Posts Tagged ‘3d printing’

3D Printing and What It Can Offer

3D printing has been offering the world with so many benefits that are evident in the fields of business, medicine, engineering, etc. If you are wondering if this technology can really deliver and be beneficial of help for your business, here are some of its benefits.


The traditional ways of prototyping production and injection mold tools are very expensive. The use of a 3D printer is an affordable option to create tools and parts through additive manufacturing at a rate that is much cheaper than ordinary machining.

Mitigate Risk

When building a project, you can print your test prototype before you invest in a costly molding tool. With this, you can always redesign or change your existing mold if needed.

Fast Production

The traditional prototype manufacturing needs machining and tooling. You need to spend money for the labor of people and should purchase some expensive equipment.

Also, the whole process may take weeks to be completed. The worst part here is that your first prototype is not your last. This means that you have to redesign it and even experience the same kind of struggle again. It might be difficult to build a good kind of business with traditional prototyping since a lot of time is being wasted. Everybody from the owner right down to the client is likely to get frustrated when they have to wait for the design to be prototyped.

But when using 3D printing, the process will just take a few hours. If you make it today, you can expect it to be done in the morning.


Industries are using mass-production when manufacturing their products. Meaning, all products are using the same mold and will come out with the same design and shape from the assembly line. This makes it difficult to achieve something that is unique.

The use of three-dimensional will allow you to personalize almost anything by tweaking a part of your prototype, thus catering to your needs.

Easy to Produce Shapes and Structures

The old manufacturing method greatly relies on mold and cutting technologies in order to produce the desired shape. In the past, adding holes that can change direction, square interior cavities, or unrealistic overhangs are not easy to achieve.

Varied Materials

Mixing raw materials is not really ideal for mass-production processes as it can costly. Aside from this, the chemical and physical properties are hard to combine in the old methods.

Better Quality

If you try to make something and follow the steps accurately, you are likely to end up achieving the perfect results. But if you are new to it, though you may have the results, it might be lacking in some areas. But the use of a 3D printer will definitely offer the expected perfect results.


More people are not having access to the technology. In fact, there are 3D pens today that is capable of producing the same results as that of the printer. The only difference is that the user would have to maneuver the nozzle with the hands.

Given such progress, it will now be possible for people to create the product they need, whenever and whenever they are.


3D Printing Sydney: Trend to Expect this 2019

Last year, 3D printing has quietly solidified as an industrial and commercially viable manufacturing technology. With all the development across materials, hardware, and software in 2018, 3D printing Sydney or also known as additive manufacturing has been an integral part of the manufacturing process. Given such an impressive year, what can we expect from 3D printing this year 2019?

Polymer printing will expand

In 2018, a great deal of attention has been given on metal 3D printing. The focus on such type of printing in the last few months meant that the expansion of polymer segments is often overlooked. But, the key developments last year indicated that polymer three-dimensional printing will be emerging as an important segment in the industry.

Given the right polymer expertise and a wide existing client base, more companies are expected to have an expansion of polymer segment of 3D printing Sydney materials this year.


Software will be a must for 3D printing operations

Together with hardware and materials, software will be an integral element in the development of industrial additive manufacturing operation. Last year, the importance of software for different aspects of the AM process has been seen already from design or simulation to workflow management, and in security.


Post- Processing will be more automated

At present, post-processing is still considered to be one of the least optimized stages of additive workflow. This means that steps should be taken in order to change this. 2019 is set to bring in more automated post-processing solutions for 3D printing.

Today, most of the post-processing operations are manual process which needs skilled operators. Using manual process to manage the post-processing stage could greatly increase production cost and lead time. If 3D printing is to move forward towards serial production, there would be a pressing need to automate the post-processing operations. Considering the latest developments, it would seem that 2019 will be paving the way for such.


Standardization will be helpful in the advancement of 3D printing

The development of standards for additive manufacturing would be a key driver for 3D printing, especially that the industry is becoming more mature. Unlike with traditional manufacturing which tool centuries to develop standardized processes, methods and materials for production, additive manufacturing remains to be in the early stages of the journey.

This year 2019, we can expect to see governments to play a significant role in shaping the standardization, as well as the regulatory landscape for additive manufacturing.


3D printing will be smarter and become more connected

As this industrial world moves towards becoming more autonomous, agile and connected manufacturing, three-dimensional printing industry is set to follow suit. This year, we can expect to see more companies to take the risk and unveil new solutions that are aimed at taking 3D printing a step further towards connected and digital factories.