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3D Printer for Engineering Sector

3D technology in printing is creating a niche in the industry as it reshapes product development and manufacturing. This advanced technology not only allows you to be innovative in designs but also gives you an excellent opportunity to choose the way you want to develop components and structures. Post the introduction of 3D printer in engineering sector; we have a great challenge in front of us to think about the way we design objects.

Mechanical Engineering

Mechanical Engineering3D printers have remarkably improved the speed of prototyping of products or complex machine parts, which is a crucial part of any mechanical engineering industry.

Advantages 3D printers offer in mechanical engineering:

  • This is the technology that is helping in bridging the distance between the virtual and physical and enabling the engineers to turn their designs into reality

  • Engineers have the opportunity to objects with the most complex internal structures that would be almost impossible using traditional methods

  • Eliminates the need to create specialized tooling, and the design can be easily altered

  • The technology gives you the facility of optimizing material composition in products to improve lightness

  • The 3D printing allows you to customize the product and make it adapt better to different atmospheric conditions, saving the expense of raw material

Traditional method Vs 3D printing

In traditional manufacturing, creating a tool involves a series of processes like forging, grinding, milling and assembly, along with the molds, jigs and fixtures. In contrast, 3D printing can create the same tool in a single operation, layer by layer without wasting expensive metals.

Electrical Engineering

Electrical EngineeringAs the 3D printing technology will change and develop so will the future of the electrical engineering.


Advantages 3D printers offer in electrical engineering:

  • With 3D printer, quick mounting points for switches and connectors on can be quickly created

  • The technology gives the freedom to create items from various blueprints using materials such as ceramic, plastic, glass and metal

  • This additive manufacturing technology has made it possible to create a wide range of strong electrical components with less material waste that are impossible to create using traditional techniques

Traditional method Vs 3D printing

Before the 3D printing technology, manufacturing custom enclosures for prototype boards was very expensive and also required machining from metal or plastic. The advantage with the 3D printer is that you need not wait and can get a strong, rigid and accurate case prototype in just few hours, ready for electronics.

Civil Engineering

Civil EngineeringThe 3D printing technology has completely revolutionized the way we build and see the world of construction.

Advantages 3D printers offer in civil engineering:

  • 3D printers have greatly reduced the cost and resources required to build a house, and with this, it has also revolutionized the field of affordable housing

  • It opens up a wide spectrum of possibilities for customizing the structure of an establishment actually, without even creating it first

  • Creation of the most complex buildings that are cheaper, stronger and more environmentally friendly as compared to those fabricated using standard construction materials and techniques

Traditional method Vs 3D printing

In traditional method, the engineers had to hand-craft the replicas of buildings that involved intensive time and labor. While, with the introduction of the 3D printing, with a few keystrokes, multiple copies of exact models can be produced in a fraction of the time.

Architectural Engineering

Architectural Engineering3D printing technology gives you a wide scope of architectural freedom which, so far was limited by the artisanal and very expensive techniques.

Advantages 3D printers offer in architectural engineering:

  • With the technology, the architectures can easily create pieces with more complex forms, emerging from the imagination without any requirement of expensive prefabrication formwork

  • 3D printing technology creates more detailed models that help clients to better visualize the final project

  • It also significantly reduces the time and expense in producing models with highly delicate details

Traditional method Vs 3D printing

In traditional method, creating architectural elements is difficult due to limitations of intensive time and labor cost. While with 3D printing, the architectures can transform their dream into reality in just a few hours, no matter how complex and detailed it is.

Molding Engineering

Molding EngineeringWith a physical 3D model, the engineers can have the better understanding of the concept and can easily identify the error if any.

Advantages 3D printers offer in molding Engineering:

  • Mold designers are able to create molds quickly from 3D printing

  • In cases where design changes are required, a new iteration of a mold can be created in-house at minimal cost

  • This technology ensures accurate mold design

  • Capable of building a wide range of molds in standard, engineering-grade and high-performance thermoplastics

  • The technology also gives you an excellent opportunity to create molds of tools amd machine parts with complex shapes and different layers

Traditional method Vs 3D printing

In comparison to traditional method, 3D printer allows you to create a prototype mold in few hours with less work of component fitting and assembly. With this technology, the mold makers are at advantage with complex geometry as that would be difficult in traditional tooling.




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