FDM is the short form for fused deposition modelling. FDM 3D Printingis mainly the supplement manufacturing method where different layers of materials are being fused in a certain pattern to create the object.
Interesting facts to know about the FDM 3D printing
The FDM 3D printer mainly takes the plastic filament. This is then squeezed through the hot end, then melting the same and then depositing the same in layers on the printing bed. These layers are being combined, building up through the print, and ultimately they will form a finished product.
Different types of materials are being used in FDM techniques. This mainly includes the common thermoplastics, pastes, chocolate, and even a few “exotic” materials like metal or wood-filled thermoplastic.
Different uses of the FDM 3D printing
FDM 3D printed segments are mainly used in some of the product development applications. This type of printing is also used in additive manufacturing applications because of the durability of the parts.
The parts produced in this type of printing are mainly suitable for comprehensive functional prototypes, substantial manufacturing tools, and low-volume manufacturing. This type of technology is mainly used in some industries like medical, aerospace, architecture, consumer goods, andautomotive. These are some of the below ways in which FDM 3D printing mainly works:
The 3D printer mainly uses the raw material layer after layer along the 3 axes i.e X, Y, and Z-axis. So, the 3D printer’s accuracy mainly depends on the minimum distance at which the nozzle can travel vertically. The least the distance it can move, and the more the points along the sinusoid can capture, the better is the accuracy. The choice of raw material also plays an important role in achieving dimensional stability.
Some of the common FDM materials
The FDM materials can range from:
- Commodity thermoplastics like PLA as well as ABS
- Engineering materials like PA, TPU, as well as PETG
- The high-performance thermoplastics like PEEK and the PEI
Some of the materials used for 3D printing, like PLA, ABS plastic, polyamide (nylon), stereolithography materials (epoxy resins), steel, glass filled polyamide, silver, titanium, wax, polycarbonate, and photopolymers.
Benefits of the FDM 3D printing to know about
There are different ranges of FDM printers that are mainly available in the market.
- The raw material for the FDM 3D printing is not expensive. This is durable and also maintains dimensional integrity.
- There are wide choices of raw materials, which are available.
- These FDM 3D printing are affordable.
- This is also having a low turnaround time.
FDM is mainly a great 3D printing option, especially for beginners for its simplicity and inexpensiveness. FDM 3D printers mainly provide high value for the money and are popular in India and around the world. These are some of the facts to know about FDM 3D printing.