Materials

Industrial filaments
Standard filaments
SLS filaments
SLA materials (Resin)
Industrial filaments

Vinyl 303

High-quality filament based on polyvinyl chloride. A perfect choice for functional prototyping, spare parts, and printing objects for everyday use.

 

  • Strength and bend resistance
  • Excellent chemical resistance to fats, salts, water, and other potentially harmful substances
  • Fire resistance
  • Safe for use with electronics

    Vinyl 303

    High-quality filament based on polyvinyl chloride. A perfect choice for functional prototyping, spare parts, and printing objects for everyday use.

     

    • Strength and bend resistance
    • Excellent chemical resistance to fats, salts, water, and other potentially harmful substances
    • Fire resistance
    • Safe for use with electronics

      PC/ABS

      High-tech material made as a blend of polycarbonate and acrylonitrile. Excellent mechanical and thermal properties.

       

      • Mild and smooth surface of the final print
      • Temperature resistance
      • Long-term stress resistance
      • Chemical resistance

        PC/ABS

        High-tech material made as a blend of polycarbonate and acrylonitrile. Excellent mechanical and thermal properties.

         

        • Mild and smooth surface of the final print
        • Temperature resistance
        • Long-term stress resistance
        • Chemical resistance

            Nylon FX256

            Filament made from nylon with diverse applications. Provides flexibility in thinner layers with strong layer adhesion, preventing cracking.

             

            • Durability, even at extremely low temperatures (-40 °C)
            • Low friction and high heat resistance
            • Can come into contact with automotive fluids
            • Low moisture absorption rate

            Nylon FX256

            Filament made from nylon with diverse applications. Provides flexibility in thinner layers with strong layer adhesion, preventing cracking.

             

            • Durability, even at extremely low temperatures (-40 °C)
            • Low friction and high heat resistance
            • Can come into contact with automotive fluids
            • Low moisture absorption rate

            CPE CF112 Carbon

            Filament based on carbon fibers. Developed for pressure resistance, hardness, and good surface properties.

             

            • Ease of printing, low bending rate during printing
            • Matte surface
            • Resistance to chemicals and long-term stress
            • Durable material with a long lifespan

              CPE CF112 Carbon

              Filament based on carbon fibers. Developed for pressure resistance, hardness, and good surface properties.

               

              • Ease of printing, low bending rate during printing
              • Matte surface
              • Resistance to chemicals and long-term stress
              • Durable material with a long lifespan

                  Prusament ASA

                  The most commonly used material in FDM 3D printing technology. Suitable for printing smaller mechanical components.

                   

                  • Mechanical resistance
                  • Suitable for outdoor use in all weather conditions
                  • Heat resistance
                  • Suitable for detailed prints

                    Prusament ASA

                    The most commonly used material in FDM 3D printing technology. Suitable for printing smaller mechanical components.

                     

                    • Mechanical resistance
                    • Suitable for outdoor use in all weather conditions
                    • Heat resistance
                    • Suitable for detailed prints

                        Prusament PC Blend

                        Prusament PC Blend is a polycarbonate-based filament designed for printing strong and durable objects.

                         

                        • Extremely strong and rigid material
                        • Improved printing process properties compared to other polycarbonates
                        • High heat resistance (up to 113 °C)
                        • An excellent choice if you need a durable and exceptionally strong 3D print.

                          Prusament PC Blend

                          Prusament PC Blend is a polycarbonate-based filament designed for printing strong and durable objects.

                           

                          • Extremely strong and rigid material
                          • Improved printing process properties compared to other polycarbonates
                          • High heat resistance (up to 113 °C)
                          • An excellent choice if you need a durable and exceptionally strong 3D print.

                              Standard filaments

                              Prusament PLA

                              PLA (polylactic acid) is one of the most commonly used filaments. It is biodegradable, sturdy, and easy to print. It is applied in printing conceptual models and prototypes that won't be subjected to significant stress.

                               

                              • Lower printing cost per volume
                              • Suitable for printing objects of all sizes
                              • Low thermal distortion rate
                              • Often used for printing figurines and jewelry

                              Prusament PLA

                              PLA (polylactic acid) is one of the most commonly used filaments. It is biodegradable, sturdy, and easy to print. It is applied in printing conceptual models and prototypes that won't be subjected to significant stress.

                               

                              • Lower printing cost per volume
                              • Suitable for printing objects of all sizes
                              • Low thermal distortion rate
                              • Often used for printing figurines and jewelry

                              Prusament PETG

                              An excellent choice for parts subjected to mechanical stress. Compared to PLA, it provides higher heat resistance, more flexibility, and less brittleness.

                               

                              • Easy to print with low distortion rate during printing
                              • Frequently used in mechanical parts or various types of holders
                              • Water-resistant
                              • Suitable for prints of all sizes

                              Prusament PETG

                              An excellent choice for parts subjected to mechanical stress. Compared to PLA, it provides higher heat resistance, more flexibility, and less brittleness.

                               

                              • Easy to print with low distortion rate during printing
                              • Frequently used in mechanical parts or various types of holders
                              • Water-resistant
                              • Suitable for prints of all sizes

                              SLS filaments

                              PA 2200

                              Powder intended for SLS printing based on polyamide 12 for a wide range of applications. Provides high precision for the production of detailed products.

                               

                              • Strong and durable material
                              • High chemical resistance
                              • For long-term use products
                              • Biocompatible according to ISO standard

                              PA 2200

                              Powder intended for SLS printing based on polyamide 12 for a wide range of applications. Provides high precision for the production of detailed products.

                               

                              • Strong and durable material
                              • High chemical resistance
                              • For long-term use products
                              • Biocompatible according to ISO standard

                                PA 1101

                                PA 1101 is a white powder based on polyamide 11, optimal for use in laser sintering. It is made from renewable materials.

                                 

                                1. Based on castor oil
                                2. High elasticity
                                3. Excellent resistance to various chemicals
                                4. Often used for exposed components prone to wear

                                PA 1101

                                PA 1101 is a white powder based on polyamide 11, optimal for use in laser sintering. It is made from renewable materials.

                                 

                                1. Based on castor oil
                                2. High elasticity
                                3. Excellent resistance to various chemicals
                                4. Often used for exposed components prone to wear

                                  PA 1102

                                  PA 1102 is a material based on polyamide 11, optimized for use in laser sintering. It is characterized by elasticity and high impact resistance.

                                   

                                  • Black color
                                  • High elasticity
                                  • Excellent resistance to various chemicals
                                  • Often used for exposed components prone to wear

                                  PA 1102

                                  PA 1102 is a material based on polyamide 11, optimized for use in laser sintering. It is characterized by elasticity and high impact resistance.

                                   

                                  • Black color
                                  • High elasticity
                                  • Excellent resistance to various chemicals
                                  • Often used for exposed components prone to wear

                                    Alumide

                                    Alumide is metallic-gray in color, based on aluminum and polyamide 12. It is characterized by high strength, metallic sheen, and excellent processing capabilities.

                                     

                                    1. High precision in printing
                                    2. Balanced ratio of density and hardness
                                    3. Increased thermal conductivity
                                    4. Printed objects suitable for further machining

                                      Alumide

                                      Alumide is metallic-gray in color, based on aluminum and polyamide 12. It is characterized by high strength, metallic sheen, and excellent processing capabilities.

                                       

                                      1. High precision in printing
                                      2. Balanced ratio of density and hardness
                                      3. Increased thermal conductivity
                                      4. Printed objects suitable for further machining

                                          SLA materials (Resin)

                                          Prusa Tough Resin

                                          Prusament Solid Resin is an ideal choice for printing objects where strength and durability are desired characteristics. The printed objects are initially softer in their original state. The finishing process in SLS printing involves washing in isopropanol and drying under UV light to harden the material and achieve the desired properties.

                                          • Provides ease of printing and finishing
                                          • Strong and rigid material
                                          • Delivers the most detailed prints
                                          • Fast curing (6 to 9 seconds)

                                          Prusa Tough Resin

                                          Prusament Solid Resin is an ideal choice for printing objects where strength and durability are desired characteristics. The printed objects are initially softer in their original state. The finishing process in SLS printing involves washing in isopropanol and drying under UV light to harden the material and achieve the desired properties.

                                          • Provides ease of printing and finishing
                                          • Strong and rigid material
                                          • Delivers the most detailed prints
                                          • Fast curing (6 to 9 seconds)

                                          Prusa Flexible Resin

                                          Prusament Flexible Resin is a perfect choice for printing objects where maintaining a certain level of flexibility is important. The objects remain solid but allow for bending.

                                          • Easy to print and finish
                                          • Flexible and elastic
                                          • Fast curing (6 to 9 seconds)
                                          • Versatile for a wide range of objects requiring flexibility

                                          Prusa Flexible Resin

                                          Prusament Flexible Resin is a perfect choice for printing objects where maintaining a certain level of flexibility is important. The objects remain solid but allow for bending.

                                          • Easy to print and finish
                                          • Flexible and elastic
                                          • Fast curing (6 to 9 seconds)
                                          • Versatile for a wide range of objects requiring flexibility

                                            Prusa Casting Resin

                                            Casting resin is specifically designed for creating molds used in the casting process. It is often applied in jewelry making, dental technology, engineering components, architecture, and various other fields.

                                             

                                             

                                            1. Special formula for mold-making
                                            2. Easy printing and finishing
                                            3. Enables very detailed prints
                                            4. Leaves no residue on the object

                                              Prusa Casting Resin

                                              Casting resin is specifically designed for creating molds used in the casting process. It is often applied in jewelry making, dental technology, engineering components, architecture, and various other fields.

                                               

                                              1. Special formula for mold-making
                                              2. Easy printing and finishing
                                              3. Enables very detailed prints
                                              4. Leaves no residue on the object