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 3D printing method. Plastic is melted, extruded through a heated nozzle, and layered to create the final product in optimal conditions. This version is clearer, concise, and retains the key information, staying within the desired character length. Let me know if you'd like further refinements
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 is a high-performance 3D printing material with exceptional strength and temperature resistance. It is ideal for producing parts with a matte finish and grainy texture, ensuring a professional appearance.
This material is easy to use, with smooth extrusion and compatibility with jam-free printing technology for consistent, high-quality results. Affordable and reliable, PLA Premium is a top choice for manufacturers seeking durable and visually appealing 3D prints.
ABS Premium is a versatile 3D printing material known for its excellent wear resistance, elasticity, and impressive strength. It offers high-temperature resistance, making it ideal for demanding applications.
This material provides a neat and fine finish even without polishing, while polishing enhances its appearance further. ABS Premium is also highly affordable, making it a reliable and cost-effective choice for manufacturers and designers.
PETG Premium is an enhanced version of Polyethylene Terephthalate (PET) with added glycol, which improves its heat resistance and physical properties. This modification makes the material more durable, flexible, and easier to bend and mould.
With its improved characteristics, PETG Premium is ideal for creating high-quality, versatile products that require both strength and adaptability. It is a reliable choice for manufacturers seeking excellent performance and ease of use in 3D printing applications.
17-4PH Stainless Steel offers exceptional hardware flexibility, making it an ideal choice for 3D metal FDM systems.
It combines low manufacturing and maintenance costs with high strength and durability, ensuring reliable performance in demanding applications.
This material is perfect for producing precise and long-lasting components in a cost-effective manner.
Copper is a structurally strong and hard material with superior elongation compared to aluminium alloys. It also offers excellent metallurgical and electrical conductivity properties.
Final parts made with copper undergo a stress-relieving application to enhance their durability and performance.
Due to its exceptional properties, copper is widely used in various industries and applications across the globe.
ASA Premium filaments are versatile thermoplastics designed for 3D printing. While similar to ABS, ASA offers three key advantages: enhanced mechanical properties, superior aesthetic quality, and excellent UV resistance.
These characteristics make ASA Premium an ideal choice for outdoor applications, durable parts, and projects requiring high performance and visual appeal.
Nylon 6 and Polyamide (PA) are high-performance thermoplastics widely used in 3D printing for replacing functional moulded parts.
These materials are known for their excellent mechanical properties, outstanding chemical resistance, and impressive abrasion durability.
Their combination of strength and corrosion tolerance makes them ideal for producing robust, long-lasting components in demanding applications.
PC Premium, made from Polycarbonate, is a highly durable material with exceptional strength characteristics.
Its superior properties make it an ideal choice for challenging environments and a wide range of engineering applications.
PC/ABS FR combines the durability of Polycarbonate (PC) with the impact resistance of ABS, offering exceptional tensile and impact strength.
It provides superior thermal resistance compared to standard ABS and meets the stringent UL94 V-0 standard for flame retardancy, making it ideal for demanding and safety-critical applications.
TPU 92A is a high-performance thermoplastic polymer with a Shore-A hardness of 90. Known for its excellent elongation, toughness, and durability, it offers superior strength for a variety of applications.
FDM TPU 92A combines the benefits of elastomers with 3D printing technology, enabling quick production of large and complex elastomer parts.
It is commonly used in flexible hose and tube ducting, air sealing, covers, and vibration dampeners.
Premium TPU-95A (Thermoplastic Polyurethane) is a flexible, highly durable 3D printing filament that combines rubber-like elasticity with impressive resilience.
Known for its ability to absorb impact, TPU-95A is perfect for parts requiring both flexibility and strength.
With excellent elongation at break and outstanding abrasion resistance, TPU-95A can withstand demanding conditions while maintaining its structural integrity, making it a popular choice for various industries.
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.
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.
Hyper PLA-CF offers high strength and exceptional layer adhesion, boasting superior physical and mechanical properties.
It strikes the perfect balance of strength, adhesion, and speed, with 30% higher mechanical properties than standard PLA in terms of flexural strength, flexural modulus, and impact strength.
