Know about the different types of 3D Printed Resin

Are you planning to get the 3D print design in resin? Do you want to know about the technology behind 3D printing in resin? If yes, then this article would help you to learn about the different types of resins you can choose for your 3D print design. Gone are the days when people used to design something on a piece of paper as people nowadays prefer using 3D printing technology for preparing designs for various businesses.3D printed design helps your products to give a feel and look and it becomes easier to analyses whether the product design needs any change or not. You can find a number of companies that offer the 3D design services in India, but you need to learn about the different types of resins for 3D printing.
How 3D printing in resin works?
The 3D printing is done in a huge tank which is filled with liquid resin. For starting the process, the UV-sensitive liquid polymer layer is spreadabove the platform. A UV laser is applied on some specific parts of the liquid to harden them. Only, the part where laser beam strikes gets hardened and rest of the part remains liquid only. So, the process is repeated again and again until the whole model gets prepared. Before availing the 3D printing design services, it is necessary for you to know about the different types of resins that are used for 3D printing.

Following are the five different types of 3D printed resins:

i) Gray resin:
Smoother than all other types of 3D printing material, the Gray resin is also called as Prime Gray. Much easier to paint, its standard finish mainly comes in the Natural Gray shade. Apart from that, gray resin also has nine different colors to choose from and those colors are blue, white, green, black, yellow, gray, orange, brown, and red.

ii) Standard resin:
Standard resin is a kind of resin that offers the amazing quality at comparatively lower prices so that anyone could afford this type of resin for their 3D print design. Being translucent, the standard resin is smooth in touch and can be easily painted.

iii) Transparent resin:
As the name suggests, transparent resin allows you to print the design in the transparent form. Water-resistant by nature, transparent resin makes it possible to create smaller models of a high-quality and transparent surface. It is ideal for those type of models that either requires a smooth surface or a transparent appearance.

iv) High-detail resin:
The high-detail resin does not make use of stereo lithography, rather it makes use of the 3D printing technology, known as Poly Jet. Typically ideal for the small models that require finely-detailed visuals. To build the 3D design using this resin, Poly Jet prototyping technology is used. It works by jetting ultra-thin layers of resin onto a building tray. This process has to be done layer by layer until the model gets completed.

v) Mammoth resin:
If you are looking to design models with the limited functionality, then this type of resin is ideal for you. The main benefit of using Mammoth resin is that it allows you to print design in a variety of sizes. There is no such freedom of design as you need a structure for supporting the models at the time of printing.

Are you looking for a transparent material or a smooth material for your 3D model? Whatever material you are looking for, you can choose any kind of resin that is ideal for that model. Make sure to read about the different resins before you plan to avail the 3D design services in India.

Everything You Should Know About CNC Machining and Aluminium Die Casting Products

Mechanical engineering is the discipline that applies engineering, physics, and materials science principles to design, analyze, manufacture, and maintain mechanical systems.

It is considered one of the oldest and broadest of among all engineering disciplines. In mechanical engineering, we often come across the terms ‘CNC machining and aluminium die casting.

These terms in fact, have a close relationship with many products we see in our daily lives.

CNC Machines

CNC Machining is a manufacturing process that involves the use of computers to control machine tools. Tools that can be controlled through this manner include the likes of lathes, mills, routers and grinders. The term CNC (as in ‘CNC Machine’) stands for ‘Computer Numerical Control’.

On the surface, it might look to you like a normal PC controlling the machines, but it’s more than that. In fact, it involves the use of sophisticated computer software and control consoles to complete the difficulty tasks in an effective manner.

An example of a high-tech factory heavily involved in this manufacturing process is the Engtek Group based in Penang, Malaysia.

Die Casting

To create an accurately dimensioned, sharply defined, smooth or textured surface metal parts, the engineering industry adopts the manufacturing process called ‘die casting’.

In this manufacturing process, molten metal is forced into reusable metal dies in a high pressure environment to create the finished products. Experts described this process as the shortest way that separates between raw materials and finished products.

In addition, the term “die casting” is also commonly used to refer to the finished part.

Pressure Die Casting

Pressure die casting is considered one of the most cost-effective, fast and reliable processes in manufacturing for high volume production. This process consists of injecting a molten metal alloy into a steel mold, or a tool in a high pressure environment.

The amazing fact of this manufacturing process is that the finished part will get solidified immediately (from milliseconds to few seconds) to form a net-shaped component that is required.

CNC Machining and Die Casting are two of the most important parts in mechanical engineering and each of them play an important role in the manufacturing industry. The process involves producing a huge number of both large and small objects that we will use in daily life.

It’s not exaggerating to say that if an object contains parts, it is sure produced under the process of precision machining.