How does 3D printing bring a paradigm shift in the manufacturing world?


How does 3D printing bring a paradigm shift in the manufacturing world?

Authored By: SDI Plastics

The world around us is changing. With the development of 3D printing technology, we are approaching a technological tipping point that many believe may usher in a new industrial revolution. For example, 3D printers are becoming more prevalent today for industrial and personal use. They’re used to make medical gadgets, pharmaceutical items, electronic components, and car and aeroplane parts. They are even used on construction sites and in various high-fashion and culinary industries.

In the manufacturing industry, 3D printing is bringing a paradigm shift

This technology assists businesses in various ways, whether in industrial manufacturing, automotive, aerospace, or healthcare. 3D printing, in particular, has the potential to cut product development time and waste, build in efficiencies and cost savings, whilst enabling on demand production. Additive manufacturing is more adaptable, efficient, and sustainable than traditional procedures. It constructs structures by layering materials like plastic, metal, and glass. As parts may be produced on demand, there is no need to have large stocks on hand. Instead, it provides greater versatility, efficiency, and long term sustainability than traditional techniques.

Plastics may be used to 3D print nearly anything, including prototypes, manufacturing, anatomical models, and more. Choose a plastic material and 3D technology to achieve the desired results. Our 3D printing materials are designed to look and feel like a variety of engineering plastics, elastomers, and composites, and to meet your specific application requirements for flexibility, durability, stiffness, toughness, stability, clarity, look and feel, biocompatibility, temperature and water resistance, and more.

COVID-19 opened up a world of possibilities for online 3D printing

The global manufacturing supply chain was severely impacted when COVID-19 was at its peak. Factories were shut down, and emergency components were in short supply. It’s here that online 3D printing comes in handy. As a result, we exclusively employ 3D printing and prototyping to define the vision before production. It adds efficiencies, reduces costs, and shortens the product’s production lifespan. 3D printing technology will disrupt practically every major industry as it advances and the way people live, work, and play in the future.

Manufacturing procedures help to reduce errors and omissions by providing end-to-end and speedy design communication. Furthermore, because a 3D printer can produce several parts simultaneously, it allows for improved resource use and faster turnaround times.

3D printing has provided new prospects for a variety of businesses. Automotive businesses, for example, can now generate small batches of personalised parts, while medical device companies can now 3D print patient-specific implants and surgical equipment.

Choosing a suitable material for 3D printing

Appropriate material selection is a natural stage in the 3D printing process. Is this some plastic-carved gardening equipment or a plastic-carved automotive instrument? Because there are so many possibilities, it’s essential to choose wisely.

Learning about the many types of materials is one approach to beginning your trip into the realm of 3D printing. When creating a 3D print or prototype, a realistic approach is expected. To help you with your process, ensure you have an understanding of what works and what doesn’t work so well. One should not overlook the physical qualities like melting points and other considerations, which will ensure that the material’s and final product’s constraints are recognised.

Metals and resins in 3D printing: the future is here

Previously, printing technology was used on plastics only, but now3D printers can now print with various materials, such as metals and resins. Nowadays, we find additional options, as they can now print things with more sturdy and long lasting materials in multiple colours and textures, giving them a more professional appearance. Manufacturers may now experiment with diverse printing applications and materials thanks to modern 3D printing design services. As a result, if they wish to change the material, they may do so without having to redo the entire product.

Manufacturers get more agility thanks to 3D printing

3D printers enable manufacturers to be more agile in the market by allowing them to build items fast and efficiently. For example, if a corporation wants to make last minute alterations to its product, a 3D printer can help. Because printers do not require any special tools or molds, they are highly adaptable.

Furthermore, because 3D printers are getting more affordable, small firms may now afford to purchase one and begin creating things for their consumers. As a result, traditional production processes can not provide this flexibility.

What is the purpose of prototyping?

Prototyping is an ongoing process where design teams turn abstract concepts into concrete forms, ranging from paper to digital. To capture design concepts and test them on people, teams create prototypes of varying degrees of quality. You can modify and validate your designs with prototypes so that your company can release the right products.

SDI Plastics offer a wide range of prototyping services

Prototyping allows you to test, iterate, and develop your design concept to build your new product early in the manufacturing process. Prototyping a product can be expensive and time consuming, but 3D prototyping, also known as fast prototyping, allows you to iterate quickly.

It’s time to wrap things up!

3D printing technology is a godsend to the manufacturing industry, and it is ushering in a revolution. It provides greater versatility, efficiency, and long term sustainability than traditional techniques. However, getting started with manufacturing processes is now easier than ever. 

SDI Plastics is a full service plastic injection moulding firm specialising in product design and development, prototyping, toolmaking, manufacturing, packaging, and distribution of high quality goods in Australia and across the world. 

To explore your options with 3D prototyping in the manufacturing industry, contact SDI Plastics at (07) 3807 8666 and connect with our expert team who can assist. Our specialist consulting teams provide end-to-end business solutions, ensuring that our customers receive personalised support and care throughout their journey.

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