IEMAI 3D Printing Pellets
IEMAI 3D Printing Pellets allows you to have an excellent printing experience; with our guidance in pre/pro-processing, using our IEMAI 3D FAST-JET Series Printers, the pellet will be able to outperform well and provide you with an amazing experience and performance for your parts or prototypes.
All 3D printing filament starts out in pellet form – small granules of plastic – so why not skip the long strands and print directly with the raw material?
Let’s go and get it.
High Efficiency, Low Cost, Recyclable
Cost Saving: Pellets can cost 65% to 90% less than filament of the same plastic.
Faster Print Speeds: Nearly 100 times greater material throughput is possible compared to FDM printers.
Larger Print Sizes: 3D printed furniture and large objects is often only economically feasible with cheaper materials and faster print times.
Custom Composites: You can easily add dyes, additives, and reinforcement fibers to the mix to create custom composite plastics.
Environmental Benefits: Everyone will be chopping up their own household plastic waste to use in their 3D printer.
IEMAI 3D Pellets Printing Video
In order to achieve 3D printing of particles, you can choose the pellets 3D printers of IEMAI3D, which are stable and market proven.
You can select the whole machine:FAST-JET-1500 and FAST-JET-780
And you can also choose a separate pellet extrusion system,it can be installed on any moving structure, including robot.
In the future, we will introduce a system integrating the 3D printing and CNC.
CF-PEI
CF-PEI pellets are carbon fiber reinforced PEI pellets. The carbon fiber reinforcement improves strength, temperature performance. Widely used for high temperature molds and tools.
CF-PESU
CF-PESU pellets are carbon fiber reinforced PESU pellets. The carbon fiber reinforcement provides low warpage while still retaining the advantages of PESU. Widely used for high temperature molds and tools.
CF-PPS
CF-PPS pellets are carbon fiber reinforced PPS pellets. Strength & rigidity, high continuous usage temperature and thermal deformation temperature are key features of CF-PPS.
CF-PPA
CF-PPA pellets are carbon fiber reinforced PPA pellets exhibited with high strength, high rigid and low creep. CF-PPA is used for high temperature molds and tools.
CF-PAHT
CF-PAHT pellets are carbon fiber reinforced high temperature PA pellets exhibited with low shrinkage, low water absorption, low coefficient of thermal expansion and high stiffness. CF-PAHT is designed for composite tooling applications, and suitable for curing and autoclaving temperature up to 180℃.
CF-PA12
CF-PA12 pellets are carbon fiber reinforced PA12 pellets exhibited with high tensile strength and low warpage. CF-PA12 is used for medium temperature molds and tools.
CF-PA6
CF-PA6 pellets are carbon fiber reinforced PA6 pellets exhibited with high strength, stiffness and impact resistance with low creep. CF-PA6 is used for medium temperature molds and tools.
CF-PC
CF-PC pellets are carbon fiber reinforced PC pellets. The carbon fiber reinforcement offers higher stiffness than glass and low warpage. Widely used for medium temperature molds and tools.
GF-PC
GF-PC pellets are glass fiber reinforced PC pellets. The glass fiber reinforcement offers higher impact, and excellent compressive strength. Widely used for medium temperature molds and tools.
CF-ABS
CF-ABS pellets are carbon fiber reinforced ABS pellets. The carbon fiber reinforcement improves dimensional stability, plateform adhesion and stiffness. Widely used for low temperature molds and tools.
CF-ASA
CF-ASA pellets are carbon fiber reinforced ASA pellets. The carbon fiber reinforcement improves stiffness and dimensional stability while still retaining the advantages of ASA. Widely used for low temperature molds and tools.
CF-PETG
CF-PETG pellets are carbon fiber reinforced PETG pellets. The carbon fiber reinforcement improves rigidity and compression resistance while still retaining the advantages of PETG. Widely used for low temperature molds and tools.
CF-PLA
CF-PLA pellets are carbon fiber reinforced PLA pellets. The carbon fiber reinforcement improves hardness and rigidity while still retaining the advantages of PLA. Widely used for low temperature molds and tools.
PC
PC pellets are high-performance tough, amorphous and transparent thermoplastic polymer and popularly used as an engineering plastic owing to high impact strength, high dimensional stability and good electrical properties.
ABS
ABS pellets are thermoplastic polymer material with durable, heat-resistant, and resilient. Popularly used for indoor applications such as furniture and decorations.
ASA
ASA pellets are alternative to ABS with an improved weather resistance. Its UV resistance and excellent mechanical properties make it suitable for outdoor environments such as gardening and construction.
PETG
PETG pellets are thermoplastic polyester that provides significant chemical resistance, durability and excellent formability for manufacturing.
PLA
PLA pellets are ideal for making your own 3D filament or for use in a pellet-fed 3D printer.It is a biodegradable bio based material.
WOOD-FIBER
WOOD-FIBER pellets are PLA particles added with wood flour, which are environment-friendly materials. You can still use PLA conditions to degrade it.
BAMBOO-FIBER
BAMBOO-FIBER pellets are PLA particles added with bamboo flour, which are environment-friendly materials. You can still use PLA conditions to degrade it.
RECYCLE-PET
Recycled PET, characterized by chemical corrosion resistance, and recyclable. Suitable for packaging, textiles, and construction.
MASTERBATCH
MASTERBATCH pellets are carrier resin of high concentration pigments or functional additives. Used for coloring and performance modification of materials such as plastics and fibers.
Why Choose Our Pellets?
We provide the 3D Printing Pellets in the most afforable price.
All 3D Printing Pellets is developed by ourself and have obtained CE and RoHS Certification.
We also partner with different material companies to produce the higest quality pellet for the users.
We provide the specification for each pellet, thus you will not take much effort to figure out what is the most suitable parameters for that certain materials and start your print soon.