Polyamide

This filament has remarkable durability, flexibility, and corrosion resistance.

Polyamide 12 has become indispensable in almost all areas of engineering, for a wide range of components and applications.

Advantages:

• Strong impact resistance
• Low coefficient of friction
• Good corrosion resistance
• It absorbs less moisture than other Nylon filaments

Polyamide + Glass Fiber

Nylon GF offers good mechanical, chemical and dielectric properties.
The mechanical characteristics improve exponentially by increasing the percentage of glass fiber.

Above all the stiffness and the compressive strength.

Also thermal resistance and dimensional stability are improved, with a marked decrease in thermal expansion.

The use of materials containing glass fibers is ideal for applications where maximum stability over time and mechanical strength are required.

Polyamide + Carbon Fiber

This filament has a good heat and breaking resistance.

Nylon gives toughness and strength, while the carbon ensures lightness and printability.

Printed parts are durable and rough to the touch, with a slightly metallic effect.

Acrylonitrile Styrene Acrylate

ASA is a thermoplastic often used in place of the most common ABS for applications where it is necessary to combine resistance to atmospheric agents and high mechanical characteristics while guaranteeing an excellent aesthetic finish.

Thanks to these characteristics, it is used both in the production of aesthetic and functional prototypes and in the production of pre-series or final parts.

The peculiarity of the material remains the thermal stability to UV.

Polyethylene Terephthalate

PET is a versatile material, one of the most used types of plastic in the world.
Good layer adhesion, stronger than PLA.

PET is widely used to produce food and beverage containers and bottles.
It can be printed with water-soluble BVOH support material.

Conductive (Carbon Nanotubes)

CNT is an excellent choice for applications that require low voltage circuits, projects with touch sensors, and the need to interact with touch screens that require low conductivity.

The material is loaded with Carbon Nanotubes and is printed with the same simplicity as the normal PLA (same printing parameters).

It can be used with electronic components that require a 1 KOhm resistance.
Therefore it's possible to make connections with Arduino.

Butenediol Vinyl Alcohol co-polymer

BVOH is a water soluble support material for double-extrusion 3D printing.

It has advantages over the traditional PVA:

• Dissolves in water faster than PVA and is easier to remove from the print. 
• Does not collect ambient moisture as much as typical PVA, which makes it more reliable.

Acrylonitrile Butadiene Styrene (improved)

SMART ABS is an improved, high performance ABS.

It is enriched with an elastomer that allows bonding with TPU or with water-soluble BVOH support, during the double extrusion.

This formula prevents warping and improves the mechanical properties of printed parts.

Acrylonitrile Butadiene Styrene

Recommended for mechanical and engineering prototypes.

Less odor, less warping, simpler prints.

Poly-Lactic Acid compound

High temperatures resistant (up to 115 °C)

It has advantages over the traditional PLA:

• Impact resistant
• Easy to print
• Minimal deformations

Poly-Lactic Acid

High quality filament for 3D printing.

Recommended for design parts, visual prototypes and architectural models.

Poly-Lactic Acid

WOOD is a material made up of approximately 70% PLA and 30% recycled wood fibers.

3D printed parts will really look like wood.