment and processing tanks, you can count on Cadillac Fabrication to deliver the beam, column, stairway, deck, platform, mezzanine, or other ornamental or visual project required.

The Cadillac Fabrication team is highly skilled from top to bottom. Any difficult design and engineering challenges are well met by their top design and engineering team. Fabrication and assembly is done by the AWS qualified welders and fabricators. They can complete structural steel fabrications in several different metals including aluminum as well as stainless steel. Cadillac Fabrication is ISO9001 certified for top quality process control and delivery of a quality product to their customers.

Abrasive blasting and coatings like red oxide primers, enamels, urethanes, epoxies, and even galvanizing are also available from Cadillac Fabrication. They can easily accommodate finishing for any project with lengths up to 60 feet with no additional special requirements.

Difficult transportation challenges are not a problem for Cadillac Fabrication. Your structural steel fabrication project can be shipped anywhere it is needed as Cadillac Fabrication specializes in tough shipping challenges. They were awarded the U.S. Department of Commerce award in March 2008 for Achievements in International Exporting. If their international shipping experience can win awards, you can imagine what they can do in the domestic U.S.

Anyone with structural steel fabrication project requirements for architectural or ornamental fabrication needs that include custom coatings or finishing, and shipments to any location should call Cadillac Fabrication. Their entire team, from the design engineers to the experienced fabricators, welders, assemblers, and the Quality Control staff, work together to ensure the completion of every structural steel fabrication order to precisely match customer’s requirements on time and on budget.

Granite is widely used in homes and offices and for building monuments. It is the stone used to make countertops, flooring, and decorative paneling. Granite is extracted from quarries and is in a rough form. Granite fabrication is the process of converting this rough stone into a smooth finished product in the required sizes.

Granite rock is a light colored, coarse-grained igneous rock. It is one of the hardest rocks and can withstand the vagaries of nature to a very good extent. The stone itself consists of quartz, feldspar, mica and traces of a wide variety of minerals. When the igneous rock cools it form crystals. Slower the rate of cooling bigger will be the size of the crystals. These crystals give the granite rock its wide varieties of designs.

Before the granite fabrication process starts the rock has to be extracted from the quarries. Some of the countries renowned for their granite quarries are Italy, United States of America, France, China, Brazil and Spain. The type of granite will depend upon the place from where it is extracted. Quarries are on the outskirts of major cities or are positioned in high mountains. Granite is quarried and cut into blocks of sizes ranging from 5 x 5 feet onwards. These blocks are then taken to fabrication plants.

Granite fabrication starts once the raw blocks arrive at the plants. Special tools and machinery is needed for granite fabrication and has to be carried out by very skilled professionals. The blocks are cut into slabs or tiles. Usually the tiles are cut into standard sizes of 12”x12”, 16”x16”, 18’’x18’’ or 24”x24”. The thickness of the tile will vary from 3/8” to ¾”. For a slab the size is usually 9′x5′ and the thickness is ¾” or more. The cutting machines have a special type of fast rotating saw, which cuts into the granite. The saw has to be constantly cooled, by spraying special coolant liquids.

The Block saw, Gang saw or the Diamond wire saw is used to cut the blocks into slabs. Then the Bridge saw is used to cut the slab into the shape, which is desired. Now a new type of machine is available which uses water jets combined with an abrasive material, to cut edges and holes smoothly and quickly.

Once the cutting is over, the polishing starts in the process of granite fabrication. The slabs or tiles are put through huge polishing machines with multiple heads that rotate at high speeds. These heads are pads covered with special abrasive compound bricks or discs. This polishing process will smooth out any roughness and will add a natural shine on the surface of the granite. These machines can produce different types of finishes. From a mirror shine finish to a flamed, tumbled or hammer finish is possible.

After the polishing, there is the routing process in granite fabrication. Routers are machines used to create the required edge profiles on the slab. These machines can also cut designs for larger slabs used in fireplace mantles. For countertops the machine can provide a standard or a highly decorative edge.

There are lots of items that get used every day that we tend to overlook. You need to look closer at the steel construction of buildings like churches, schools, and fire departments. The huge steel girders blend into the background, so they are quite easy to miss.

Metal surrounds us in our daily lives. Metal comes in many forms – it can be made into cars, trucks, homes, or businesses. It can also include smaller scale works of art created by local artisans in their own workshops, using only a minimal number of tools. Metal fabrication is part of everyone’s lives. Metals, such as steel and iron, are very strong and considerably more stable than wood for building. This article will be quite helpful for those who do not know much about metal. In it we will go over the main points of how metal is fabricated and also go over the process involved in fabrication.

What does it mean to fabricate metal?

Summarily, the practice of transforming stock metal forms into a desired product is called metal fabrication. There is the same basic kind of fabrication needed for a metal salad bowl or a multi-ton bridge girder. Metal fabrication includes a range of processes including metal cutting, forming, welding, bending, and finishing.

How many different metal fabrication methods are available?

The three most common types of metal fabrication are structural, commercial, and industrial. Structural fabrication involves the manufacturing of components for buildings and bridges. The construction of processing and support equipment for industry is known as industrial fabrication. Most of metal items bought by consumers are produced by commercial metal fabrication.

How do you actually cut the metal?

There are two different processes that can be used to cut metal. The material can be removed to create the cut or it can be sheared, in which very sharp blades are pressed against the metal. Shearing is applying high pressure to thin areas until the metal breaks. This process is very consistent and the result resembles that of a giant pair of scissors. The following are common methods used for metal removal: abrasives, electric arc, laser, or torches. These are all standard ways to cut metal. Cutting torches and abrasive wheels are used most commonly in the fabrication industry because they are easy to use and transport. Plasma tables, laser cutters, water jet beds, and other types of stationary equipment are much less common, but can produce impressive results with incredible tolerances.

What school would you have to attend to learn how to work with metal fabrication?

Certified learning centers and on-the-job training are the two most common types of instruction for metal fabrication. Either way, a person is required to show adequate knowledge of relevant skills before obtaining work in the fabrication industry. There are many regulatory agencies that control quality for metal workers. Skills for welders are regulated by the American Welding Society (AWS). The skills and practices used in steel construction are defined by the AISC or the American Institute of Steel Construction. The techniques used by the oil pipeline and gas industry are under the watchful eye of the API or the American Petroleum Institute.

As in a majority of industries, metal fabrication starts with design, the place where the final product is initially conceived. Engineers check that the materials used are of the required strength when needed. The building design is sent to the fabrication company and the items needed are bought. Depending on the design, the materials are usually cut, shaped, and welded into the object wanted. Before the order leaves the facility, the order is reviewed very carefully to make sure the materials match what the company ordered.

There you have it. You are now equipped with all the information that you need on metal working.