FDM, or fused deposition modeling, is an innovative 3D printing technology implemented across diverse sectors. Similar to other 3D printing processes, FDM creates an object layer by layer, which makes it an additive manufacturing technology. With high-end precision and the ability to fabricate intricate geometries, FDM is used to produce fully functional parts.
FDM 3D printing service is ideal for experimental projects and high-performance engineering parts and prototypes. Over the years, fused deposition modeling has undergone numerous developments, making the process more sophisticated and precise. As a result, today, FDM is globally preferred to manufacture end-use products in several industries.
This article is a guide to acknowledging the major benefits of FDM 3D printing. But before we begin, let’s understand the basics.
How Does FDM 3D Printing Work?
For FDM 3D printing, thermoplastic polymers are used. The process involves the following stages:
- A CAD file is created based on the 3D design of the desired object.
- The printer is loaded with filament that moves to the extrusion head.
- The extrusion nozzle is heated to the melting point of the filament.
- The molten filament then deposits on the build platform per the 3D design.
- The liquid material cools and solidifies, and the build platform lowers for the next layer.
- When the process completes, the support structures are removed to extract the solid object.
Generally, the FDM printing service produces parts with excellent surface finish and does not require post-processing until there are specific requirements.
Why is FDM 3D Printing a Preferred Choice?
FDM 3D printing proposes myriad benefits, making it a popular choice across various industries. So, what are the advantages of FDM 3D printing?
- Sophisticated Manufacturing- It is often difficult to manufacture parts possessing intricate design complexities. You cannot imagine doing it manually! Thanks to FDM! No matter how complex a design is, you can achieve it effortlessly through fused deposition modeling. The technology manufactures objects with utmost precision suitable for end-use.
- Improved Durability- The parts obtained from an FDM 3D printing machine are lighter and more durable. It means that the product weight is reduced, though there is increased performance efficiency. Hence, FDM parts are often used in aerospace research.
- Eco-Friendly Process- The material wastage in FDM 3D printing is minimal. It uses 90% of the raw material, contributing to efficient resource management. So, with less wastage, you can ideally call it an environment-friendly manufacturing technology.
- Endless Customizations- FDM can print anything you imagine! The designs are not restricted to complexities. Additionally, the process allows you to make customizations on demand without bearing extra expenditure. In other words, FDM gives wings to your innovative ideas!
- Material Versatility- FDM 3D printing materials can range from thermoplastics to reinforced compounds. You can choose from an extensive array of materials that will meet your product requirements.
- Fast Production- The lead time is much less compared to other manufacturing techniques. It means that you can produce large-scale products in much less time.
Thus, the inevitable benefits of FDM 3D printing ideally make it one of the predominant manufacturing technologies.
