Computers truly are an amazing invention. They’ve revolutionized everything from business to the way we meet new people. You can use a computer for almost anything, from accounting and personal banking to dating, shopping and even watching TV shows. A modern business can also receive a long list of benefits through its reliance on computers. One very impressive example of this is is the role computers can play in cutting manufacturing costs.

For instance, factories can reduce the cost of manufacturing by automating various activities. Manufacturers in a number of different industries are also able to reduce their expenditure through a process known as design optimization. Design optimization is best or most easily illustrated using laser cutting technologies as an example.

For example, let’s look at a comparatively busy laser cutting business that makes specialty parts and components from sheet metal. The company might choose to cut manufacturing costs by using specialized programs that will organize their materials and designs in such a way that it will save them a ton of money. For instance, a wide range of software packages are available including CAM (computer assisted manufacturing), MRP (manufacturing resource planning) and also ERP (enterprise resource planning). These will organize upcoming projects, assess them for the materials needed, make sure that the supplies are on site and ready to use, and get to work using the laser cutter to cut most of the component parts in one single event. For example, this might see just one piece of sheet metal moved through the machinery and used to create parts for 4 or 5 different jobs at the same time, and the system will have reviewed and arranged all of the pieces in line with the program for design optimization.

This more cost-effective approach will significantly reduce the costs of manufacturing because it enables you to manage several jobs at the same time and in one single cutting procedure. Don’t forget – any good CAM program would allow the laser to be trained to respond in particular ways throughout the cutting process, and this means barcodes and ID numbers can be etched into each component to help staff identify what job they belonged to. Most laser cutting machines are also capable of handling “nested” cuts which involve stacking a number of sheets of metal into the machine, and then instructing the laser to follow common cutting lines identified in one plan. The programs used to cut the costs of manufacturing will usually present such opportunities and alert you to the needs of the specific job.

One additional way in which design optimization can be put to work to lower manufacturing costs is to depend upon the appropriate programs and computer systems to make sure that all products are manufactured with as few component parts as possible. This is actually something which is very controllable and which can allow manufacturers to guarantee the quality of their products whilst also keeping their own production costs to a bare minimum. This will be very important in an industry like laser cutting as a decent program will assess designs and display the best cutting methods and manufacturing process for any specific job.

Marc Anderes is the Vice President of Operations of Maloya Laser that is dedicated to Metal Manufacturing and Laser Cutting with advanced laser systems, for machinery, aerospace, medical, scientific and transportation requirements.