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Blogs of 3D Printing

SILK PLA - Makenica - Best 3d printing services

Silk PLA filament is a blend made by a diffusion of biopolymer material with silk appearance.

RAPID TOOLING- MAKENICA 3D PRINTING SERVICE

Rapid Tooling (RT) is that the tactic of blending rapid Prototyping techniques along conventional tooling methods to provide a mould quickly or parts of a functional model.

CPE FILAMENT - Makenica 3d printing services

CPE Filament (co-polyesters) are very strong, high temperature and versatile materials with growing popularity in filament form for 3D printing service.

A COMPLETE GUIDE- MARBLE PLA - MAKENICA

Marble PLA is assembled with fragments of powdered marble immersed in a PLA matrix. It was created for those that are in sculpture and architecture or construction industry.

A COMPLETE GUIDE- CARBON FIBER Polylactic Acid (PLA)

Polylactic Acid (PLA) is a fully biodegradable thermoplastic aliphatic polymer consisting of renewable raw materials such as starch, corn or sugar cane.

3D PRINTING WITH SELECTIVE LASER SINTERING - MAKENICA

Selective Laser Sintering is an additive manufacturing (AM) technology. A laser is casted as the power origin to sinter powdered material pointing it automatically at points defined by a 3D prototype, binding the material together to create a solid structure.

3D CONCRETE PRINTING - Makenica 3d printing services

A fundamental change brought by 3D concrete printing heralded by digitalization is getting down to emerge in construction.

POLYCARBONATE 3D PRINTING - Makenica 3D Printing

Polycarbonate (PC) is a thermoplastic best known for its strength and durability. Used in the making of bulletproof glass, polycarbonate is lightweight

3D PRINTED ROBOTS - MAKENICA 3D PRINTING SERVICES

Makers are able today to design and print their own robotic parts in a couple of hours easily and with great quality with 3D Printing online

3 THINGS TO KNOW ABOUT 3D PRINTING RESOLUTION

3D printing resolution defines the quality, or level of detail, at which the part is created. The printer’s movement on the XYZ planes determines how fine the resolution will be, with smaller movements typically yielding higher resolutions.