kodak

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.

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.

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.

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.

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.

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.

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.

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.

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.

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.

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.