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Silicone cover for the heating block of a V6 type 3D printer with PT100 sensor. Provides an increase in nozzle temperature stability, especially when cooling by air flow
Silicone cover for the heating block of a V6 type 3D printer with PT100 sensor. Provides an increase in nozzle temperature stability, especially with airflow cooling as part of the print cooling. This allows for an increased ability to print large parts.
Responsible person BTC Korporacja sp. z o. o. Lwowska 5 05-120 Legionowo Poland sprzedaz@kamami.pl 22 767 36 20
Silicone cover for the heating block of a MK10 type 3D printer. Provides an increase in nozzle temperature stability, especially when cooling by air flow
Silicone cover for the heating block of a MK8 type 3D printer. Provides an increase in nozzle temperature stability, especially when cooling by air flow
Silicone cover for the heating block of a MK10 type 3D printer. Provides an increase in nozzle temperature stability, especially when cooling by air flow
Silicone cover for the heating block of a MK8 type 3D printer. Provides an increase in nozzle temperature stability, especially when cooling by air flow
Silicone cover for the heating block of a V6 type 3D printer. Provides an increase in nozzle temperature stability, especially when cooling by air flow
Silicone cover for the heating block of a V6 type 3D printer with PT100 sensor. Provides an increase in nozzle temperature stability, especially when cooling by air flow
Silicone cover for the heating block of a Volcano type 3D printer. Provides an increase in nozzle temperature stability, especially when cooling by air flow
Silicone cover for the heating block of a Volcano type 3D printer. Provides an increase in nozzle temperature stability, especially when cooling by air flow
Silicone cover for the heating block of a V6 type 3D printer. Provides an increase in nozzle temperature stability, especially when cooling by air flow
Silicone cover for the heating block of a V6 type 3D printer with PT100 sensor. Provides an increase in nozzle temperature stability, especially when cooling by air flow