How Has Manufacturing Changed with the Digital Age?

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How Has Manufacturing Changed with the Digital Age?

In our digital age, constant updates and advances in technological research, as well as ever-evolving changes and improvements in digital technology and the resources available to us, continue to translate and result in the rapid progress, advancement, and development of manufacturing techniques, protocols, and processes. To this day, this continues to transform, evolve and change in line with these technological advances which are aided and guided by the rise of digitalisation of manufacturing and other technology.

But what are the key and most important updates and changes to manufacturing processes and protocols? And what significant improvements can be made to the delivery and execution of manufacturing projects? And perhaps more importantly, what are the implications of these advances in digital technology, and their implementation in terms of manufacturing going forward?

Use of Improved, More Advanced, and More Superior Technology – Resulting in Increasingly Efficient and Improved Manufacturing Processes

Recently, there have been several advances in digital technology which have had a significant impact on the efficiency and improved delivery and execution of manufacturing processes. These advances in digital technology have included the development of 3D Laser Scanning, 3D Modelling, and 3D Printing.

3D Laser Scanning

3D Laser Scanning is a digital technology that uses state-of-the-art laser scanners to capture digital images, representations, and digital records of relevant objects or structures such as buildings or even landscape locations. Importantly, 3D scanning services in Melbourne have played a large and important role in advancements in and improvements to the Australian manufacturing industry in particular. They have achieved this by assisting manufacturing companies in Australia to better conceptualise and understand landscapes, objects and structures relevant to the delivery of their manufacturing projects.

3D Modelling

Using the digital data captured from laser scanning, 3D Modelling then transfers the information to be rebuilt in a digital, computerized form – essentially creating a 3D digital model of the object or structure that has been laser scanned. This is especially important in assisting with manufacturing either exact lifesize copies, miniature replicas, or even enlargements of the object or structure in question.

3D Printing

3D Printing is an extremely cost-efficient method of manufacturing, thanks to its precision and ability to digitally create and replicate complex shapes out of various materials including plastic, metal, sands and rubber. In manufacturing, 3D printing is most commonly utilized to produce and create display parts, spare parts for machinery, and moulds that can be used for various purposes – including dentistry, or even the production and manufacture of jewellery.

Reduced Manufacturing Costs Thanks to the Use of Advanced Digital Technology – Resulting in Vast Improvement in the Execution and Delivery of More Cost-Efficient Manufacturing Projects

Because digital technologies such as 3D Laser Scanning, 3D Modelling, and 3D Printing are significantly more cost-effective to use than traditional manufacturing methods, the rise of digital technologies in manufacturing essentially reduces the overhead costs usually associated with the execution and delivery of manufacturing projects. Importantly, by reducing overheads and producing and manufacturing items more cost-efficiently, manufacturers not only save money by using digital technology, but they are also able to produce more items more cheaply, meaning their manufacturing business becomes more lucrative, essentially making them more money.

More Rapid Completion of Manufacturing Projects Due to Increased Efficiency and Speed of Delivery when Utilizing Digital Technology Over Traditional Methods

Digital Technology also increases the speed with which manufacturing projects can be completed. For example, a traditional method in a jewellery manufacturing factory, for instance, may include hand production of jewellery items. However, by using 3D printing to create and produce digital moulds for jewellery parts, jewellery pieces can quickly, speedily and rapidly be created, produced and manufactured – resulting in a faster turnover and production rate, and in turn, more items can of course be manufactured more quickly. This is undoubtedly a better and faster way to work than with traditional jewellery production – where jewellery pieces are each painstakingly crafted by hand, which can be time-consuming and costly for the manufacturer.

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