Polymaker PolyMax PLA is a 3D printing material with excellent mechanical properties and printing quality. Polymaker PolyMax PLA has an impact resistance of up to nine times that of regular PLA, and better overall mechanical properties than ABS.

Regular PLA is a very brittle material, which greatly limits its range of applications.  Polymaker PolyMax PLA was designed to change this.  Featuring increased impact strength of up to 9 times that of regular PLA and 20% better than ABS, so if you are looking for a material that can withstand your mechanically demanding tasks, Polymaker PolyMax PLA is ideal.

One ring filament out of Laywoo-d3.

The evolutionary Laywoo-d3 looks like wood and smells like wood.

Because it is also made from recycled wood, printed objects can be ground well.

Smartfil Medical ABS filament is a high-quality ABS 3D printing filament used for medical applications. Smartfil Medical ABS filament has the certification Class USP VI and ISO 10993-1, which makes it a biocompatible 3D printing filament with the human body for 30 days.
Smartfil Medical ABS filament is a filament specially created to provide great solutions in medical services. Smartfil Medical ABS filament is completely sterilizable by gamma rays, ethylene oxide or plasma gas. It is also food approval certificated, maintaining its excellent mechanical and thermal properties.

Polymaker PolyMax PC is an advanced polycarbonate-based filament designed specifically for desktop FDM/FFF 3D printing. In addition to high printing quality, great mechanical strength, and heat resistance, Polymaker PolyMax PC offers excellent impact strength and fracture toughness, making it the ideal choice for engineering applications.

The set contains 6 spools 0,33 kg of PET-G filament in colours: white, bright yellow, red, bright green, blue and black.

PET-G is fairly stiff, strong and impact-resistant. These characteristics make the material highly suitable for lightweight products.

Tarfuse® filament is a brand of 3D printing filaments of Grupa Azoty S.A., the largest chemical company in Poland.

The Tarfuse® PA6 CF10 filament is polyamide 6 (PA6) reinforced with staple carbon fibre (10%). Thanks to this, the material has antistatic and electrically conductive properties. It is perfect for printing elements with high strength requirements. Printed elements are characterised by reduced water absorption.

Smartfil Wood is a First-class PLA filament with a high percentage of natural wood. PLA filament Smartfil Wood does not incorporate recycled material or recuperated, so you will do excellent printing resolution. This 3D printing filament presents a lot of design possibilities, we can make it sculptural replicas, models simulating Wood, pieces of habitat design, furniture, wood utensils, etc...
Smartfil Wood PLA filament is a high-quality PLA filament with a high wood load combined with a variety of pigments to simulate the appearance and feel of real wood.

Filament produced on request marwiol by Polish manufacturer 3D Kordo.

Filament PETG - a thermoplastic polymer from a group of polyesters in the form of fibre, used for 3D printing using the FFF method. Filament wound on a spool, vacuum packed with a moisture absorber. The spool contains 1 kg of net material. It can be used in all FFF printers that are not protected from external suppliers and open-source structures before use. PETG is material friendly for beginners, the material is available in covering and transparent colours.

Tarfuse® Simply PLA filament is a brand of 3D printing filaments of Grupa Azoty S.A., the largest chemical company in Poland.

Tarfuse PLA filament is an easy-to-use 3D printing filament compared to other types of materials. PLA filament can be printed using low to moderate temperatures and higher print speeds in FDM technology. Mechanical parameters as well as other properties of the printed model largely depend on the 3D printing conditions, such as printing temperature, extrusion speed, cooling system, etc. Compared to other 3D printing materials, the Tarfuse PLA filament shows low shrinkage and thus much lower susceptibility to warping therefore it is possible to print without a special cooling system.