Filamenti & Resine 3D

NinjaFlex Edge offers the best of both worlds: NinjaFlex flexibility and NinjaTek’s innovative printability. NinjaFlex Edge provides incredible rebound – unlike anything in the market, and unparalleled print speeds for an 83A durometer.

Highlights:

Flexibility allows for repeated movement and impact without wear or cracking
Proprietary low-friction exterior allows for smooth feeding
Consistent diameter and material properties providing reliable, high-quality prints

The BASF Ultrafuse Support Layer filament was developed to be processed in combination with the Ultrafuse Metal filaments. It serves as a support material for the object and creates a barrier during sintering so that they can be easily decoupled from the component. The Ultrafuse Support Layer filament is not suitable for the production of stand-alone components.

Highlights:

Printable on any metal FFF printer
Allows for a wider range of designs and complex geometries to be printed
Excellent surface quality of supported areas of the part
Minimize the distortion of the printed part during debinding and sintering
Simplified workflow for preparing parts for sintering

Ultrafuse TPU’s have been developed specially fro enable fast and easy printing with a flexible filament for Fused Filament Fabrication. With its outstanding abrasion resistance, Ultrafuse TPU 95A presents an excellent choice for wear and tear applications. Parts printed with this material set themselves apart by high elongation at break, great layer adhesion and a good resistance to oils as well as industrially used chemicals.

Highlights:

High wear and abrasion resistance
Easy to handle
Good resistance to oils and commonly used industrial chemicals
Printable on direct drive and some bowden style printers
Compatible with water soluble support material Ultrafuse BVOH

Ultrafuse PET CF15 contains 15% carbon fiber and is a functional 3D printing material optimized to meet your requirements. Its high dimensional stability and very low moisture absorption make it a perfect material in a humid environment. Ultrafuse PET CF15 combines easy processability, very low moisture uptake with a high level of strength and stiffness at an affordable cost.

Highlights:

Strong, rigid components
Easy to process
Very low moisture absorption
Heat resistant up to 108 °C
High dimensional stability
Compatible with BVOH and HIPS for support
Excellent surface finish

Ultrafuse PC GF30 contains 30% of special glass fibers that are designed for filament making and 3D printing. With its high heat deflection temperature and good dimensional stability, Ultrafuse PC GF30 is the right material to use in an industrial invironment where good temperature resistance and high strength is needed.

Highlights:

V0 flame class rated
Resilience to UV light
Good temperature resistance
Flame retardant
High stiffness and strength
Good heat deflection temperature
High dimensional stability
Very low moisture absorption

Ultrafuse PP is a high-performance thermoplastic with low density, high elasticity and high resistance to fatigue. The mechanical properties of make it an ideal material for 3D-printing applications, that have to endure high stress or strain.

Highlights:

Low density
Chemical resistant
Resistant to fatigue
Elasticity and toughness
Insulation

Ultrafuse PLA PRO1 is developed as a high-speed engineering thermoplastic that prints as easy as PLA, at speeds previously considered unusable. Yet it retains far better mechanical properties, that even exceed printed ABS objects. Something that the most demanding users have always had to make a compromise on prior to Ultrafuse PLA PRO1.

Highlights:

Speed: Reduce your printing time by 30% – 80%
Strength: Excels overall beyond printed ABS in mechanical properties
Versatility: One filament that can be tuned towards blazing speed and excellent surface finish
Consistency: Truly consistent filament, also between colors and batches, it will perform as expected, every time

Ultrafuse ABS is strong, flexible with high-temperature resistance. It is a preferred plastic for engineers and professional applications. ABS can be smoothened with acetone and sprayed. To make a proper 3D print with ABS you most probably will need a heated print bed.

Highlights:

Very Tough
Long Life Span
High Wear and Tear
Chemical Resistance