UltiMaker Print Core (HT 0.60mm)
This print core is specifically engineered for PPS CF material on the Factor 4 3D printer.
The UltiMaker Factor 4 is capable of reaching 340°C using the UltiMaker HT core. The UltiMaker HT core is an abrasion resistant print core, similar to the CC print cores. With the UltiMaker HT core a copper heater block instead of an aluminum heater block is used, allowing print temperatures up to 340°C.
The UltiMaker HT core is officially supported with UltiMaker PPS CF and UltiMaker PET CF. The UltiMaker HT core can also be used in combination with 3rd party materials, such as Kimya PEKK and high temperature composite materials, such as carbon or glass fiber reinforced polymers.
UltiMaker Print Core (HT 0.60mm)
This print core is specifically engineered for PPS CF material on the Factor 4 3D printer.
The UltiMaker Factor 4 is capable of reaching 340°C using the UltiMaker HT core. The UltiMaker HT core is an abrasion resistant print core, similar to the CC print cores. With the UltiMaker HT core a copper heater block instead of an aluminum heater block is used, allowing print temperatures up to 340°C.
The UltiMaker HT core is officially supported with UltiMaker PPS CF and UltiMaker PET CF. The UltiMaker HT core can also be used in combination with 3rd party materials, such as Kimya PEKK and high temperature composite materials, such as carbon or glass fiber reinforced polymers.
Product Information
Product Information
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Shipping & Returns
Description
This print core is specifically engineered for PPS CF material on the Factor 4 3D printer.
The UltiMaker Factor 4 is capable of reaching 340°C using the UltiMaker HT core. The UltiMaker HT core is an abrasion resistant print core, similar to the CC print cores. With the UltiMaker HT core a copper heater block instead of an aluminum heater block is used, allowing print temperatures up to 340°C.
The UltiMaker HT core is officially supported with UltiMaker PPS CF and UltiMaker PET CF. The UltiMaker HT core can also be used in combination with 3rd party materials, such as Kimya PEKK and high temperature composite materials, such as carbon or glass fiber reinforced polymers.
