Computer aided manufacturing (CAM) is the use of computer software to control machine tools and related machinery that are used in various industries with the purpose to manufacture work pieces.
CAM is very common today; it may also refer to the use of a computer to assist in all the operations in a manufacturing plant which also includes planning, management, transportation and storage. The main role of CAM software is to make a speedier production process and segments and tooling with more exact measurements and material consistency, which sometimes, utilizes just the required measure of crude material, while at the same time decreasing energy consumption.
Use of CAM in Various Industries
With the use of NX CAM software a factory can become highly automated, through the systems such as real-time control and robotics. A NX CAM software generally controls the production process in a factory through varying degrees of automation. As each of the various manufacturing process in a NX CAM system is controlled by computer, it helps to easily achieve a high degree of precision, achieving which is not possible with a human interface.
Below here you can read about the use of CAM software in various other industries
Aerospace Industry: Aerospace manufacturing is totally depended on reliable precision, flexibility and speed. From parent organizations to producers, suppliers all involved require CAD/CAM software to satisfy the increasing demands of industry.
Transportation Industry: Success in the transportation industry thoroughly relies upon reliable precision, adaptability, and speed. The transportation market requires design innovation consolidating effectiveness and dependability and in addition style. In this way to accomplish this CAD CAM software is utilized.
Computer aided design (CAD) CAM software gives a scope of solutions which combine effective 3D design with stimulation to ensure optimization of size, weight and execution.
Fashion Industry: CAM is used at various stages in apparel and textile industry.
A large portion of the designing and range planning is as yet done by the purchaser or the proprietor of the brand, as it is easier for them to comprehend the particular needs of their objective market. In any case, today with the utilization of CAM software this has changed to some degree with various makers enabling merchants to dabble a bit in designing, in view of their particular contributions to terms of colors, yarns, textures, prints, outlines and so on.
History of the CAM software
CAM evolved from the innovation used in the Computer Numerical Control machines that were utilized as a part of the mid 1950s, which included the utilization of coded instructions on a punched paper tape and could control basic assembling capacities. CAM is a consistent expansion of that thought, as it takes into consideration an entire arrangement of manufacturing functions to be controlled all the while.
The systems basic role is to accelerate the production process of various segments with more exact measurements and material consistency. Now and again, Computer Aided Manufacturing (CAD) utilizes just the required measure of raw material, along these lines limiting waste and decreasing energy utilization.
CAD Progressive Die Design Software
Starting with a sheet metal outline, the CAD progressive die design software application in NX guides you through the greater part of the stages required to build up a dynamic die, spilling complex procedures and automating tasks of remarkable time savings.
NX’s strip format and scrap design tools enable you to quickly set up the strip layout. You can specify the strip details and movement of design stages utilizing a streamlined work process. You can likewise simulate the manufacturing of the strip to ensure proper ordering of stations.
NX empowers you to design the die base assembly and die inserts for formatting and punching operations. You can efficiently and associatively design forming and punching tools.
NX gives built in part library that incorporates the catalogs of most suppliers. Adjustable die base libraries, standard part libraries and insert group libraries facilitate the die structure design.
NX progressive die design software maintains the associability with the part plan through the entire die design process, precisely controlling part configuration changes through all die components. The associability with the part model empowers you to quickly refresh design changes.