Main application: Practical applications including food packaging
Printing Temperature: 225 - 250 °C Print bed temperature: 70-90°c
An easy to use material that has many benefits. It is stronger and more temperature resistant than PLA. Compared with ABS it is just as strong ABS but can be printed with much less warping, as well as having the benefit of being odorless.
Printing Temperature: 225 - 250 °C Density (g/cc): 1.27 Build Plate Temperature: Required 70-90 °C
Print temperature: 210-240°C. Print bed temperature (optional): 50-70°C
Tips: post-annealing at 80-130°C can be used to promote crystallization and improve the part's heat deflection temperature
PLA+ is an improved version of PLA, suitable for replacing ABS in many aspects. It provides great visual quality and has very low shrinkage and warp. Its high impact resistance is similar to that of ABS and is ideal for high resolution or fast printing. It has fast crystallization, which enables printing without support and with very fine detail. We use pure grade Ingeo certified resins to ensure the best printing results. Our filament has passed a defined set of tests performed by Nature Works to ensure the product quality and certify its use in food packaging materials.
Print temperature: 210-240°C. Print bed temperature (optional): 50-70°C
Tips: post-annealing at 80-130°C can be used to promote crystallization and improve the part's heat deflection temperature
PLA+ is an improved version of PLA, suitable for replacing ABS in many aspects. It provides great visual quality and has very low shrinkage and warp. Its high impact resistance is similar to that of ABS and is ideal for high resolution or fast printing. It has fast crystallization, which enables printing without support and with very fine detail. We use pure grade Ingeo certified resins to ensure the best printing results. Our filament has passed a defined set of tests performed by Nature Works to ensure the product quality and certify its use in food packaging materials.
Main application: Practical applications including food packaging
Printing Temperature: 225 - 250 °C Print bed temperature: 70-90°c
An easy to use material that has many benefits. It is stronger and more temperature resistant than PLA. Compared with ABS it is just as strong ABS but can be printed with much less warping, as well as having the benefit of being odorless.
Printing Temperature: 225 - 250 °C Density (g/cc): 1.27 Build Plate Temperature: Required 70-90 °C
Print temperature: 210-240°C. Print bed temperature (optional): 50-70°C
Tips: post-annealing at 80-130°C can be used to promote crystallization and improve the part's heat deflection temperature
PLA+ is an improved version of PLA, suitable for replacing ABS in many aspects. It provides great visual quality and has very low shrinkage and warp. Its high impact resistance is similar to that of ABS and is ideal for high resolution or fast printing. It has fast crystallization, which enables printing without support and with very fine detail. We use pure grade Ingeo certified resins to ensure the best printing results. Our filament has passed a defined set of tests performed by Nature Works to ensure the product quality and certify its use in food packaging materials.
Shatterproof objects with high traction and abrasive resistance
Main application: maximum strength functional parts
Filament diameter: 1.75Mm (+/- 0.02Mm)
Print temperature: 240-270°c. Print bed temperature: 90-110°c
Tips: keep the filament dry by properly storing the spool. It may require drying at 80°c for a few hours before printing for best results
Toughest among all engineering plastics. Build fixtures, guides, jigs, guards and other manufacturing aids that require good mechanical and tensile strength. Excellent resistance to heat, oils, solvents and chemicals. Our neon variety transmits ultraviolet/black light, so you can make objects that glow in the Dark. Do not use in direct contact with food. Do not leave exposed to air, since it readily absorbs humidity, which can greatly affect your print. Drying this hygroscopic material before printing is highly recommended. The Kodak 3D Printing filament Airtight case will improve your printing experience by preventing exposure to dust and absorption of moisture during extrusion.
Print temperature: 210-240°C. Print bed temperature (optional): 50-70°C
Tips: post-annealing at 80-130°C can be used to promote crystallization and improve the part's heat deflection temperature
PLA+ is an improved version of PLA, suitable for replacing ABS in many aspects. It provides great visual quality and has very low shrinkage and warp. Its high impact resistance is similar to that of ABS and is ideal for high resolution or fast printing. It has fast crystallization, which enables printing without support and with very fine detail. We use pure grade Ingeo certified resins to ensure the best printing results. Our filament has passed a defined set of tests performed by Nature Works to ensure the product quality and certify its use in food packaging materials.
Print temperature: 210-240°C. Print bed temperature (optional): 50-70°C
Tips: post-annealing at 80-130°C can be used to promote crystallization and improve the part's heat deflection temperature
PLA+ is an improved version of PLA, suitable for replacing ABS in many aspects. It provides great visual quality and has very low shrinkage and warp. Its high impact resistance is similar to that of ABS and is ideal for high resolution or fast printing. It has fast crystallization, which enables printing without support and with very fine detail. We use pure grade Ingeo certified resins to ensure the best printing results. Our filament has passed a defined set of tests performed by Nature Works to ensure the product quality and certify its use in food packaging materials.
Print temperature: 210-240°C. Print bed temperature (optional): 50-70°C
Tips: post-annealing at 80-130°C can be used to promote crystallization and improve the part's heat deflection temperature
PLA+ is an improved version of PLA, suitable for replacing ABS in many aspects. It provides great visual quality and has very low shrinkage and warp. Its high impact resistance is similar to that of ABS and is ideal for high resolution or fast printing. It has fast crystallization, which enables printing without support and with very fine detail. We use pure grade Ingeo certified resins to ensure the best printing results. Our filament has passed a defined set of tests performed by Nature Works to ensure the product quality and certify its use in food packaging materials.
Shatterproof objects with high traction and abrasive resistance
Main application: maximum strength functional parts
Filament diameter: 1.75Mm (+/- 0.02Mm)
Print temperature: 240-270°c. Print bed temperature: 90-110°c
Tips: keep the filament dry by properly storing the spool. It may require drying at 80°c for a few hours before printing for best results
Toughest among all engineering plastics. Build fixtures, guides, jigs, guards and other manufacturing aids that require good mechanical and tensile strength. Excellent resistance to heat, oils, solvents and chemicals. Our neon variety transmits ultraviolet/black light, so you can make objects that glow in the Dark. Do not use in direct contact with food. Do not leave exposed to air, since it readily absorbs humidity, which can greatly affect your print. Drying this hygroscopic material before printing is highly recommended. The Kodak 3D Printing filament Airtight case will improve your printing experience by preventing exposure to dust and absorption of moisture during extrusion.
Print temperature: 210-240°C. Print bed temperature (optional): 50-70°C
Tips: post-annealing at 80-130°C can be used to promote crystallization and improve the part's heat deflection temperature
PLA+ is an improved version of PLA, suitable for replacing ABS in many aspects. It provides great visual quality and has very low shrinkage and warp. Its high impact resistance is similar to that of ABS and is ideal for high resolution or fast printing. It has fast crystallization, which enables printing without support and with very fine detail. We use pure grade Ingeo certified resins to ensure the best printing results. Our filament has passed a defined set of tests performed by Nature Works to ensure the product quality and certify its use in food packaging materials.
Print temperature: 210-240°C. Print bed temperature (optional): 50-70°C
Tips: post-annealing at 80-130°C can be used to promote crystallization and improve the part's heat deflection temperature
PLA+ is an improved version of PLA, suitable for replacing ABS in many aspects. It provides great visual quality and has very low shrinkage and warp. Its high impact resistance is similar to that of ABS and is ideal for high resolution or fast printing. It has fast crystallization, which enables printing without support and with very fine detail. We use pure grade Ingeo certified resins to ensure the best printing results. Our filament has passed a defined set of tests performed by Nature Works to ensure the product quality and certify its use in food packaging materials.
Shatterproof objects with high traction and abrasive resistance
Main application: maximum strength functional parts
Filament diameter: 2.85mm (+/- 0.02Mm)
Print temperature: 240-270°c. Print bed temperature: 90-110°c
Tips: keep the filament dry by properly storing the spool. It may require drying at 80°c for a few hours before printing for best results
Toughest among all engineering plastics. Build fixtures, guides, jigs, guards and other manufacturing aids that require good mechanical and tensile strength. Excellent resistance to heat, oils, solvents and chemicals. Our neon variety transmits ultraviolet/black light, so you can make objects that glow in the Dark. Do not use in direct contact with food. Do not leave exposed to air, since it readily absorbs humidity, which can greatly affect your print. Drying this hygroscopic material before printing is highly recommended. The Kodak 3D Printing filament Airtight case will improve your printing experience by preventing exposure to dust and absorption of moisture during extrusion.
Main application: Practical applications including food packaging
Printing Temperature: 225 - 250 °C Print bed temperature: 70-90°c
An easy to use material that has many benefits. It is stronger and more temperature resistant than PLA. Compared with ABS it is just as strong ABS but can be printed with much less warping, as well as having the benefit of being odorless.
Printing Temperature: 225 - 250 °C Density (g/cc): 1.27 Build Plate Temperature: Required 70-90 °C
Print temperature: 210-240°C. Print bed temperature (optional): 50-70°C
Tips: post-annealing at 80-130°C can be used to promote crystallization and improve the part's heat deflection temperature
PLA+ is an improved version of PLA, suitable for replacing ABS in many aspects. It provides great visual quality and has very low shrinkage and warp. Its high impact resistance is similar to that of ABS and is ideal for high resolution or fast printing. It has fast crystallization, which enables printing without support and with very fine detail. We use pure grade Ingeo certified resins to ensure the best printing results. Our filament has passed a defined set of tests performed by Nature Works to ensure the product quality and certify its use in food packaging materials.
Print temperature: 210-240°C. Print bed temperature (optional): 50-70°C
Tips: post-annealing at 80-130°C can be used to promote crystallization and improve the part's heat deflection temperature
PLA+ is an improved version of PLA, suitable for replacing ABS in many aspects. It provides great visual quality and has very low shrinkage and warp. Its high impact resistance is similar to that of ABS and is ideal for high resolution or fast printing. It has fast crystallization, which enables printing without support and with very fine detail. We use pure grade Ingeo certified resins to ensure the best printing results. Our filament has passed a defined set of tests performed by Nature Works to ensure the product quality and certify its use in food packaging materials.
Shatterproof objects with high traction and abrasive resistance
Main application: maximum strength functional parts
Filament diameter: 2.85mm (+/- 0.02Mm)
Print temperature: 240-270°c. Print bed temperature: 90-110°c
Tips: keep the filament dry by properly storing the spool. It may require drying at 80°c for a few hours before printing for best results
Toughest among all engineering plastics. Build fixtures, guides, jigs, guards and other manufacturing aids that require good mechanical and tensile strength. Excellent resistance to heat, oils, solvents and chemicals. Our neon variety transmits ultraviolet/black light, so you can make objects that glow in the Dark. Do not use in direct contact with food. Do not leave exposed to air, since it readily absorbs humidity, which can greatly affect your print. Drying this hygroscopic material before printing is highly recommended. The Kodak 3D Printing filament Airtight case will improve your printing experience by preventing exposure to dust and absorption of moisture during extrusion.
Shatterproof objects with high traction and abrasive resistance
Main application: maximum strength functional parts
Filament diameter: 2.85mm (+/- 0.02Mm)
Print temperature: 240-270°c. Print bed temperature: 90-110°c
Tips: keep the filament dry by properly storing the spool. It may require drying at 80°c for a few hours before printing for best results
Toughest among all engineering plastics. Build fixtures, guides, jigs, guards and other manufacturing aids that require good mechanical and tensile strength. Excellent resistance to heat, oils, solvents and chemicals. Our neon variety transmits ultraviolet/black light, so you can make objects that glow in the Dark. Do not use in direct contact with food. Do not leave exposed to air, since it readily absorbs humidity, which can greatly affect your print. Drying this hygroscopic material before printing is highly recommended. The Kodak 3D Printing filament Airtight case will improve your printing experience by preventing exposure to dust and absorption of moisture during extrusion.
Main application: Practical applications including food packaging
Printing Temperature: 225 - 250 °C Print bed temperature: 70-90°c
An easy to use material that has many benefits. It is stronger and more temperature resistant than PLA. Compared with ABS it is just as strong ABS but can be printed with much less warping, as well as having the benefit of being odorless.
Printing Temperature: 225 - 250 °C Density (g/cc): 1.27 Build Plate Temperature: Required 70-90 °C
Main application: Practical applications including food packaging
Printing Temperature: 225 - 250 °C Print bed temperature: 70-90°c
An easy to use material that has many benefits. It is stronger and more temperature resistant than PLA. Compared with ABS it is just as strong ABS but can be printed with much less warping, as well as having the benefit of being odorless.
Printing Temperature: 225 - 250 °C Density (g/cc): 1.27 Build Plate Temperature: Required 70-90 °C
High impact resistance. UV, heat and abrasion resistance
Main application: functional prototyping
Filament diameter: 1.75Mm (+/- 0.02Mm)
Print temperature: 220-250°c. Print bed temperature: 80-110°c
Tips: use a closed print chamber to prevent warping and activated carbon to filter toxic fumes
ABS is a commonly used filament suitable for making more durable and stronger parts than with PLA, as it can stand higher temperatures, it is slightly more flexible and can be easily painted. It can be treated with Acetone or Acetone vapor to give it a glossy finish (be careful!) and to make the object stronger, or to solidly glue parts together. Use hips as support material for printing ABS. ABS shrinks when it cools so you should use an enclosed printer with warm and steady air temperature (> 25°c) in order to prevent delamination or warping.
Print temperature: 210-240°C. Print bed temperature (optional): 50-70°C
Tips: post-annealing at 80-130°C can be used to promote crystallization and improve the part's heat deflection temperature
PLA+ is an improved version of PLA, suitable for replacing ABS in many aspects. It provides great visual quality and has very low shrinkage and warp. Its high impact resistance is similar to that of ABS and is ideal for high resolution or fast printing. It has fast crystallization, which enables printing without support and with very fine detail. We use pure grade Ingeo certified resins to ensure the best printing results. Our filament has passed a defined set of tests performed by Nature Works to ensure the product quality and certify its use in food packaging materials.
Print temperature: 210-240°C. Print bed temperature (optional): 50-70°C
Tips: post-annealing at 80-130°C can be used to promote crystallization and improve the part's heat deflection temperature
PLA+ is an improved version of PLA, suitable for replacing ABS in many aspects. It provides great visual quality and has very low shrinkage and warp. Its high impact resistance is similar to that of ABS and is ideal for high resolution or fast printing. It has fast crystallization, which enables printing without support and with very fine detail. We use pure grade Ingeo certified resins to ensure the best printing results. Our filament has passed a defined set of tests performed by Nature Works to ensure the product quality and certify its use in food packaging materials.
Print temperature: 210-240°C. Print bed temperature (optional): 50-70°C
Tips: post-annealing at 80-130°C can be used to promote crystallization and improve the part's heat deflection temperature
PLA+ is an improved version of PLA, suitable for replacing ABS in many aspects. It provides great visual quality and has very low shrinkage and warp. Its high impact resistance is similar to that of ABS and is ideal for high resolution or fast printing. It has fast crystallization, which enables printing without support and with very fine detail. We use pure grade Ingeo certified resins to ensure the best printing results. Our filament has passed a defined set of tests performed by Nature Works to ensure the product quality and certify its use in food packaging materials.
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