

Join our Pre-Order! Preorders will be dispatched in the order that they are received on launch day (TBD - Expected 11/14/2022) This product page will be updated if demand grows beyond what we expect to receive for day one shipping.
Our most advanced nozzle yet. Revo ObXidian is our latest abrasive Revo Nozzle offering, specifically designed for printing fibre-filled polymers. Unlike other abrasion resistant Nozzles, ObXidian’s copper alloy construction has a similar thermal performance to Brass, making it a true drop-in replacement. Just use the same slicer profiles as for your Brass Nozzles.
Update 01/23/2023 - See this update video from Dave at E3D
See more below.
Update 11/23/2022 - See this update video from Josh at E3D
Update 12/06/2022 - E3D is continuing to refine mass-production processes but will not be able to ship units this month. Another update is expected 12/20.
Update 01/23/2023 - See this update video from Dave at E3D
Due to the length of this delay we are happy to offer full fee-free refunds for those who choose.
PREORDER -
Opens Wednesday October 5th at 10AM (EST)
Preorders will be dispatched in the order that they are received on launch day (TBD - Expected 11/14/2022) This product page will be updated if demand grows beyond what we expect to receive for day one shipping.
Please Note: Cancelled pre-orders will incur a 5% payment processing fee.
Please Note: Orders containing pre-order items will ship complete.
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Our most advanced nozzle yet. Revo ObXidian is our latest abrasive Revo Nozzle offering, specifically designed for printing fibre-filled polymers. Unlike other abrasion resistant Nozzles, ObXidian’s copper alloy construction has a similar thermal performance to Brass, making it a true drop-in replacement. Just use the same slicer profiles as for your Brass Nozzles.
ObXidian nozzles are born for heavy duty printing with both non abrasive and abrasive filaments. Designed for use with carbon fiber, glass, wood fill, and glow in the dark pigments. They are unique in that they retain great thermal conductivity compared to other hardened nozzles.
Specific References
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