PLA

PLA (Polylactic Acid): Biodegradable 3D printing filament made from renewable resources like corn. Easy to print, with good adhesion and detailed finishes. Ideal for prototypes, decorations, and projects.

Subcategories

PLA 850

PLA 850 exhibits higher crystallization rate, temperature resistance, and mechanical properties. Thanks to its good adherence to the bed and its low shrinkage capacity, it allows to obtain pieces with excellent definition.

PLA HR-870

The PLA HR-870 is a material of high mechanical performance comparable to ABS, without styrene emission and with the ease of printing of the PLA. Its high mechanical and thermal properties multiply even more, subjecting the piece to a crystallization process

PLA 700

The PLA 700 filament is ideal for the creation of prototypes or large functional parts or long series, especially within the industrial field.

PLA Go&Print

This filament is characterized by good adhesion to the bed, high precision of details, low “warping” and low odor emission.

PLA-M (Mate)

The PLA-M filament of Sakata 3D Filaments has been specifically formulated for obtaining parts with a matte finish and low visibility of printing lines. It has a rough texture to the touch, a low level of abrasion and a great ease of printing at high speeds.

PLA High Speed PRO...

SAKATA 3D PLA HS PRO is a high-speed biodegradable filament designed specifically for today’s ultra-fast 3D printers. Designed for exceptional performance at speeds of up to 600 mm/s, it ensures smooth, accurate and reliable prints without compromising quality. With excellent bed adhesion, strong interlayer bonding and minimal deformation, it is the ideal material for both rapid prototyping and large volume production.

PLA Wood (Madera)

The PLA TEXTURE MADERA filament from Sakata 3D Filaments is made from PLA and a high percentage of wood fibers. It is a biodegradable material, developed specifically for 3D printers. Its low abrasion and high fluidity allow the use of 0.4 mm nozzle, achieving a realistic effect on both touch and odor, without risk of generating material deposit and premature wear of the nozzle.