Upload your CAD files, Receive your customized custom Fused Deposition Modeling (FDM) printing quote. Choose from a variety of process materials to suit your needs.
Fused Deposition Modeling [FDM] is the most common one plastic material is melted in the printer, and then it is passed through a heated nozzle. Thin layers of the material are laid over one another. It is slicing, and once it is done, it cools down. The product is made in a container that has all the appropriate conditions required for its manufacture.
Upload custom models for functional. high-performing 3D pieces. Take the guesswork out of manufacturing development with 3D printed prototypes for meetings, testings and perfection of final parts.
Ready-to-manufacture 3D prints with one step production from raw material to final part.
PLA Premium It has excellent strength and temperature resistance properties. PLA 3D printer is used to achieve matt finish and grainy texture.
PLA premium printers adopt jam technology to amplify the quality. It is easy to print and an affordable option for manufacturers. It has excellent strength and temperature resistance properties.
ABS Premium is material on its own has excellent wear resistance, elasticity, and great strength.
It is very affordable. It can resist very high temperatures. ABS can be polished, and even without polish, it gives a very eat and fine finish.
PETG Premium is the polymerization addition to the raw Polyethylene terephthalate polymer.
The glycol makes it more heat resistant and improves other physical properties—this helps create better products that are easy to bend and mold.
17-4PH Stainless Steel - is hardware flexibility, low manufacture, and maintenance cost make the 3D metal FDM system the ideal choice.
Copper is structurally stronger, hard, and has higher elongation in contrast to aluminum alloys as well as metallurgical and electrical conductivity properties.
Final parts built with copper receive a stress-relieving application. The final parts of this copper will be used in several parts of the world.
ASA Premium filaments are versatile thermo-materials that are suitable and versatile when used in 3D printing.
It resembles ABS plastic but offers 3 advantages in terms of the properties: more mechanical properties, superior aesthetic qualities and UV resistance.
3D Print materials used for the replacement of functional moulded pieces with good corrosion tolerances.
Nylon 6 and polyamide (PA) are thermoplastics characterized by good mechanical characteristics, excellent chemical and abrasivability.
PC Premium is Polycarbonate, has high durability and strength characteristics.
PC has many advantages that provide an ideal material in challenging environments and many engineering applications.
TPU 92A is a thermoplastic polymer, with Shore-A values of 90. It is highly elongated, high toughness, strong durable and strong.
FDM TPU 92A combines elastomer advantages with FDM 3D Print enabling quick production for large and complex elastomer parts. Generally applied are flexible hose and tube ducting and air sealing, covers and vibration dampeners.
Parts in as Fast from 3 business days
Hyper Speed PLA represents the pinnacle of FDM technology, offering exceptional quality and performance. This affordable option is easy to print and boasts outstanding strength and temperature resistance properties.
Hyper Speed ABS represents the pinnacle of FDM technology, offering exceptional quality and performance. This affordable option is easy to print and boasts outstanding strength and temperature resistance properties.
PAHT CF15 boasts unparalleled mechanical properties, making it ideal for demanding applications where strength and durability are paramount.
The incorporation of carbon fiber enhances the filament's tensile strength and modulus, resulting in printed parts that are incredibly robust and resistant to deformation.
Whether you're prototyping industrial components or creating functional end-use parts, PAHT CF15 ensures reliability and longevity.
TPU 85A boasts exceptional attributes that set it apart. Its remarkable resistance to hydrolysis ensures longevity, while its flexibility at low temperatures provides adaptability in diverse conditions.
Additionally, its resistance to microbiological threats and impressive wear performance make it a reliable choice across various industries.
