SSSIG offers various types of manufacturing processes as mentioned below.

Machining is a term used to describe manufacturing that uses a wide range of techniques and technologies. It can be defined as a technique through which a material is removed from a work                                      piece by the use of a power driver machine tool in order to give it the desired shape or design. Most metal parts or components require some form or the other of machining during the process of manufacturing. In fact, other materials such as rubbers, plastics or other paper goods may also be fabricated through the common process of machining.

Different Types of Machining Tools
There are quite a few types of machining tools which are used in the process of machining such as:

Boring Tools: They are generally used quite often as a finishing equipment to make the holes larger which have been cut into a material previously.

Cutting Tools: The basic examples of cutting implements are shears and saws. These are used for cutting the material such as sheet metal into dimensions or into desired shapes that are predetermined.

Drilling Tools: This consists of a two-edged rotating device which is able to create round holes which are parallel to the axis of the rotation.

Milling Tools: This uses a rotating cutting surface that has quite a few blades for creating unique designs or for cutting non-circular holes into the material.

Turning Tools: These forms of tools are able to rotate the workpiece on to its axis as a cutting tool creates its shape. The most common type of turning tools or equipment is the Lathes.

Types of Burning Machining Technology
The burning or welding machines use heat for shaping a workpiece. There are quite a few of the common burning and welding machining technologies such as:

Laser Cutting: The laser machine emits high energy and a narrow beam of light that is able to vaporize, melt or burn a material. Nd and CO2: YAG Lasers are generally one of the most popular types which are used in this machining process. This laser cutting process is ideal for creating patterns into a piece of material as well as for shaping steel. The benefits it has include extreme cutting precision as well as high-quality surface finishes.

Oxy-Fuel Cutting: This is also known as “gas cutting” and this form of machining uses a mix of oxygen as well as fuel gases to cut away and to melt the material. Acetylene, hydrogen, gasoline, and propane are used often as gas media because of their high flammability. The benefits of this method are that there is low dependence on the primary or the regular sources of power, there is also a high level of portability and it also provides the ability to cut thick even on hard materials which include sturdy and strong steel grades.

Plasma Cutting: The plasma is able to torch a fire into an electrical arc that can transform the inert gas into plasma. The plasma reaches very high levels of temperatures and is applied to a workpiece at quite a high level of speed to melt away the material that is unwanted. The process of plasma cutting is used quite often on the electrically conductive metals which need a cut that is precise in width and requires the least amount of prep time.

Computerized Machines: The first few computerized machines were developed back in the 1940’s and the 1950’s and they relied on a common telecommunication system of data storage technology that was known as the perforated paper tape or the punched tape but within no time this technology became obsolete as it transitioned into the digital computer processing systems