PLA

MK PRODUCTION

MK FLEXIBLE

MK CARBON

MK SOLUBILE

MK ABS

ASA

MK SOLUBILE II

PC

NYLON

CONDUTTIVO

WOOD

×

PLA

(Polylactic Acid)
materiali stampanti 3d
COMPLEXITY OF PRINT
materiali stampanti 3d
materiali stampanti 3d
t° EXTRUSION:
185/205°c (Recommended 195°c)
materiali stampanti 3d
SPEED:
60-70 mm/s
materiali stampanti 3d
t° FLOOR:
50-70°c

The PLA is a thermoplastic polymer derived from corn, a biodegradable eco-material. It is very resistant and stable and does not exhibit retraction and deformation. PLA is the most used material in the world of 3D printing and is present in a wide range of colors.

×

MK PRODUCTION

materiali stampanti 3d
COMPLEXITY OF PRINT
materiali stampanti 3d
materiali stampanti 3d
t° EXTRUSION:
190/225°c (Recommended 210°c)
materiali stampanti 3d
SPEED:
60-70mm/s
materiali stampanti 3d
t° FLOOR:
60°c

The MK PRODUCTION is a material tested for a long time and finally chosen by Mark One to succeed in realizing parts with an excellent mechanical resistance and impact. It can be worked for post production, then sanding and painting. It can be used in place of the ABS. MK PRODUCTION is odorless and also used in the food industry and is suitable for post-production processing.

×

MK FLEXIBLE

materiali stampanti 3d
COMPLEXITY OF PRINT
materiali stampanti 3d
materiali stampanti 3d
t° EXTRUSION:
215/235°c (Recommended 225°c)
materiali stampanti 3d
SPEED:
30mm/s
materiali stampanti 3d
t° FLOOR:
85°c

The MK FLEXIBLE are respectively thermoplastic polyurethanes and thermoplastic elastomers. These elastic polymers are durable, have a high shape memory that allows, after a mechanical stress, to return to its original shape. They have resistance to oils, greases and hydrocarbons. By means of shore parameters they make it elasticity and resistance to abrasion.

×

MK CARBON

materiali stampanti 3d
COMPLEXITY OF PRINT
materiali stampanti 3d
materiali stampanti 3d
t° EXTRUSION:
240/260°c (Recommended 250°c)
materiali stampanti 3d
SPEED:
30mm/s
materiali stampanti 3d
t° FLOOR:
95°c

The MK CARBON is a high quality material that combines the resistance to corrosion and high temperatures of the thermoplastic binder with the mechanical properties of carbon fiber. The filament thus obtained makes it possible to realize objects with mechanical properties up to two times higher than ABS, without increasing their fragility.

×

MK SOLUBILE

materiali stampanti 3d
COMPLEXITY OF PRINT
materiali stampanti 3d
materiali stampanti 3d
t° EXTRUSION:
215/235°c (Recommended 225°c)
materiali stampanti 3d
SPEED:
60-70mm/s
materiali stampanti 3d
t° FLOOR:
85°c

The MK SOLUBILE applied to the FDM technology is widely used thanks to its solubility and therefore as a support material. For special technical applications, the thermal and mechanical resistance properties can be exploited of the MK SOLUBILE.

×

MK ABS

materiali stampanti 3d
COMPLEXITY OF PRINT
materiali stampanti 3d
materiali stampanti 3d
t° EXTRUSION:
240/260°c (Recommended 250°c)
materiali stampanti 3d
SPEED:
60-70mm/s
materiali stampanti 3d
t° FLOOR:
90°c

The MK ABS is a thermoplastic polymer derived from petroleum, used industrially to produce light and resistant objects. Structurally soft and easily deformable. For a correct extrusion it must be extruded at a higher temperature than PLA and to reduce deformations the plate must be heated above 85 °C, also the chamber is recommended.

×

ASA

(Acrylonitrile Styrene Acrylate)
materiali stampanti 3d
COMPLEXITY OF PRINT
materiali stampanti 3d
materiali stampanti 3d
t° EXTRUSION:
235/255°c (Recommended 250°c)
materiali stampanti 3d
SPEED:
60-70mm/s
materiali stampanti 3d
t° FLOOR:
90°c

The ASA is a thermoplastic proposed as an alternative to ABS. To the excellent mechanical and elastic properties, which have the two materials in common, ASA adds stability to atmospheric agents and UV rays. It is the ideal material to make components for outdoor use.

×

MK SOLUBILE II

materiali stampanti 3d
COMPLEXITY OF PRINT
materiali stampanti 3d
materiali stampanti 3d
t° EXTRUSION:
200/220°c (Recommended 210°c)
materiali stampanti 3d
SPEED:
60mm/s
materiali stampanti 3d
t° FLOOR:
80°c

The MK SOLUBILE II applied to FDM technology is widely used thanks to its water solubility and therefore as an ideal support material for MK PRODUCTION.

×

PC

(POLYCARBONATE)
materiali stampanti 3d
COMPLEXITY OF PRINT
materiali stampanti 3d
materiali stampanti 3d
t° EXTRUSION:
235/250°c (Recommended 250°c)
materiali stampanti 3d
SPEED:
60-70mm/s
materiali stampanti 3d
t° FLOOR:
90°c

The PC is a thermoplastic polymer obtained from carbonic acid. It is an extremely durable material with high impact resistance, good elasticity and temperature resistance. The PC is a filament that is printed with a translucent finish.

×

NYLON

materiali stampanti 3d
COMPLEXITY OF PRINT
materiali stampanti 3d
materiali stampanti 3d
t° EXTRUSION:
190/225°c (Recommended 210°c)
materiali stampanti 3d
SPEED:
60-70mm/s
materiali stampanti 3d
t° FLOOR:
90°c

The NYLON is a thermoplastic belonging to the polyamide family. It is widely used in industry for the production of industrial machinery, automotive components and sporting goods. Nylon offers the optimal combination of strength and robustness that allows you to create both prototypes and finished products.

×

CONDUTTIVO

materiali stampanti 3d
COMPLEXITY OF PRINT
materiali stampanti 3d
materiali stampanti 3d
t° EXTRUSION:
210/230°c (Recommended 225°c)
materiali stampanti 3d
SPEED:
20mm/s
materiali stampanti 3d
t° FLOOR:
75°c

The CONDUTTIVO is a composite filament which, thanks to the high percentage of carbon nanotubes, allows electrical conduction. It is characterized by a resistance of 15 ohms/cm along the layers and 20 ohms/cm perpendicular to the layers. No less important, its processing is completely non-toxic and odorless up to high temperatures.

×

WOOD

materiali stampanti 3d
COMPLEXITY OF PRINT
materiali stampanti 3d
materiali stampanti 3d
t° EXTRUSION:
190/225°c (Recommended 210°c)
materiali stampanti 3d
SPEED:
30mm/s
materiali stampanti 3d
t° FLOOR:
60°c

The WOOD is a material loaded with wood fibers joined by a thermoplastic binder. This particular filament is used to create objects similar to wood both to the touch and to the smell, making it particularly suitable for design applications.